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{"sheet":"Cover","index":1,"n_rows":20,"n_cols":7,"rows_kept":20,"cut":false,"hidden":false,"merged":[[18,6,18,8],[14,6,14,8],[13,6,13,8],[4,4,4,10],[9,6,9,8],[12,6,12,8],[5,5,6,9]]}
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[null,null,null,null,"Ecotoxicity Data Quality Assessment Method V2.4"]
[null,null,null,null,null,"To be used to assess the quality of data used for the Australian and New Zealand Guidelines for Fresh and Marine Water Quality (including sediment) and the Australian National Environment Protection (Assessment of Site Contamination) Measure"]
[]
[]
[]
[null,null,null,null,null,null,"Developed by "]
[]
[]
[null,null,null,null,null,null,"Zoe Zhang"]
[null,null,null,null,null,null,"   Dr. Michael Warne"]
[null,null,null,null,null,null,"Alison Vieritz "]
[]
[]
[]
[null,null,null,null,null,null,"Water Quality & Investigations "]
[null,null,null,null,null,"                 Department of Science, Information Technology and Innovation"]

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["Data from literature search"]
[{"$f":"'[1]FW nonmetal plant'!C2","v":"Category"},{"$f":"'[1]FW nonmetal plant'!C3","v":"Paper and data unique identifier(eg. 1-1,10-150)"},{"$f":"'[1]FW nonmetal plant'!C70","v":"Total score"},{"$f":"'[1]FW nonmetal plant'!C72","v":"Quality Score"},"Comments 1",{"$f":"'[1]FW nonmetal plant'!G3","v":"Species (Scientific name)"},{"$f":"'[1]FW nonmetal plant'!G4","v":"Lifestage"},{"$f":"'[1]FW nonmetal plant'!G5","v":"Exposure duration"},{"$f":"'[1]FW nonmetal plant'!G6","v":"Measure of toxicity"},{"$f":"'[1]FW nonmetal plant'!G7","v":"Toxicity endpoint"},{"$f":"'[1]FW nonmetal plant'!G8","v":"Toxicity value"},{"$f":"'[1]FW nonmetal plant'!J2","v":"Taxonomic group"},{"$f":"'[1]FW nonmetal plant'!J3","v":"Phylum"},{"$f":"'[1]FW nonmetal plant'!J4","v":"Class"},{"$f":"'[1]FW nonmetal plant'!J5","v":"Media"},{"$f":"'[1]FW nonmetal plant'!J6","v":"Temperature "},{"$f":"'[1]FW nonmetal plant'!J7","v":"Acute Or Chronic "},{"$f":"'[1]FW nonmetal plant'!J8","v":"PH"},{"$f":"'[1]FW metal plant'!J9","v":"Salinity/Conductivity"},{"$f":"'[1]FW metal plant'!C4","v":"Citation"},{"$f":"'[1]FW metal plant'!G2","v":"Citation No."},"Specific data comments","Paper comments","QAQC Check"]
["Freshwater/non-metal/non- plant","160628",67,0.73626373626373631,null,"Oreochromis niloticus","Juveniles","24 hour","LC50","Mortality","7900 µg/L","Nile Tilapia","Chordata","Actinopterygii","Stream water","27°C","Acute ",7.1,"N.A.","Ada,F.B., E.O. Ayotunde, and B.P.R. Bayim 2012, 'Some Biological and Hematological Responses of Oreochromis niloticus Juveniles Exposed to Atrazine Herbicide', Aquacult. Aquarium Conserv. Legis.5(5): 369-379.",160628,null,null,"Do Not Use - Not stated, but all temperatures used were above the permitted range."]
["Freshwater/non-metal/non- plant","160628",67,0.73626373626373631,null,"Oreochromis niloticus","Juveniles","48 hour","LC50","Mortality","7600 µg/L","Nile Tilapia","Chordata","Actinopterygii","Stream water","27°C","Acute ",7.1,"N.A.","Ada,F.B., E.O. Ayotunde, and B.P.R. Bayim 2012, 'Some Biological and Hematological Responses of Oreochromis niloticus Juveniles Exposed to Atrazine Herbicide', Aquacult. Aquarium Conserv. Legis.5(5): 369-379.",160628,null,null,"Do Not Use - Not stated, but all temperatures used were above the permitted range."]
["Freshwater/non-metal/non- plant","160628",67,0.73626373626373631,null,"Oreochromis niloticus","Juveniles","72 hour","LC50","Mortality","7300 µg/L","Nile Tilapia","Chordata","Actinopterygii","Stream water","27°C","Acute ",7.1,"N.A.","Ada,F.B., E.O. Ayotunde, and B.P.R. Bayim 2012, 'Some Biological and Hematological Responses of Oreochromis niloticus Juveniles Exposed to Atrazine Herbicide', Aquacult. Aquarium Conserv. Legis.5(5): 369-379.",160628,null,null,"Do Not Use - Not stated, but all temperatures used were above the permitted range."]
["Freshwater/non-metal/non- plant","160628",67,0.73626373626373631,null,"Oreochromis niloticus","Juveniles","96 hour","LC50","Mortality","7200 µg/L","Nile Tilapia","Chordata","Actinopterygii","Stream water","27°C","Acute ",7.1,"N.A.","Ada,F.B., E.O. Ayotunde, and B.P.R. Bayim 2012, 'Some Biological and Hematological Responses of Oreochromis niloticus Juveniles Exposed to Atrazine Herbicide', Aquacult. Aquarium Conserv. Legis.5(5): 369-379.",160628,null,null,"Do Not Use - Not stated, but all temperatures used were above the permitted range."]
["Freshwater/non-metal/non- plant","161199",47,0.51648351648351654,null,"Biomphalaria alexandrina","Adult","24 hour","LC50","Mortality","1250 µg/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated water","Not stated","Acute ","Not stated","N.A.","Barky,F.A., H.A. Abdelsalam, M.B. Mahmoud, and S.A.H. Hamdi 2012, 'Influence of Atrazine and Roundup Pesticides on Biochemical and Molecular Aspects of Biomphalaria alexandrina Snails', Pestic. Biochem. Physiol.104(1): 9-18.",161199,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","161199",43,0.47252747252747251,null,"Biomphalaria alexandrina","Adult","24 hour","LC90","Mortality","4750 µg/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated water","Not stated","Acute ","Not stated","N.A.","Barky,F.A., H.A. Abdelsalam, M.B. Mahmoud, and S.A.H. Hamdi 2012, 'Influence of Atrazine and Roundup Pesticides on Biochemical and Molecular Aspects of Biomphalaria alexandrina Snails', Pestic. Biochem. Physiol.104(1): 9-18.",161199,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","161199",43,0.47252747252747251,null,"Biomphalaria alexandrina","Adult","24 hour","LC10","Mortality","330 µg/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated water","Not stated","Acute ","Not stated","N.A.","Barky,F.A., H.A. Abdelsalam, M.B. Mahmoud, and S.A.H. Hamdi 2012, 'Influence of Atrazine and Roundup Pesticides on Biochemical and Molecular Aspects of Biomphalaria alexandrina Snails', Pestic. Biochem. Physiol.104(1): 9-18.",161199,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","161199-QC2",67,0.73626373626373631,null,"Biomphalaria alexandrina","Adult","24 hour","LC50","Mortality","1.25 ppm","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated water","26-28 degrees C","Acute ","Not stated","N.A.","Barky,F.A., H.A. Abdelsalam, M.B. Mahmoud, and S.A.H. Hamdi 2012, 'Influence of Atrazine and Roundup Pesticides on Biochemical and Molecular Aspects of Biomphalaria alexandrina Snails', Pestic. Biochem. Physiol.104(1): 9-18.\n",161199,null,null,"Atrazine 97.8% purity"]
["Freshwater/non-metal/non- plant","161199-QC1",63,0.69230769230769229,null,"Biomphalaria alexandrina","Adult","24 hour","LC10","Mortality","0.33 ppm","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated water","26-28 degrees C","Acute ","Not stated","N.A.","Barky,F.A., H.A. Abdelsalam, M.B. Mahmoud, and S.A.H. Hamdi 2012, 'Influence of Atrazine and Roundup Pesticides on Biochemical and Molecular Aspects of Biomphalaria alexandrina Snails', Pestic. Biochem. Physiol.104(1): 9-18.\n",161199,null,null,"Atrazine 97.8% purity"]
["Freshwater/non-metal/non- plant","161199-QC3",33,0.36263736263736263,null,"Biomphalaria alexandrina","Adult","7 days","LC16","Mortality","0.33 ppm","Macroinvertebrate","Mollusca","Gastropoda","Not stated","Not stated","Acute ","Not stated","N.A.","Barky,F.A., H.A. Abdelsalam, M.B. Mahmoud, and S.A.H. Hamdi 2012, 'Influence of Atrazine and Roundup Pesticides on Biochemical and Molecular Aspects of Biomphalaria alexandrina Snails', Pestic. Biochem. Physiol.104(1): 9-18.\n",161199,null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","165582",72,0.81818181818181823,"The highest possible grade for this datum is acceptable.","Dunaliella tertiolecta","1 x 10^6 cells/mL","4.5 hours","EC50","PSII effective quantum yield","42 µg/L","Microalgae","Chlorophyta",null,"Artificial seawater","16°C","Acute ","Not stated","N.A.","Booij,P., S.B. Sjollema, P.E.G. Leonards, P. De Voogt, G.J. Stroomberg, A.D. Vethaak, and M.H. Lamoree 2013, 'Extraction Tools for Identification of Chemical Contaminants in Estuarine and Coastal Waters to Determine Toxic Pressure on Primary Producers', Chemosphere93:107-114.",165582,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","160232",77,0.875,"95% CI not calculated due to high pre-exposure variability","Lemna gibba","2 weeks active growth","3 days","EC10","Growth: change in frond number","<3.8 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,null,null,"Do Not Use - Lowest concentration tested"]
["Freshwater/non-metal/plant","160232",77,0.875,"95% CI not calculated due to high pre-exposure variability","Lemna gibba","2 weeks active growth","3 days","EC10","Growth: average growth rate","<3.8 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,null,null,"Do Not Use - Lowest concentration tested"]
["Freshwater/non-metal/plant","160232",77,0.875,"95% CI not calculated due to high pre-exposure variability","Lemna gibba","2 weeks active growth","3 days","EC50","Growth: average growth rate",">137 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,null,null,"Do Not Use - Highest concentration tested"]
["Freshwater/non-metal/plant","160232",77,0.875,"95% CI not calculated due to high pre-exposure variability","Lemna gibba","2 weeks active growth","3 days","EC10","Growth: biomass","<3.8 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,null,null,"Do Not Use - Lowest concentration tested"]
["Freshwater/non-metal/plant","160232",77,0.875,"95% CI not calculated due to high pre-exposure variability","Lemna gibba","2 weeks active growth","5 days","EC50","Growth: average growth rate",">137 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,null,null,"Do Not Use - Highest concentration tested"]
["Freshwater/non-metal/plant","160232",77,0.875,"95% CI not calculated due to high pre-exposure variability","Lemna gibba","2 weeks active growth","9 days","EC50","Growth: change in frond number",">77 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,null,null,"Do Not Use - Highest concentration tested"]
["Freshwater/non-metal/plant","160232",77,0.875,"95% CI not calculated due to high pre-exposure variability","Lemna gibba","2 weeks active growth","9 days","EC50","Growth: average growth rate",">77 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,null,null,"Do Not Use - Highest concentration tested"]
["Freshwater/non-metal/plant","160232",77,0.875,"95% CI not calculated due to high pre-exposure variability","Lemna gibba","2 weeks active growth","9 days","EC50","Growth: biomass",">77 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,null,null,"Do Not Use - Highest concentration tested"]
["Freshwater/non-metal/plant","160232",77,0.875,"95% CI not calculated due to high pre-exposure variability","Lemna gibba","2 weeks active growth","14 days","EC50","Growth: average growth rate",">75 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,null,null,"Do Not Use - Highest concentration tested"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"Toxicity value is highest concentration tested","Lemna gibba","2 weeks active growth","24 hours","NOEC","Growth: Mean frond number","146 ug/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","3 days","EC50","Growth: Mean frond number","102 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","3 days","LOEC","Growth: Mean frond number","62 ug/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","3 days","NOEC","Growth: Mean frond number","31 ug/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","5 days","EC10","Growth: Mean frond number","31 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,null,"Lemna gibba","2 weeks active growth","5 days","EC50","Growth: Mean frond number","86 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","5 days","LOEC","Growth: Mean frond number","137 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","5 days","NOEC","Growth: Mean frond number","69 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","7 days","EC10","Growth: Mean frond number","28 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","7 days","EC50","Growth: Mean frond number","65 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","7 days","LOEC","Growth: Mean frond number","77 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","7 days","NOEC","Growth: Mean frond number","38 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","9 days","EC10","Growth: Mean frond number","26 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","9 days","LOEC","Growth: Mean frond number","37 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","9 days","NOEC","Growth: Mean frond number","18 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","14 days","EC10","Growth: Mean frond number","27 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","14 days","EC50","Growth: Mean frond number","67 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","14 days","LOEC","Growth: Mean frond number","37 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","14 days","NOEC","Growth: Mean frond number","18 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"Toxicity value is highest concentration tested","Lemna gibba","2 weeks active growth","24 hours","NOEC","Growth: Mean frond number","146 ug/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","5 days","EC10","Growth: Mean frond number","45 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","5 days","LOEC","Growth: Mean frond number","137 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","5 days","NOEC","Growth: Mean frond number","69 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","3 days","LOEC","Growth: Mean frond number","62 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","3 days","NOEC","Growth: Mean frond number","31 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","7 days","EC10","Growth: Mean frond number","45 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","7 days","EC50","Growth: Mean frond number","124 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","7 days","LOEC","Growth: Mean frond number","77 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","7 days","NOEC","Growth: Mean frond number","38 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","9 days","EC10","Growth: Mean frond number","51 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","9 days","LOEC","Growth: Mean frond number","77 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","9 days","NOEC","Growth: Mean frond number","37 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","14 days","EC10","Growth: Mean frond number","53 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","14 days","LOEC","Growth: Mean frond number","37 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","14 days","NOEC","Growth: Mean frond number","18 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"Toxicity value is highest concentration tested","Lemna gibba","2 weeks active growth","24 hours","NOEC","Growth: Biomass","146 ug/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","3 days","EC50","Growth: Biomass","90 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","3 days","LOEC","Growth: Biomass","15 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","3 days","NOEC","Growth: Biomass","7.7 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","5 days","EC10","Growth: Biomass","34 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","5 days","EC50","Growth: Biomass","66 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","5 days","LOEC","Growth: Biomass","69 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","5 days","NOEC","Growth: Biomass","34 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Acute ","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","7 days","EC10","Growth: Biomass","18 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","7 days","EC50","Growth: Biomass","57 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","7 days","LOEC","Growth: Biomass","38 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","7 days","NOEC","Growth: Biomass","19 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","9 days","EC10","Growth: Biomass","21 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","9 days","LOEC","Growth: Biomass","37 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","9 days","NOEC","Growth: Biomass","18 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","14 days","EC10","Growth: Biomass","27 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","14 days","EC50","Growth: Biomass","64 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,null,"Lemna gibba","2 weeks active growth","14 days","LOEC","Growth: Biomass","37 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
["Freshwater/non-metal/plant","160232",81,0.92045454545454541,"","Lemna gibba","2 weeks active growth","14 days","NOEC","Growth: Biomass","18 µg/L","Macrophyte","Tracheophyta","Liliopsida","20x AAP algal medium","24±0.5 to 25±0.2","Chronic","8.4±0.5 to 8.7±0.7","N.A.","Brain,R.A., A.J. Hosmer, D. Desjardins, T.Z. Kendall, H.O. Krueger, and S.B. Wall 2012, 'Recovery of Duckweed from Time-Varying Exposure to Atrazine', Environ. Toxicol. Chem.31(5): 1121-1128.",160232,"light 4,250 to 5,750 lux.",null,"Reagent grade chemicals"]
[]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"Toxicity value is highest concentration tested","Elodea canadensis","N.A.","14 days","NOEC","Mortality","1899 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,null,"Did not take any results out of Table 3 as they were severly underestimated and underrepresented. All data was taken from the text. Also took limited 0 lx and 500 lx light intensity data as these were light stressors. Only the lx 6000 is environmentally relevant.","Do Not Use - Light intensity stressor (0 lx intensity)"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"Toxicity value is highest concentration tested","Elodea canadensis","N.A.","14 days","NOEC","Mortality","1722 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,null,null,"Do Not Use - Light intensity stressor (500 lx intensity)"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"Toxicity value is highest concentration tested","Elodea canadensis","N.A.","14 days","NOEC","Mortality","1761 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,"Light intensity: 6000 lx",null,"Atrazine 97.6%"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"Toxicity value is highest concentration tested","Elodea canadensis","N.A.","14 days","EC50","Mortality",">1899 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,null,null,"Do Not Use - Light intensity stressor (0 lx intensity) and no EC50 obtained"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"Toxicity value is highest concentration tested","Elodea canadensis","N.A.","14 days","EC50","Mortality",">1722 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,null,null,"Do Not Use - Light intensity stressor (500 lx intensity) and no EC50 obtained"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"Toxicity value is highest concentration tested","Elodea canadensis","N.A.","14 days","EC50","Mortality",">1761 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,null,null,"Do Not Use - No EC50 obtained (light intensity 6000 lx - most environmentally relevant)"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"lx 6000 - environmentally relevant","Elodea canadensis","N.A.","14 days","EC48","Growth: Net shoot length","464 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,"Light intensity: 6000 lx",null,"Atrazine 97.6%"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"lx 6000 - environmentally relevant","Elodea canadensis","N.A.","14 days","EC51","Growth: Net shoot length","853 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,"Light intensity: 6000 lx",null,"Atrazine 97.6%"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"lx 6000 - environmentally relevant","Elodea canadensis","N.A.","14 days","EC68","Growth: Net shoot length","1761 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,null,null,"Do Not Use - ECx values too high and not needed"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"lx 6000 - environmentally relevant","Elodea canadensis","N.A.","14 days","EC79","Biomass: Dry weight (shoots)","464 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,null,null,"Do Not Use - ECx values too high and not needed"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"lx 6000 - environmentally relevant","Elodea canadensis","N.A.","14 days","EC81","Biomass: Dry weight (shoots)","853 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,null,null,"Do Not Use - ECx values too high and not needed"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"lx 6000 - environmentally relevant","Elodea canadensis","N.A.","14 days","EC91","Biomass: Dry weight (shoots)","1761 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,null,null,"Do Not Use - ECx values too high and not needed"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"Toxicity value is highest concentration tested","Elodea canadensis","N.A.","14 days","EC50","Growth: Cumulative shoot growth",">1761 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,null,null,"Do Not Use - No EC50 Obtained (light intensity 6000 lx - most environmentally relevant)"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"lx 6000 - environmentally relevant","Elodea canadensis","N.A.","14 days","EC50","Growth: Net shoot length","697 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,"Light intensity: 6000 lx",null,"Atrazine 97.6%"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"lx 6000 - environmentally relevant","Elodea canadensis","N.A.","14 days","EC50","Growth rate: shoot length","1002 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,"Light intensity: 6000 lx",null,"Atrazine 97.6%"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"lx 6000 - environmentally relevant","Elodea canadensis","N.A.","14 days","EC50","Biomass: Net dry weight (shoots)","79 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,"Light intensity: 6000 lx",null,"Atrazine 97.6%"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"lx 6000 - environmentally relevant","Elodea canadensis","N.A.","14 days","EC50","Growth: Cumulative weight","305 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,"Light intensity: 6000 lx",null,"Atrazine 97.6%"]
["Freshwater/non-metal/plant","160884",70,0.79545454545454541,"lx 6000 - environmentally relevant","Elodea canadensis","N.A.","14 days","EC50","Growth rate: weight","116 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Fresh dilution water"," 23-26","Chronic","7.4-8.1","N.A.","Brain,R.A., J. Hoberg, A.J. Hosmer, and S.B. Wall 2012, 'Influence of Light Intensity on the Toxicity of Atrazine to the Submerged Freshwater Aquatic Macrophyte Elodea canadensis', Ecotoxicol. Environ. Saf.79:55-61.",160884,"Light intensity: 6000 lx",null,"Atrazine 97.6%"]
[]
["Freshwater/non-metal/plant","164767",77,0.875,"Toxicity value is lowest concentration tested","Pseudokirchneriella subcapitata","10000 cells/mL","48 hours","NOEC","Quantum yield of PSII","<5.06 µg/L","Microalgae","Chlorophyta","Chlorophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.04±0.9","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Pseudokirchneriella subcapitata","10000 cells/mL","48 hours","EC10","Quantum yield of PSII","14.8 µg/L","Microalgae","Chlorophyta","Chlorophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.04±0.9","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Pseudokirchneriella subcapitata","10000 cells/mL","48 hours","EC50","Quantum yield of PSII","59.5 µg/L","Microalgae","Chlorophyta","Chlorophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.04±0.9","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Pseudokirchneriella subcapitata","10000 cells/mL","48 hours","NOEC","Growth rate: Cell density","9.77 µg/L","Microalgae","Chlorophyta","Chlorophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.04±0.9","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767","OK added this data point in",null,null,"Pseudokirchneriella subcapitata","10000 cells/mL","48 hours","EC21","Growth rate: Cell density","52.1 ug/L","Microalgae","Chlorophyta","Chlorophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.04±0.9","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,"Is technically recorded as a LOEC value, but gives the % inhibition of 21, so we took an EC21.",null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Pseudokirchneriella subcapitata","10000 cells/mL","48 hours","EC3","Growth: Cell density","9.77 µg/L","Microalgae","Chlorophyta","Chlorophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.04±0.9","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,"Is technically recorded as a NOEC value, but gives the % inhibition of 3, so we took at EC3.",null,"Do Not Use - EC3 value too low."]
["Freshwater/non-metal/plant","164767","OK added this data point in",null,"","Pseudokirchneriella subcapitata","10000 cells/mL","48 hours","EC58","Growth: Cell density","52.1 ug/L","Microalgae","Chlorophyta","Chlorophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.04±0.9","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,"Is technically recorded as a LOEC value, but gives the % inhibition of 58, so we took an EC58.",null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Pseudokirchneriella subcapitata","10000 cells/mL","48 hours","EC10","Growth rate: Cell density","30.8 µg/L","Microalgae","Chlorophyta","Chlorophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.04±0.9","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Pseudokirchneriella subcapitata","10000 cells/mL","48 hours","EC50","Growth rate: Cell density","142 µg/L","Microalgae","Chlorophyta","Chlorophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.04±0.9","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Pseudokirchneriella subcapitata","10000 cells/mL","48 hours","EC10","Growth: Cell density","9.49 µg/L","Microalgae","Chlorophyta","Chlorophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.04±0.9","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Pseudokirchneriella subcapitata","10000 cells/mL","48 hours","EC50","Growth: Cell density","42.6 µg/L","Microalgae","Chlorophyta","Chlorophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.04±0.9","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Anabaena flos-aquae","50000 cells/mL","48 hours","NOEC","Quantum yield of PSII","24.9 µg/L","Microalgae","Cyanobacteria","Cyanophyceae","Wildlife International well water and nutrient media","24.5±0.2","Chronic","8.24±0.6","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Anabaena flos-aquae","50000 cells/mL","48 hours","EC10","Quantum yield of PSII","8.55 µg/L","Microalgae","Cyanobacteria","Cyanophyceae","Wildlife International well water and nutrient media","24.5±0.2","Chronic","8.24±0.6","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Anabaena flos-aquae","50000 cells/mL","48 hours","EC50","Quantum yield of PSII","87 µg/L","Microalgae","Cyanobacteria","Cyanophyceae","Wildlife International well water and nutrient media","24.5±0.2","Chronic","8.24±0.6","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","164767",77,0.875,null,"Anabaena flos-aquae","50000 cells/mL","48 hours","EC51","Growth rate: Cell density","99.7 µg/L","Microalgae","Cyanobacteria","Cyanophyceae","Wildlife International well water and nutrient media","24.5±0.2","Chronic","8.24±0.6","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,"Is technically recorded as a NOEC value, but gives the % inhibition of 51, so we took an EC51.",null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767","OK added this data point in",null,null,"Anabaena flos-aquae","50000 cells/mL","48 hours","LOEC","Growth rate: Cell density","230 ug/L","Microalgae","Cyanobacteria","Cyanophyceae","Wildlife International well water and nutrient media","24.5±0.2","Chronic","8.24±0.6","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767",77,0.875,null,"Anabaena flos-aquae","50000 cells/mL","48 hours","NOEC","Growth: Cell density","24.9 µg/L","Microalgae","Cyanobacteria","Cyanophyceae","Wildlife International well water and nutrient media","24.5±0.2","Chronic","8.24±0.6","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,"(-32 % inhibition)",null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767","OK added this data point in",null,null,"Anabaena flos-aquae","50000 cells/mL","48 hours","EC81","Growth: Cell density","99.7 ug/L","Microalgae","Cyanobacteria","Cyanophyceae","Wildlife International well water and nutrient media","24.5±0.2","Chronic","8.24±0.6","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,"Is technically recorded as a LOEC value, but gives the % inhibition of 81, so we took an EC81.",null,"Do Not Use - EC81 value too high."]
["Freshwater/non-metal/plant","164767",77,0.875,"","Anabaena flos-aquae","50000 cells/mL","48 hours","EC10","Growth rate: Cell density","39.2 µg/L","Microalgae","Cyanobacteria","Cyanophyceae","Wildlife International well water and nutrient media","24.5±0.2","Chronic","8.24±0.6","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Anabaena flos-aquae","50000 cells/mL","48 hours","EC50","Growth rate: Cell density","96 µg/L","Microalgae","Cyanobacteria","Cyanophyceae","Wildlife International well water and nutrient media","24.5±0.2","Chronic","8.24±0.6","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Anabaena flos-aquae","50000 cells/mL","48 hours","EC10","Growth: Cell density","33.9 µg/L","Microalgae","Cyanobacteria","Cyanophyceae","Wildlife International well water and nutrient media","24.5±0.2","Chronic","8.24±0.6","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Anabaena flos-aquae","50000 cells/mL","48 hours","EC50","Growth: Cell density","56 µg/L","Microalgae","Cyanobacteria","Cyanophyceae","Wildlife International well water and nutrient media","24.5±0.2","Chronic","8.24±0.6","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Navicula pelliculosa","15000 cells/mL","48 hours","NOEC","Quantum yield of PSII","5.04 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.05±0.14","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Navicula pelliculosa","15000 cells/mL","48 hours","EC10","Quantum yield of PSII","21.8 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.05±0.14","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","164767",77,0.875,"","Navicula pelliculosa","15000 cells/mL","48 hours","EC50","Quantum yield of PSII","123 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.05±0.14","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","164767",73,0.82954545454545459,null,"Navicula pelliculosa","15000 cells/mL","48 hours","EC5","Growth rate: Cell density","237 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.05±0.14","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,"Is technically recorded as a NOEC value, but gives the % inhibition of 5, so we took an EC5.",null,"Do Not Use - EC5 value too low."]
["Freshwater/non-metal/plant","164767",73,0.82954545454545459,null,"Navicula pelliculosa","15000 cells/mL","48 hours","EC11","Growth: Cell density","9.82 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.05±0.14","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,"Is technically recorded as a NOEC value, but gives the % inhibition of 11, so we took an EC11.",null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767","OK added this data point in",null,null,"Navicula pelliculosa","15000 cells/mL","48 hours","EC18","Growth: Cell density","46.6 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.05±0.14","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,"Is technically recorded as a LOEC value, but gives the % inhibition of 18, so we took an EC18.",null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767",65,0.78409090909090895,"Toxicity value is highest concentration tested","Navicula pelliculosa","15000 cells/mL","48 hours","EC10","Growth rate: Cell density",">237 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.05±0.14","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Do Not Use - No EC10 obtained"]
["Freshwater/non-metal/plant","164767",65,0.78409090909090895,"Toxicity value is highest concentration tested","Navicula pelliculosa","15000 cells/mL","48 hours","EC50","Growth rate: Cell density",">237 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.05±0.14","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Do Not Use - No EC50 obtained"]
["Freshwater/non-metal/plant","164767",73,0.82954545454545459,"","Navicula pelliculosa","15000 cells/mL","48 hours","EC10","Growth: Cell density","9.52 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.05±0.14","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Atrazine technical (97.5%)"]
["Freshwater/non-metal/plant","164767",69,0.78409090909090906,"Toxicity value is highest concentration tested","Navicula pelliculosa","15000 cells/mL","48 hours","EC50","Growth: Cell density",">237 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","Wildlife International well water and nutrient media","24.2±0.3","Chronic","8.05±0.14","N.A.","Brain,R.A., J.R. Arnie, J.R. Porch, and A.J. Hosmer 2012, 'Recovery of Photosynthesis and Growth Rate in Green, Blue-Green, and Diatom Algae After Exposure to Atrazine', Environ. Toxicol. Chem.31(11): 2572-2581.",164767,null,null,"Do Not Use - No EC50 obtained"]
[]
["Freshwater/non-metal/non- plant","164768",70,0.76923076923076927,"Non-monotic, lower conc increased growth ","Rhinella arenarum","Tadpole (stage 25)","200 days","NOEC","Growth: Snout-vent length","1000 ug/L","Amphibian","Chordata","Amphibia","Amphitox solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., A. Sassone, G.N. Hermida, and N. Codugnello 2013, 'Environmentally-Relevant Concentrations of Atrazine Induce Non-Monotonic Acceleration of Developmental Rate and Increased Size at Metamorphosis in Rhinella arenarum Tadpoles', Ecotoxicol. Environ. Saf.92:10-17.",164768,null,null,"Technical grade atrazine 98% purity"]
["Freshwater/non-metal/non- plant","164768",70,0.76923076923076927,"Non-monotic, lower conc increased growth ","Rhinella arenarum","Tadpole (stage 25)","200 days","NOEC","Growth: Body mass","1000 ug/L","Amphibian","Chordata","Amphibia","Amphitox solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., A. Sassone, G.N. Hermida, and N. Codugnello 2013, 'Environmentally-Relevant Concentrations of Atrazine Induce Non-Monotonic Acceleration of Developmental Rate and Increased Size at Metamorphosis in Rhinella arenarum Tadpoles', Ecotoxicol. Environ. Saf.92:10-17.",164768,null,null,"Technical grade atrazine 98% purity"]
["Freshwater/non-metal/non- plant","164768",70,0.76923076923076927,"Environmentally relevant endpoint for frogs.","Rhinella arenarum","Tadpole (stage 25)","200 days","NOEC","Development: Metamorphosis","0.1 µg/L","Amphibian","Chordata","Amphibia","Amphitox solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., A. Sassone, G.N. Hermida, and N. Codugnello 2013, 'Environmentally-Relevant Concentrations of Atrazine Induce Non-Monotonic Acceleration of Developmental Rate and Increased Size at Metamorphosis in Rhinella arenarum Tadpoles', Ecotoxicol. Environ. Saf.92:10-17.",164768,null,null,"Technical grade atrazine 98% purity"]
["Freshwater/non-metal/non- plant","164768",70,"OK added this data point in","Environmentally relevant endpoint for frogs.","Rhinella arenarum","Tadpole (stage 25)","200 days","LOEC","Development: Metamorphosis","1 ug/L","Amphibian","Chordata","Amphibia","Amphitox solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., A. Sassone, G.N. Hermida, and N. Codugnello 2013, 'Environmentally-Relevant Concentrations of Atrazine Induce Non-Monotonic Acceleration of Developmental Rate and Increased Size at Metamorphosis in Rhinella arenarum Tadpoles', Ecotoxicol. Environ. Saf.92:10-17.",164768,null,null,"Technical grade atrazine 98% purity"]
["Freshwater/non-metal/non- plant","164768",null,0.76923076923076927,"Is technically recorded as a LOEC value, but gives the % inhibition of 52.","Rhinella arenarum","Tadpole (stage 25)","200 days","LOEC/EC52","Survival","1000 ug/L","Amphibian","Chordata","Amphibia","Amphitox solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., A. Sassone, G.N. Hermida, and N. Codugnello 2013, 'Environmentally-Relevant Concentrations of Atrazine Induce Non-Monotonic Acceleration of Developmental Rate and Increased Size at Metamorphosis in Rhinella arenarum Tadpoles', Ecotoxicol. Environ. Saf.92:10-17.",164768,null,null,"Do Not Use - Mortality in controls was high (74.2%)"]
["Freshwater/non-metal/non- plant","164768",null,0.76923076923076927,null,"Rhinella arenarum","Tadpole (stage 25)","200 days","NOEC","Survival","100 ug/L","Amphibian","Chordata","Amphibia","Amphitox solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., A. Sassone, G.N. Hermida, and N. Codugnello 2013, 'Environmentally-Relevant Concentrations of Atrazine Induce Non-Monotonic Acceleration of Developmental Rate and Increased Size at Metamorphosis in Rhinella arenarum Tadpoles', Ecotoxicol. Environ. Saf.92:10-17.",164768,null,null,"Do Not Use - Mortality in controls was high (74.2%)"]
[]
["Freshwater/non-metal/plant","165045",68,0.77272727272727271,null,"Microcystis novacekii","Logarithmic growth phase (10^6 cells/mL)","96 hour","EC50","Growth: Cell density","4.2 mg/L","Cyanobacteria","Cyanobacteria","Cyanophyceae","WC medium","25±2°C","Chronic","7.5±0.5","N.A.","Campos,M.M.C., V.H.F. Faria, T.S. Teodoro, F.A.R. Barbosa, and S.M.S. Magalhaes 2013, 'Evaluation of the Capacity of the Cyanobacterium Microcystis novacekii to Remove Atrazine from a Culture Medium', J. Environ. Sci. Health Part B Pestic. Food Contam. Agric. Wastes48:101-107.",165045,null,null,"Analytical grade"]
[]
["Freshwater/non-metal/plant","158970",48,0.54500000000000004,"Toxicity value is highest concentration tested","Chlamydomonas reinhardtii","Mid log-phase","80 minutes","NOEC","Mortality: cell viability: cell count","10000 µg/L","Microalgae","Chlorophyta","Chlorophyceae","DY-V Freshwater media","18-22°C","Acute ","Not stated","N.A.","Choi,C.J., J.A. Berges, and E.B. Young 2012, 'Rapid Effects of Diverse Toxic Water Pollutants on Chlorophyll a Fluorescence: Variable Responses Among Freshwater Microalgae', Water Res.46(8): 2615-2626.",158970,null,"Do Not Use Paper - Only 80 min duration (<24 hours not useful in larger datasets). Majority of paper is on fluorescence, with a mention of cell viability however no results of explanation of cell viability so the paper should be excluded.","Do Not Use -  Paper unacceptable"]
["Freshwater/non-metal/plant","158970",48,0.54500000000000004,null,"Chlamydomonas reinhardtii","Mid log-phase","80 minutes","LOEC","Maximum quantum yield of PSII (Fv/Fm)","<100 µg/L","Microalgae","Chlorophyta","Chlorophyceae","DY-V Freshwater media","18-22°C","Acute ","Not stated","N.A.","Choi,C.J., J.A. Berges, and E.B. Young 2012, 'Rapid Effects of Diverse Toxic Water Pollutants on Chlorophyll a Fluorescence: Variable Responses Among Freshwater Microalgae', Water Res.46(8): 2615-2626.",158970,null,null,"Do Not Use -  Paper unacceptable"]
["Freshwater/non-metal/plant","158970",48,0.54500000000000004,"Toxicity value is highest concentration tested","Pseudokirchneriella subcapitata","Mid log-phase","80 minutes","NOEC","Mortality: cell viability: cell count","10000 µg/L","Microalgae","Chlorophyta","Chlorophyceae","CHU-10 media","18-22°C","Acute ","Not stated","N.A.","Choi,C.J., J.A. Berges, and E.B. Young 2012, 'Rapid Effects of Diverse Toxic Water Pollutants on Chlorophyll a Fluorescence: Variable Responses Among Freshwater Microalgae', Water Res.46(8): 2615-2626.",158970,null,null,"Do Not Use -  Paper unacceptable"]
["Freshwater/non-metal/plant","158970",48,0.54500000000000004,"Toxicity value is highest concentration tested","Navicula pelliculosa","Mid log-phase","80 minutes","NOEC","Mortality: cell viability: cell count","10000 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","CHU-10 media","18-22°C","Acute ","Not stated","N.A.","Choi,C.J., J.A. Berges, and E.B. Young 2012, 'Rapid Effects of Diverse Toxic Water Pollutants on Chlorophyll a Fluorescence: Variable Responses Among Freshwater Microalgae', Water Res.46(8): 2615-2626.",158970,null,null,"Do Not Use -  Paper unacceptable"]
["Freshwater/non-metal/plant","158970",48,0.54500000000000004,"Toxicity value is highest concentration tested","Asterionella formosa","Mid log-phase","80 minutes","NOEC","Mortality: cell viability: cell count","10000 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","CHU-10 media","18-22°C","Acute ","Not stated","N.A.","Choi,C.J., J.A. Berges, and E.B. Young 2012, 'Rapid Effects of Diverse Toxic Water Pollutants on Chlorophyll a Fluorescence: Variable Responses Among Freshwater Microalgae', Water Res.46(8): 2615-2626.",158970,null,null,"Do Not Use -  Paper unacceptable"]
["Freshwater/non-metal/plant","158970",48,0.54500000000000004,null,"Navicula pelliculosa","Mid log-phase","80 minutes","LOEC","Maximum quantum yield of PSII (Fv/Fm)","<100 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","CHU-10 media","18-22°C","Acute ","Not stated","N.A.","Choi,C.J., J.A. Berges, and E.B. Young 2012, 'Rapid Effects of Diverse Toxic Water Pollutants on Chlorophyll a Fluorescence: Variable Responses Among Freshwater Microalgae', Water Res.46(8): 2615-2626.",158970,null,null,"Do Not Use -  Paper unacceptable"]
["Freshwater/non-metal/plant","158970",48,0.54500000000000004,"The highest possible grade for this datum is acceptable.","Asterionella formosa","Mid log-phase","80 minutes","LOEC","Maximum quantum yield of PSII (Fv/Fm)",">100 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","CHU-10 media","18-22°C","Acute ","Not stated","N.A.","Choi,C.J., J.A. Berges, and E.B. Young 2012, 'Rapid Effects of Diverse Toxic Water Pollutants on Chlorophyll a Fluorescence: Variable Responses Among Freshwater Microalgae', Water Res.46(8): 2615-2626.",158970,null,null,"Do Not Use -  Paper unacceptable"]
["Freshwater/non-metal/plant","158970",48,0.54500000000000004,"The highest possible grade for this datum is acceptable.","Pseudokirchneriella subcapitata","Mid log-phase","80 minutes","LOEC","Maximum quantum yield of PSII (Fv/Fm)","<100 µg/L","Microalgae","Chlorophyta","Chlorophyceae","CHU-10 media","18-22°C","Acute ","Not stated","N.A.","Choi,C.J., J.A. Berges, and E.B. Young 2012, 'Rapid Effects of Diverse Toxic Water Pollutants on Chlorophyll a Fluorescence: Variable Responses Among Freshwater Microalgae', Water Res.46(8): 2615-2626.",158970,null,null,"Do Not Use -  Paper unacceptable"]
["Freshwater/non-metal/plant","158970",48,0.54500000000000004,"Toxicity value is highest concentration tested","Cryptomonas erosa","Mid log-phase","80 minutes","NOEC","Mortality: cell viability: cell count","10000 µg/L","Microalgae","Cryptophyta","Cryptophyceae","CHU-10 media","18-22°C","Acute ","Not stated","N.A.","Choi,C.J., J.A. Berges, and E.B. Young 2012, 'Rapid Effects of Diverse Toxic Water Pollutants on Chlorophyll a Fluorescence: Variable Responses Among Freshwater Microalgae', Water Res.46(8): 2615-2626.",158970,null,null,"Do Not Use -  Paper unacceptable"]
["Freshwater/non-metal/plant","158970",48,0.54500000000000004,null,"Cryptomonas erosa","Mid log-phase","80 minutes","LOEC","Maximum quantum yield of PSII (Fv/Fm)",">100 µg/L","Microalgae","Cryptophyta","Cryptophyceae","CHU-10 media","18-22°C","Acute ","Not stated","N.A.","Choi,C.J., J.A. Berges, and E.B. Young 2012, 'Rapid Effects of Diverse Toxic Water Pollutants on Chlorophyll a Fluorescence: Variable Responses Among Freshwater Microalgae', Water Res.46(8): 2615-2626.",158970,null,null,"Do Not Use -  Paper unacceptable"]
["Freshwater/non-metal/plant","158970",48,0.54500000000000004,"Toxicity value is highest concentration tested","Synura petersenii","Mid log-phase","80 minutes","NOEC","Mortality: cell viability: cell count","10000 µg/L","Microalgae","Ochrophyta","Synurophyceae","CHU-10 media","18-22°C","Acute ","Not stated","N.A.","Choi,C.J., J.A. Berges, and E.B. Young 2012, 'Rapid Effects of Diverse Toxic Water Pollutants on Chlorophyll a Fluorescence: Variable Responses Among Freshwater Microalgae', Water Res.46(8): 2615-2626.",158970,null,null,"Do Not Use -  Paper unacceptable"]
["Freshwater/non-metal/plant","158970",48,0.54500000000000004,null,"Synura petersenii","Mid log-phase","80 minutes","LOEC","Maximum quantum yield of PSII (Fv/Fm)","<100 µg/L","Microalgae","Ochrophyta","Synurophyceae","CHU-10 media","18-22°C","Acute ","Not stated","N.A.","Choi,C.J., J.A. Berges, and E.B. Young 2012, 'Rapid Effects of Diverse Toxic Water Pollutants on Chlorophyll a Fluorescence: Variable Responses Among Freshwater Microalgae', Water Res.46(8): 2615-2626.",158970,null,null,"Do Not Use -  Paper unacceptable"]
[]
["Freshwater/non-metal/non- plant","165335",55,0.60439560439560436,null,"Danio rerio","17 dpf","14 days","NOEC","Mortality","10800 µg/L","Zebra Fish","Chordata","Actinopterygii","Fish water","Not stated","Acute","Not stated","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",165335,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165335-QC",42,0.46153846153846156,null,"Danio rerio","17 dpf","14 days","LC0","Mortality","10800 ug/L","Zebra Fish","Chordata","Actinopterygii","Fish water","Not stated","Acute ","Not stated","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.\n",165335,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165335",68,0.74725274725274726,"Study I, control survival 90%","Danio rerio","17 dpf","113 days","NOEC","Mortality","8.9uM","Zebra Fish","Chordata","Actinopterygii","Fish water","27°C","Chronic",7.3,"N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",165335,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165335",68,0.74725274725274726,"Study II, control survival 99%","Danio rerio","17 dpf","113 days","NOEC","Mortality","9.4uM","Zebra Fish","Chordata","Actinopterygii","Fish water","27°C","Chronic",7.6,"N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",165335,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165335",70,0.76923076923076927,"Study I, control survival 90%","Danio rerio","17 dpf","113 days","NOEC","Growth: wet weight (males)","0.088uM","Zebra Fish","Chordata","Actinopterygii","Fish water","27°C","Chronic",7.3,"N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",165335,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165335",70,0.76923076923076927,"Study I, control survival 90%","Danio rerio","17 dpf","113 days","LOEC","Growth: wet weight (males)","0.88uM","Zebra Fish","Chordata","Actinopterygii","Fish water","27°C","Chronic",7.3,"N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",165335,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165335",70,0.76923076923076927,"Study I, control survival 90%","Danio rerio","17 dpf","113 days","NOEC","Growth: wet weight (females)","0.88uM","Zebra Fish","Chordata","Actinopterygii","Fish water","27°C","Chronic",7.3,"N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",165335,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165335",70,0.76923076923076927,"Study I, control survival 90%","Danio rerio","17 dpf","113 days","LOEC","Growth: wet weight (females)","8.9uM","Zebra Fish","Chordata","Actinopterygii","Fish water","27°C","Chronic",7.3,"N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",165335,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165335",70,0.76923076923076927,"Study I, control survival 90%","Danio rerio","17 dpf","113 days","NOEC","Growth: length (male and female)","8.9uM","Zebra Fish","Chordata","Actinopterygii","Fish water","27°C","Chronic",7.3,"N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",165335,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165335",73,0.80219780219780223,"Study II, control survival 99%","Danio rerio","17 dpf","113 days","NOEC","Growth: wet weight (males)","0.096uM","Zebra Fish","Chordata","Actinopterygii","Fish water","27°C","Chronic",7.6,"N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",165335,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165335",73,0.80219780219780223,"Study II, control survival 99%","Danio rerio","17 dpf","113 days","LOEC","Growth: wet weight (males)","0.92uM","Zebra Fish","Chordata","Actinopterygii","Fish water","27°C","Chronic",7.6,"N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",165335,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165335",73,0.80219780219780223,"Study II, control survival 99%","Danio rerio","17 dpf","113 days","NOEC","Growth: wet weight (females)","0.92uM","Zebra Fish","Chordata","Actinopterygii","Fish water","27°C","Chronic",7.6,"N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",165335,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165335",73,0.80219780219780223,"Study II, control survival 99%","Danio rerio","17 dpf","113 days","LOEC","Growth: wet weight (females)","9.4uM","Zebra Fish","Chordata","Actinopterygii","Fish water","27°C","Chronic",7.6,"N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",165335,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165335",73,0.80219780219780223,"Study II, control survival 99%","Danio rerio","17 dpf","113 days","NOEC","Growth: length (male and female)","0.92uM","Zebra Fish","Chordata","Actinopterygii","Fish water","27°C","Chronic",7.6,"N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",165335,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165335",73,0.80219780219780223,"Study II, control survival 99%","Danio rerio","17 dpf","113 days","LOEC","Growth: length (male and female)","9.4uM","Zebra Fish","Chordata","Actinopterygii","Fish water","27°C","Chronic",7.6,"N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",165335,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna minor: CPCC 490","7-10 day old cultures","7 days","IC25","Biomass","33 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna minor: Black Creek","7-10 day old cultures","7 days","IC25","Biomass","32 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna minor: East Branch of Scotch River","7-10 day old cultures","7 days","IC25","Biomass","19 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna Minor (East Castor River)","7-10 day old cultures","7 days","IC25","Biomass","40 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna Minor: South Branch of South Nation","7-10 day old cultures","7 days","IC25","Biomass","32 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna Minor: South Branch of South Nation","7-10 day old cultures","7 days","IC25","Biomass","27 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna minor: South Nation River headwaters","7-10 day old cultures","7 days","IC25","Biomass","32 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna minor: average all strains","7-10 day old cultures","7 days","IC25","Biomass","30 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna minor: CPCC 490","7-10 day old cultures","7 days","IC25","Frond number","76 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna minor: Black Creek","7-10 day old cultures","7 days","IC25","Frond number","69 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna minor: East Branch of Scotch River","7-10 day old cultures","7 days","IC25","Frond number","57 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna Minor (East Castor River)","7-10 day old cultures","7 days","IC25","Frond number","92 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna Minor: Payne River","7-10 day old cultures","7 days","IC25","Frond number","82 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna minor: South Branch of South Nation","7-10 day old cultures","7 days","IC25","Frond number","61 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna minor: South Nation River headwaters","7-10 day old cultures","7 days","IC25","Frond number","88 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna minor: average all strains","7-10 day old cultures","7 days","IC25","Frond number","75 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
["Freshwater/non-metal/plant","164769",65,0.73863636363636365,"48% formulation (Atrazine 480)","Lemna minor","7-10 day old cultures","7 days","IC25","PSII Inhibition (Fv/Fm)",">160 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","Not stated","Chronic","Not stated","N.A.","Dalton,R.L., C. Nussbaumer, F.R. Pick, and C. Boutin 2013, 'Comparing the Sensitivity of Geographically Distinct Lemna minor Populations to Atrazine', Ecotoxicology22(4): 718-730.",164769,null,null,"Do Not Use - Formulation 48% a.i."]
[]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","0-day acclimation to medium","7 days","NOEC","Growth: fresh weight","160 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"Toxicity value is highest concentration tested","Myriophyllum aquaticum","0-day acclimation to medium","7 days","LOEC","Growth: fresh weight","523ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"95% CI very large (greater by a factor of 10)","Myriophyllum aquaticum","0-day acclimation to medium","7 days","EC10","Growth: fresh weight","562.6 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"95% CI very large (greater by a factor of 10)","Myriophyllum aquaticum","0-day acclimation to medium","7 days","EC50","Growth: fresh weight","680.6 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","7-day acclimation to medium","7 days","NOEC","Growth: fresh weight","40 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","7-day acclimation to medium","7 days","LOEC","Growth: fresh weight","160ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","7-day acclimation to medium","7 days","EC10","Growth: fresh weight","60.2 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","7-day acclimation to medium","7 days","EC50","Growth: fresh weight","438.9 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","28-day acclimation to medium","7 days","NOEC","Growth: fresh weight","160 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"Toxicity value is highest concentration tested","Myriophyllum aquaticum","28-day acclimation to medium","7 days","LOEC","Growth: fresh weight","589ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","28-day acclimation to medium","7 days","EC10","Growth: fresh weight","112.2 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","28-day acclimation to medium","7 days","EC50","Growth: fresh weight","645.3 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","0-day acclimation to medium","7 days","NOEC","Growth: shoot length","160 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"analytical, highest concentration tested","Myriophyllum aquaticum","0-day acclimation to medium","7 days","LOEC","Growth: shoot length","523ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"95% CI very large (greater by a factor of 10)","Myriophyllum aquaticum","0-day acclimation to medium","7 days","EC10","Growth: shoot length","608.0 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"95% CI very large (greater by a factor of 10)","Myriophyllum aquaticum","0-day acclimation to medium","7 days","EC50","Growth: shoot length","714.7 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","7-day acclimation to medium","7 days","NOEC","Growth: shoot length","40 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","7-day acclimation to medium","7 days","LOEC","Growth: shoot length","160 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","7-day acclimation to medium","7 days","EC10","Growth: shoot length","87.4 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","7-day acclimation to medium","7 days","EC50","Growth: shoot length","965.1 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","28-day acclimation to medium","7 days","NOEC","Growth: shoot length",">589ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"Toxicity value is highest concentration tested","Myriophyllum aquaticum","28-day acclimation to medium","7 days","LOEC","Growth: shoot length","589µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"95% CI very large (greater by a factor of 10)","Myriophyllum aquaticum","28-day acclimation to medium","7 days","EC10","Growth: shoot length","819.8 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"95% CI very large (greater by a factor of 10)","Myriophyllum aquaticum","28-day acclimation to medium","7 days","EC50","Growth: shoot length","857.9 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","0-day acclimation to medium","7 days","NOEC","Growth: root length","160 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"Toxicity value is highest concentration tested","Myriophyllum aquaticum","0-day acclimation to medium","7 days","LOEC","Growth: root length","523ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","0-day acclimation to medium","7 days","EC10","Growth: root length","207.0 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","0-day acclimation to medium","7 days","EC50","Growth: root length","458.8 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","7-day acclimation to medium","7 days","NOEC","Growth: root length","40 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","7-day acclimation to medium","7 days","LOEC","Growth: root length","160 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"95% CI very large (greater by a factor of 10)","Myriophyllum aquaticum","7-day acclimation to medium","7 days","EC10","Growth: root length","125.6 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"95% CI very large (greater by a factor of 10)","Myriophyllum aquaticum","7-day acclimation to medium","7 days","EC50","Growth: root length","142.2 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"nominal concentrations","Myriophyllum aquaticum","28-day acclimation to medium","7 days","NOEC","Growth: root length","160 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"Toxicity value is highest concentration tested","Myriophyllum aquaticum","28-day acclimation to medium","7 days","LOEC","Growth: root length","589ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"95% CI very large (greater by a factor of 10)","Myriophyllum aquaticum","28-day acclimation to medium","7 days","EC10","Growth: root length","134.7 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",56,0.63,"95% CI very large (greater by a factor of 10)","Myriophyllum aquaticum","28-day acclimation to medium","7 days","EC50","Growth: root length","154.5 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","164771",58,0.70454545454545459,"","Myriophyllum aquaticum","0-day acclimation to medium","7 days","NOEC","Quantum yield of PSII","<10 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Non-viable endpoint and unknown purity"]
["Freshwater/non-metal/plant","164771",58,0.70454545454545459,"","Myriophyllum aquaticum","0-day acclimation to medium","7 days","LOEC","Quantum yield of PSII","10 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Non-viable endpoint and unknown purity"]
["Freshwater/non-metal/plant","164771",58,0.70454545454545459,"","Myriophyllum aquaticum","0-day acclimation to medium","7 days","EC10","Quantum yield of PSII","5.5 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Non-viable endpoint and unknown purity"]
["Freshwater/non-metal/plant","164771",58,0.70454545454545459,"","Myriophyllum aquaticum","0-day acclimation to medium","7 days","EC50","Quantum yield of PSII","135.1 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Non-viable endpoint and unknown purity"]
["Freshwater/non-metal/plant","164771",58,0.70454545454545459,"","Myriophyllum aquaticum","7-day acclimation to medium","7 days","NOEC","Quantum yield of PSII","<10 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Non-viable endpoint and unknown purity"]
["Freshwater/non-metal/plant","164771",58,0.70454545454545459,"","Myriophyllum aquaticum","7-day acclimation to medium","7 days","LOEC","Quantum yield of PSII","10 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Non-viable endpoint and unknown purity"]
["Freshwater/non-metal/plant","164771",58,0.70454545454545459,"","Myriophyllum aquaticum","7-day acclimation to medium","7 days","EC10","Quantum yield of PSII","8.1 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Non-viable endpoint and unknown purity"]
["Freshwater/non-metal/plant","164771",58,0.70454545454545459,"","Myriophyllum aquaticum","7-day acclimation to medium","7 days","EC50","Quantum yield of PSII","386 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Non-viable endpoint and unknown purity"]
["Freshwater/non-metal/plant","164771",62,0.70454545454545459,"","Myriophyllum aquaticum","28-day acclimation to medium","7 days","NOEC","Quantum yield of PSII","<10 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Non-viable endpoint and unknown purity"]
["Freshwater/non-metal/plant","164771",62,0.70454545454545459,"","Myriophyllum aquaticum","28-day acclimation to medium","7 days","LOEC","Quantum yield of PSII","10 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Non-viable endpoint and unknown purity"]
["Freshwater/non-metal/plant","164771",62,0.70454545454545459,"","Myriophyllum aquaticum","28-day acclimation to medium","7 days","EC10","Quantum yield of PSII","4.4 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Non-viable endpoint and unknown purity"]
["Freshwater/non-metal/plant","164771",62,0.70454545454545459,"","Myriophyllum aquaticum","28-day acclimation to medium","7 days","EC50","Quantum yield of PSII","270.2 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg medium diluted 1:1 with deionized water","22±2°C.","Chronic","Not stated","N.A.","Ebke,K.P., C. Felten, and L. Doren 2013, 'Impact of Heterophylly on the Sensitivity of Myriophyllum aquaticum Biotests', Environ. Sci. Eur.25(6): 9 p.",164771,null,null,"Do Not Use - Non-viable endpoint and unknown purity"]
[]
["Freshwater/non-metal/non- plant","160130",80,0.87912087912087911,null,"Pseudosida ramosa","<24h neonates","48 hour","LC50","Mortality","20.9mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Reconstituted soft water","24.2-25.4","Acute ","7.2-7.6","N.A.","Freitas,E.C., and O. Rocha 2012, 'Acute and Chronic Effects of Atrazine and Sodium Dodecyl Sulfate on the Tropical Freshwater Cladoceran Pseudosida ramosa', Ecotoxicology21(5): 1347-1357.",160130,null,null,"Atrazine >99% purity analytical grade"]
["Freshwater/non-metal/non- plant","160130",80,0.87912087912087911,null,"Pseudosida ramosa","<24h (first to fifth brood neonate)","21 days","NOEC","Survival","3.2mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Reconstituted soft water","24.7-25.8","Chronic","7.2-7.7","N.A.","Freitas,E.C., and O. Rocha 2012, 'Acute and Chronic Effects of Atrazine and Sodium Dodecyl Sulfate on the Tropical Freshwater Cladoceran Pseudosida ramosa', Ecotoxicology21(5): 1347-1357.",160130,null,null,"Atrazine >99% purity analytical grade"]
["Freshwater/non-metal/non- plant","160130",80,0.87912087912087911,null,"Pseudosida ramosa","<24h (first to third brood neonates)","21 days","NOEC","Fecundity: eggs produced per female","0.2mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Reconstituted soft water","24.7-25.8","Chronic","7.2-7.7","N.A.","Freitas,E.C., and O. Rocha 2012, 'Acute and Chronic Effects of Atrazine and Sodium Dodecyl Sulfate on the Tropical Freshwater Cladoceran Pseudosida ramosa', Ecotoxicology21(5): 1347-1357.",160130,null,null,"Atrazine >99% purity analytical grade"]
["Freshwater/non-metal/non- plant","160130",80,0.87912087912087911,null,"Pseudosida ramosa","<24h (first to third brood neonates)","21 days","LOEC","Fecundity: eggs produced per female","0.4mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Reconstituted soft water","24.7-25.8","Chronic","7.2-7.7","N.A.","Freitas,E.C., and O. Rocha 2012, 'Acute and Chronic Effects of Atrazine and Sodium Dodecyl Sulfate on the Tropical Freshwater Cladoceran Pseudosida ramosa', Ecotoxicology21(5): 1347-1357.",160130,null,null,"Atrazine >99% purity analytical grade"]
["Freshwater/non-metal/non- plant","160130",80,0.87912087912087911,null,"Pseudosida ramosa","<24h (fourth to fifth brood neonates)","21 days","LOEC","Fecundity: eggs produced per female","0.8mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Reconstituted soft water","24.7-25.8","Chronic","7.2-7.7","N.A.","Freitas,E.C., and O. Rocha 2012, 'Acute and Chronic Effects of Atrazine and Sodium Dodecyl Sulfate on the Tropical Freshwater Cladoceran Pseudosida ramosa', Ecotoxicology21(5): 1347-1357.",160130,null,null,"Atrazine >99% purity analytical grade"]
["Freshwater/non-metal/non- plant","160130",80,0.87912087912087911,null,"Pseudosida ramosa","<24h (fourth to fifth brood neonates)","21 days","NOEC","Fecundity: eggs produced per female","0.4mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Reconstituted soft water","24.7-25.8","Chronic","7.2-7.7","N.A.","Freitas,E.C., and O. Rocha 2012, 'Acute and Chronic Effects of Atrazine and Sodium Dodecyl Sulfate on the Tropical Freshwater Cladoceran Pseudosida ramosa', Ecotoxicology21(5): 1347-1357.",160130,null,null,"Atrazine >99% purity analytical grade"]
["Freshwater/non-metal/non- plant","160130",80,0.87912087912087911,null,"Pseudosida ramosa","<24h (fourth to fifth brood neonates)","21 days","NOEC","Fertility: total number live neonates produced","0.4mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Reconstituted soft water","24.7-25.8","Chronic","7.2-7.7","N.A.","Freitas,E.C., and O. Rocha 2012, 'Acute and Chronic Effects of Atrazine and Sodium Dodecyl Sulfate on the Tropical Freshwater Cladoceran Pseudosida ramosa', Ecotoxicology21(5): 1347-1357.",160130,null,null,"Atrazine >99% purity analytical grade"]
["Freshwater/non-metal/non- plant","160130",80,0.87912087912087911,null,"Pseudosida ramosa","<24h (fourth to fifth brood neonates)","21 days","LOEC","Fertility: total number live neonates produced","0.8 mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Reconstituted soft water","24.7-25.8","Chronic","7.2-7.7","N.A.","Freitas,E.C., and O. Rocha 2012, 'Acute and Chronic Effects of Atrazine and Sodium Dodecyl Sulfate on the Tropical Freshwater Cladoceran Pseudosida ramosa', Ecotoxicology21(5): 1347-1357.",160130,null,null,"Atrazine >99% purity analytical grade"]
["Freshwater/non-metal/non- plant","160130",80,0.87912087912087911,null,"Pseudosida ramosa","<24h (first to third brood neonates)","21 days","LOEC","Fertility: total number live neonates produced","0.4 mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Reconstituted soft water","24.7-25.8","Chronic","7.2-7.7","N.A.","Freitas,E.C., and O. Rocha 2012, 'Acute and Chronic Effects of Atrazine and Sodium Dodecyl Sulfate on the Tropical Freshwater Cladoceran Pseudosida ramosa', Ecotoxicology21(5): 1347-1357.",160130,null,null,"Atrazine >99% purity analytical grade"]
["Freshwater/non-metal/non- plant","160130",80,0.87912087912087911,null,"Pseudosida ramosa","<24h (first to third brood neonates)","21 days","NOEC","Fertility: total number live neonates produced","0.2mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Reconstituted soft water","24.7-25.8","Chronic","7.2-7.7","N.A.","Freitas,E.C., and O. Rocha 2012, 'Acute and Chronic Effects of Atrazine and Sodium Dodecyl Sulfate on the Tropical Freshwater Cladoceran Pseudosida ramosa', Ecotoxicology21(5): 1347-1357.",160130,null,null,"Atrazine >99% purity analytical grade"]
["Freshwater/non-metal/non- plant","160130",80,0.87912087912087911,null,"Pseudosida ramosa","<24h (first to fifth brood neonate)","21 days","NOEC","Population growth rate: rate of increase","0.4mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Reconstituted soft water","24.7-25.8","Chronic","7.2-7.7","N.A.","Freitas,E.C., and O. Rocha 2012, 'Acute and Chronic Effects of Atrazine and Sodium Dodecyl Sulfate on the Tropical Freshwater Cladoceran Pseudosida ramosa', Ecotoxicology21(5): 1347-1357.",160130,null,null,"Atrazine >99% purity analytical grade"]
["Freshwater/non-metal/non- plant","160130",80,0.87912087912087911,null,"Pseudosida ramosa","<24h (first to fifth brood neonate)","21 days","LOEC","Population growth rate: rate of increase","0.8mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Reconstituted soft water","24.7-25.8","Chronic","7.2-7.7","N.A.","Freitas,E.C., and O. Rocha 2012, 'Acute and Chronic Effects of Atrazine and Sodium Dodecyl Sulfate on the Tropical Freshwater Cladoceran Pseudosida ramosa', Ecotoxicology21(5): 1347-1357.",160130,null,null,"Atrazine >99% purity analytical grade"]
[]
["Freshwater/non-metal/non- plant","986-1",46,0.50549450549450547,"Toxicity value is highest concentration tested","Cyprinus carpio","190g","40 days","NOEC","Mortality","428 ug/L","Common Carp","Chordata","Actinopterygii","Tap water","20±1°C","Chronic","7.4 ± 0.2","N.A.","Fu,Y., M. Li, C. Liu, J.P. Qu, W.J. Zhu, H.J. Xing, S.W. Xu, and S. Li (2013). Effect of Atrazine and Chlorpyrifos Exposure on Cytochrome P450 Contents and Enzyme Activities in Common Carp Gills, Ecotoxicol. Environ. Saf.94:28-36.",986,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["Freshwater/non-metal/non- plant","164050",71,0.78021978021978022,null,"Mesocyclops longisetus","Nauplii","48 hour","LC5","Mortality","156 µg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Aerated tap water","21±2°C","Acute ",8.39,"N.A.","Gutierrez,M.F., A.M. Gagneten, and J.C. Paggi 2013, 'Acute and Behavioral Sensitivity of Mesocyclops longisetus to Atrazine and Endosulfan Formulations Under Predation Pressure', Water Air Soil Pollut.224(1): 9 p.",164050,null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/non- plant","164050",71,0.78021978021978022,null,"Mesocyclops longisetus","Nauplii","48 hour","LC10","Mortality","239 µg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Aerated tap water","21±2°C","Acute ",8.39,"N.A.","Gutierrez,M.F., A.M. Gagneten, and J.C. Paggi 2013, 'Acute and Behavioral Sensitivity of Mesocyclops longisetus to Atrazine and Endosulfan Formulations Under Predation Pressure', Water Air Soil Pollut.224(1): 9 p.",164050,null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/non- plant","164050",71,0.78021978021978022,null,"Mesocyclops longisetus","Nauplii","48 hour","LC50","Mortality","1085 µg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Aerated tap water","21±2°C","Acute ",8.39,"N.A.","Gutierrez,M.F., A.M. Gagneten, and J.C. Paggi 2013, 'Acute and Behavioral Sensitivity of Mesocyclops longisetus to Atrazine and Endosulfan Formulations Under Predation Pressure', Water Air Soil Pollut.224(1): 9 p.",164050,null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/non- plant","164050",71,0.78021978021978022,null,"Mesocyclops longisetus","Adult (male)","48 hour","LC5","Mortality","452 µg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Aerated tap water","21±2°C","Acute ",8.39,"N.A.","Gutierrez,M.F., A.M. Gagneten, and J.C. Paggi 2013, 'Acute and Behavioral Sensitivity of Mesocyclops longisetus to Atrazine and Endosulfan Formulations Under Predation Pressure', Water Air Soil Pollut.224(1): 9 p.",164050,null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/non- plant","164050",71,0.78021978021978022,null,"Mesocyclops longisetus","Adult (male)","48 hour","LC10","Mortality","590 µg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Aerated tap water","21±2°C","Acute ",8.39,"N.A.","Gutierrez,M.F., A.M. Gagneten, and J.C. Paggi 2013, 'Acute and Behavioral Sensitivity of Mesocyclops longisetus to Atrazine and Endosulfan Formulations Under Predation Pressure', Water Air Soil Pollut.224(1): 9 p.",164050,null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/non- plant","164050",71,0.78021978021978022,null,"Mesocyclops longisetus","Adult (male)","48 hour","LC50","Mortality","1503 µg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Aerated tap water","21±2°C","Acute ",8.39,"N.A.","Gutierrez,M.F., A.M. Gagneten, and J.C. Paggi 2013, 'Acute and Behavioral Sensitivity of Mesocyclops longisetus to Atrazine and Endosulfan Formulations Under Predation Pressure', Water Air Soil Pollut.224(1): 9 p.",164050,null,null,"Do Not Use - Formulation"]
[]
["Freshwater/non-metal/non- plant","990-1",64,0.70329670329670335,null,"Daphnia magna","Neonate (<24 hours old)","10 days","LC5","Mortality","126.3 mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Dechlorinated tap water","23±2°C","Chronic",7.4,"N.A.","Han,Z., J. Li, W. Bao, and J. Wang (2012). Enhanced Toxicity of Atrazine to Daphnia magna in the Presence of Nano-CeO2, Chin. J. Geochem.31(3): 297-302.",990,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/non- plant","990-2",64,0.70329670329670335,null,"Daphnia magna","Neonate (<24 hours old)","10 days","LC10","Mortality","285.5 mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Dechlorinated tap water","23±2°C","Chronic",7.4,"N.A.","Han,Z., J. Li, W. Bao, and J. Wang (2012). Enhanced Toxicity of Atrazine to Daphnia magna in the Presence of Nano-CeO2, Chin. J. Geochem.31(3): 297-302.",990,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/non- plant","990-3",64,0.70329670329670335,null,"Daphnia magna","Neonate (<24 hours old)","10 days","LC15","Mortality","389.2 mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Dechlorinated tap water","23±2°C","Chronic",7.4,"N.A.","Han,Z., J. Li, W. Bao, and J. Wang (2012). Enhanced Toxicity of Atrazine to Daphnia magna in the Presence of Nano-CeO2, Chin. J. Geochem.31(3): 297-302.",990,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/non- plant","990-4",64,0.70329670329670335,null,"Daphnia magna","Neonate (<24 hours old)","10 days","LC50","Mortality","618.6 mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Dechlorinated tap water","23±2°C","Chronic",7.4,"N.A.","Han,Z., J. Li, W. Bao, and J. Wang (2012). Enhanced Toxicity of Atrazine to Daphnia magna in the Presence of Nano-CeO2, Chin. J. Geochem.31(3): 297-302.",990,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/non- plant","990-5",50,0.5494505494505495,null,"Daphnia magna","Neonate (<24 hours old)","15 days","NOEC","Mortality","1 mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Dechlorinated tap water","23±2°C","Chronic",7.4,"N.A.","Han,Z., J. Li, W. Bao, and J. Wang (2012). Enhanced Toxicity of Atrazine to Daphnia magna in the Presence of Nano-CeO2, Chin. J. Geochem.31(3): 297-302.",990,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","990-6",50,0.5494505494505495,null,"Daphnia magna","Neonate (<24 hours old)","15 days","LOEC","Mortality","3 mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Dechlorinated tap water","23±2°C","Chronic",7.4,"N.A.","Han,Z., J. Li, W. Bao, and J. Wang (2012). Enhanced Toxicity of Atrazine to Daphnia magna in the Presence of Nano-CeO2, Chin. J. Geochem.31(3): 297-302.",990,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","990-QC1",43,0.47252747252747251,null,"Daphnia magna","Not stated","15 days","LOEC","Reproduction rate","0.5 mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Dechlorinated tap water","23±2°C","Acute ","Not stated","N.A.","Han,Z., J. Li, W. Bao, and J. Wang (2012). Enhanced Toxicity of Atrazine to Daphnia magna in the Presence of Nano-CeO2, Chin. J. Geochem.31(3): 297-302.\n",990,null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","990-QC2",54,0.59340659340659341,null,"Daphnia magna","Neonatal","10 days","NOEC","Mortality","1 mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Dechlorinated tap water","23±2°C","Chronic","Not stated","N.A.","Han,Z., J. Li, W. Bao, and J. Wang (2012). Enhanced Toxicity of Atrazine to Daphnia magna in the Presence of Nano-CeO2, Chin. J. Geochem.31(3): 297-302.\n",990,null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/non- plant","990-QC3",59,0.64835164835164838,null,"Daphnia magna","Neonatal","10 days","LOEC","Mortality","3 mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Dechlorinated tap water","23±2°C","Chronic","Not stated","N.A.","Han,Z., J. Li, W. Bao, and J. Wang (2012). Enhanced Toxicity of Atrazine to Daphnia magna in the Presence of Nano-CeO2, Chin. J. Geochem.31(3): 297-302.\n",990,null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/non- plant","160885",66,0.72527472527472503,null,"Daphnia carinata","Not stated.","48 hour","LC50","Mortality","60.6mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Freshwater","Not stated","Acute ","Not stated","N.A.","He,H., J. Yu, G. Chen, W. Li, J. He, and H. Li 2012, 'Acute Toxicity of Butachlor and Atrazine to Freshwater Green Alga Scenedesmus obliquus and Cladoceran Daphnia carinata', Ecotoxicol. Environ. Saf.80:91-96.",160885,null,null,"Atrazine 99.1%"]
["Freshwater/non-metal/non- plant","160885",68,0.74725274725274704,"","Scenedesmus obliquus","Not stated.","96 hour","EC50","Growth rate: Cell density","0.0147mg/L","Microalgae","Chlorophyta","Chlorophyceae  ","BG11 nutrient medium","Not stated","Chronic","Not stated","N.A.","He,H., J. Yu, G. Chen, W. Li, J. He, and H. Li 2012, 'Acute Toxicity of Butachlor and Atrazine to Freshwater Green Alga Scenedesmus obliquus and Cladoceran Daphnia carinata', Ecotoxicol. Environ. Saf.80:91-96.",160885,null,null,"Atrazine 99.1%"]
[]
["Freshwater/non-metal/plant","163051",68,0.77272727272727271,"","Scenedesmus vacuolatus","Not stated","24 hours","EC50","Population growth: Cell count","0.180 µM","Microalgae","Chlorophyta",null,"Algal growth medium","Not stated","Acute ","Not stated","N.A.","Junghans,M., T. Backhaus, M. Faust, M. Scholze, and L.H. Grimme 2006, 'Application and Validation of Approaches for the Predictive Hazard Assessment of Realistic Pesticide Mixtures', Aquat. Toxicol.76(2): 93-110.",163051,null,null,">97% purity"]
["Freshwater/non-metal/plant","163051",68,0.77272727272727271,"","Scenedesmus vacuolatus","Not stated","24 hours","NOEC","Population growth: Cell count","0.0364 µM","Microalgae","Chlorophyta",null,"Algal growth medium","Not stated","Acute ","Not stated","N.A.","Junghans,M., T. Backhaus, M. Faust, M. Scholze, and L.H. Grimme 2006, 'Application and Validation of Approaches for the Predictive Hazard Assessment of Realistic Pesticide Mixtures', Aquat. Toxicol.76(2): 93-110.",163051,null,null,">97% purity"]
[]
["Freshwater/non-metal/plant","159159",71,0.80681818181818177,"","Lemna sp.","N.A.","96 hour","EC50","PSII Inhibition (Fv/Fm)","0.107 mg/L","Macrophyte","Tracheophyta","Liliopsida","Hunter's half strength growth medium","N.A.","Acute ","Not stated","N.A.","Kumar,K.S., and T. Han 2011, 'Toxicity of Single and Combined Herbicides on PSII Maximum Efficiency of an Aquatic Higher Plant, Lemna sp.', Toxicol. Environ. Health Sci.3(2): 97-105.",159159,null,null,"Do Not Use - Non-viable endpoint"]
[]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Craticula accomoda","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC5","Growth rate: Chl-a fluorescence","524 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Craticula accomoda","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC50","Growth rate: Chl-a fluorescence","919 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Eolimna minima","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC5","Growth rate: Chl-a fluorescence","1443 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Eolimna minima","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC50","Growth rate: Chl-a fluorescence","2510 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Mayamaea fossalis","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC5","Growth rate: Chl-a fluorescence","4766 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Mayamaea fossalis","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC50","Growth rate: Chl-a fluorescence","8297 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Gomphonema parvulum","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC5","Growth rate: Chl-a fluorescence","588 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Gomphonema parvulum","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC50","Growth rate: Chl-a fluorescence","907 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Fragilaria capucina var vaucheria","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC5","Growth rate: Chl-a fluorescence","205 µg/L","Microalgae","Bacillariophyta","Fragilariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Fragilaria capucina var vaucheria","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC50","Growth rate: Chl-a fluorescence","801 µg/L","Microalgae","Bacillariophyta","Fragilariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Fragilaria ulna","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC5","Growth rate: Chl-a fluorescence","191 µg/L","Microalgae","Bacillariophyta","Fragilariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Fragilaria ulna","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC50","Growth rate: Chl-a fluorescence","306 µg/L","Microalgae","Bacillariophyta","Fragilariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Fragilaria rumpens","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC5","Growth rate: Chl-a fluorescence","210 µg/L","Microalgae","Bacillariophyta","Fragilariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Fragilaria rumpens","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC50","Growth rate: Chl-a fluorescence","629 µg/L","Microalgae","Bacillariophyta","Fragilariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Nitzschia palea","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC5","Growth rate: Chl-a fluorescence","596 µg/L","Microalgae","Heterokontophyta","Bacillariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Nitzschia palea","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC50","Growth rate: Chl-a fluorescence","3988 µg/L","Microalgae","Heterokontophyta","Bacillariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Achnathidium minutissimum","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC5","Growth rate: Chl-a fluorescence","129 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Achnathidium minutissimum","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC50","Growth rate: Chl-a fluorescence","748 µg/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Cyclotella meneghiniana","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC5","Growth rate: Chl-a fluorescence","58 µg/L","Microalgae","Bacillariophyta","Mediophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
["Freshwater/non-metal/plant","161002",74,0.84090909090909094,"The highest possible grade for this datum is acceptable.","Cyclotella meneghiniana","8-10 day in exponential growth phase (10000 cells/mL)","96 hour","EC50","Growth rate: Chl-a fluorescence","812 µg/L","Microalgae","Bacillariophyta","Mediophyceae","DV growth media","Not stated","Chronic","Not stated","N.A.","Larras,F., A. Bouchez, F. Rimet, and B. Montuelle 2012, 'Using Bioassays and Species Sensitivity Distributions to Assess Herbicide Toxicity Towards Benthic Diatoms', PLoS One 7(8): 1-9.",161002,null,null,"Atrazine 99.9% purity"]
[]
["MEW/nonplant","160499-JF",83,0.76,null,"Psetta maxima","Embryo (normally developed)","48 hour","NOEC","Mortality","1250 µg/L","Turbot","Chordata","Actinopterygii","Filtered sea water","18 ± 1","Acute ","8.29 ± 0.11","34.20 ± 0.15","Lazhar,M., T. Hela, B. Moncef, and A. Neji 2012, 'Toxicity of Three Selected Pesticides (Alachlor, Atrazine and Diuron) to the Marine Fish (Turbot Psetta maxima)', Afr. J. Biotechnol.11(51): 11321-11328.",160499,null,null,"Technical grade atrazine (97.5% purity)"]
["MEW/nonplant","160499-JF",83,0.76,null,"Psetta maxima","Embryo (normally developed)","48 hour","LOEC","Mortality","2500 µg/L","Turbot","Chordata","Actinopterygii","Filtered sea water","18 ± 1","Acute ","8.29 ± 0.11","34.20 ± 0.15","Lazhar,M., T. Hela, B. Moncef, and A. Neji 2012, 'Toxicity of Three Selected Pesticides (Alachlor, Atrazine and Diuron) to the Marine Fish (Turbot Psetta maxima)', Afr. J. Biotechnol.11(51): 11321-11328.",160499,null,null,"Technical grade atrazine (97.5% purity)"]
["MEW/nonplant","160499-JF",83,0.76,null,"Psetta maxima","Embryo (normally developed)","48 hour","LC10","Mortality","2987 µg/L","Turbot","Chordata","Actinopterygii","Filtered sea water","18 ± 1","Acute ","8.29 ± 0.11","34.20 ± 0.15","Lazhar,M., T. Hela, B. Moncef, and A. Neji 2012, 'Toxicity of Three Selected Pesticides (Alachlor, Atrazine and Diuron) to the Marine Fish (Turbot Psetta maxima)', Afr. J. Biotechnol.11(51): 11321-11328.",160499,null,null,"Technical grade atrazine (97.5% purity)"]
["MEW/nonplant","160499-JF",83,0.76,null,"Psetta maxima","Embryo (normally developed)","48 hour","LC50","Mortality","11873 µg/L","Turbot","Chordata","Actinopterygii","Filtered sea water","18 ± 1","Acute ","8.29 ± 0.11","34.20 ± 0.15","Lazhar,M., T. Hela, B. Moncef, and A. Neji 2012, 'Toxicity of Three Selected Pesticides (Alachlor, Atrazine and Diuron) to the Marine Fish (Turbot Psetta maxima)', Afr. J. Biotechnol.11(51): 11321-11328.",160499,null,null,"Technical grade atrazine (97.5% purity)"]
["MEW/nonplant","160499-JF",83,0.76,null,"Psetta maxima","Larval","96 hour","NOEC","Mortality","625 µg/L","Turbot","Chordata","Actinopterygii","Filtered sea water","18 ± 1","Acute ","8.29 ± 0.11","34.20 ± 0.15","Lazhar,M., T. Hela, B. Moncef, and A. Neji 2012, 'Toxicity of Three Selected Pesticides (Alachlor, Atrazine and Diuron) to the Marine Fish (Turbot Psetta maxima)', Afr. J. Biotechnol.11(51): 11321-11328.",160499,"Tests were run for 6 days. The effects of the toxicants on the turbot embryos and larvae were observed daily throughout the 6 days exposure period (from 0 to 2 days embryonic exposure and from 2 to 6 days larval exposure). The number of dead eggs/embryos was recorded 48 h after incubation.",null,"Technical grade atrazine (97.5% purity)"]
["MEW/nonplant","160499-JF",83,0.76,null,"Psetta maxima","Larval","96 hour","LOEC","Mortality","1250 µg/L","Turbot","Chordata","Actinopterygii","Filtered sea water","18 ± 1","Acute ","8.29 ± 0.11","34.20 ± 0.15","Lazhar,M., T. Hela, B. Moncef, and A. Neji 2012, 'Toxicity of Three Selected Pesticides (Alachlor, Atrazine and Diuron) to the Marine Fish (Turbot Psetta maxima)', Afr. J. Biotechnol.11(51): 11321-11328.",160499,null,null,"Technical grade atrazine (97.5% purity)"]
["MEW/nonplant","160499-JF",83,0.76,null,"Psetta maxima","Larval","96 hour","LC10","Mortality","1753 µg/L","Turbot","Chordata","Actinopterygii","Filtered sea water","18 ± 1","Acute ","8.29 ± 0.11","34.20 ± 0.15","Lazhar,M., T. Hela, B. Moncef, and A. Neji 2012, 'Toxicity of Three Selected Pesticides (Alachlor, Atrazine and Diuron) to the Marine Fish (Turbot Psetta maxima)', Afr. J. Biotechnol.11(51): 11321-11328.",160499,null,null,"Technical grade atrazine (97.5% purity)"]
["MEW/nonplant","160499-JF",83,0.76,null,"Psetta maxima","Larval","96 hour","LC50","Mortality","9957 µg/L","Turbot","Chordata","Actinopterygii","Filtered sea water","18 ± 1","Acute ","8.29 ± 0.11","34.20 ± 0.15","Lazhar,M., T. Hela, B. Moncef, and A. Neji 2012, 'Toxicity of Three Selected Pesticides (Alachlor, Atrazine and Diuron) to the Marine Fish (Turbot Psetta maxima)', Afr. J. Biotechnol.11(51): 11321-11328.",160499,null,null,"Technical grade atrazine (97.5% purity)"]
["MEW/nonplant","160499-JF",83,0.76,null,"Psetta maxima","Embryo (normally developed)","48 hour","LOEC","Hatching success","2500ug/L","Turbot","Chordata","Actinopterygii","Filtered sea water","18 ± 1","Acute ","8.29 ± 0.11","34.20 ± 0.15","Lazhar,M., T. Hela, B. Moncef, and A. Neji 2012, 'Toxicity of Three Selected Pesticides (Alachlor, Atrazine and Diuron) to the Marine Fish (Turbot Psetta maxima)', Afr. J. Biotechnol.11(51): 11321-11328.",160499,null,null,"Technical grade atrazine (97.5% purity)"]
["MEW/nonplant","160499-JF",83,0.76,null,"Psetta maxima","Embryo (normally developed)","48 hour","NOEC","Hatching success","1250ug/L","Turbot","Chordata","Actinopterygii","Filtered sea water","18 ± 1","Acute ","8.29 ± 0.11","34.20 ± 0.15","Lazhar,M., T. Hela, B. Moncef, and A. Neji 2012, 'Toxicity of Three Selected Pesticides (Alachlor, Atrazine and Diuron) to the Marine Fish (Turbot Psetta maxima)', Afr. J. Biotechnol.11(51): 11321-11328.",160499,null,null,"Technical grade atrazine (97.5% purity)"]
[]
["Freshwater/non-metal/non- plant","160292",83,0.91208791208791207,null,"Psetta maxima","Embryo","48 hour","NOEC","Mortality","1250 µg.L","Turbot","Chordata","Actinopterygii","Filtered marine water",18,"Acute ",8.2899999999999991,"N.A.","Mhadhbi,L., and R. Beiras 2012, 'Acute Toxicity of Seven Selected Pesticides (Alachlor, Atrazine, Dieldrin, Diuron, Pirimiphos-Methyl, Chlorpyrifos, Diazinon) to the Marine Fish (Turbot, Psetta maxima)', Water Air Soil Pollut.223(9): 5917-5930.",160292,null,null,"Do Not Use - Results are doubled up from Lazhar et al. 2012 (160499) above"]
["Freshwater/non-metal/non- plant","160292",83,0.91208791208791207,null,"Psetta maxima","Embryo","48 hour","LOEC","Mortality","2500 µg.L","Turbot","Chordata","Actinopterygii","Filtered marine water",18,"Acute ",8.2899999999999991,"N.A.","Mhadhbi,L., and R. Beiras 2012, 'Acute Toxicity of Seven Selected Pesticides (Alachlor, Atrazine, Dieldrin, Diuron, Pirimiphos-Methyl, Chlorpyrifos, Diazinon) to the Marine Fish (Turbot, Psetta maxima)', Water Air Soil Pollut.223(9): 5917-5930.",160292,null,null,"Do Not Use - Results are doubled up from Lazhar et al. 2012 (160499) above"]
["Freshwater/non-metal/non- plant","160292",83,0.91208791208791207,null,"Psetta maxima","Embryo","48 hour","LC10","Mortality","2987 µg.L","Turbot","Chordata","Actinopterygii","Filtered marine water",18,"Acute ",8.2899999999999991,"N.A.","Mhadhbi,L., and R. Beiras 2012, 'Acute Toxicity of Seven Selected Pesticides (Alachlor, Atrazine, Dieldrin, Diuron, Pirimiphos-Methyl, Chlorpyrifos, Diazinon) to the Marine Fish (Turbot, Psetta maxima)', Water Air Soil Pollut.223(9): 5917-5930.",160292,null,null,"Do Not Use - Results are doubled up from Lazhar et al. 2012 (160499) above"]
["Freshwater/non-metal/non- plant","160292",83,0.91208791208791207,null,"Psetta maxima","Embryo","48 hour","LC50","Mortality","11873 µg.L","Turbot","Chordata","Actinopterygii","Filtered marine water",18,"Acute ",8.2899999999999991,"N.A.","Mhadhbi,L., and R. Beiras 2012, 'Acute Toxicity of Seven Selected Pesticides (Alachlor, Atrazine, Dieldrin, Diuron, Pirimiphos-Methyl, Chlorpyrifos, Diazinon) to the Marine Fish (Turbot, Psetta maxima)', Water Air Soil Pollut.223(9): 5917-5930.",160292,null,null,"Do Not Use - Results are doubled up from Lazhar et al. 2012 (160499) above"]
["Freshwater/non-metal/non- plant","160292",83,0.91208791208791207,null,"Psetta maxima","Larval","96 hour","NOEC","Mortality","625 µg/L","Turbot","Chordata","Actinopterygii","Filtered marine water",18,"Acute ",8.2899999999999991,"N.A.","Mhadhbi,L., and R. Beiras 2012, 'Acute Toxicity of Seven Selected Pesticides (Alachlor, Atrazine, Dieldrin, Diuron, Pirimiphos-Methyl, Chlorpyrifos, Diazinon) to the Marine Fish (Turbot, Psetta maxima)', Water Air Soil Pollut.223(9): 5917-5930.",160292,null,null,"Do Not Use - Results are doubled up from Lazhar et al. 2012 (160499) above"]
["Freshwater/non-metal/non- plant","160292",83,0.91208791208791207,null,"Psetta maxima","Larval","96 hour","LOEC","Mortality","1250 µg/L","Turbot","Chordata","Actinopterygii","Filtered marine water",18,"Acute ",8.2899999999999991,"N.A.","Mhadhbi,L., and R. Beiras 2012, 'Acute Toxicity of Seven Selected Pesticides (Alachlor, Atrazine, Dieldrin, Diuron, Pirimiphos-Methyl, Chlorpyrifos, Diazinon) to the Marine Fish (Turbot, Psetta maxima)', Water Air Soil Pollut.223(9): 5917-5930.",160292,null,null,"Do Not Use - Results are doubled up from Lazhar et al. 2012 (160499) above"]
["Freshwater/non-metal/non- plant","160292",83,0.91208791208791207,null,"Psetta maxima","Larval","96 hour","LC10","Mortality","1753 µg/L","Turbot","Chordata","Actinopterygii","Filtered marine water",18,"Acute ",8.2899999999999991,"N.A.","Mhadhbi,L., and R. Beiras 2012, 'Acute Toxicity of Seven Selected Pesticides (Alachlor, Atrazine, Dieldrin, Diuron, Pirimiphos-Methyl, Chlorpyrifos, Diazinon) to the Marine Fish (Turbot, Psetta maxima)', Water Air Soil Pollut.223(9): 5917-5930.",160292,null,null,"Do Not Use - Results are doubled up from Lazhar et al. 2012 (160499) above"]
["Freshwater/non-metal/non- plant","160292",83,0.91208791208791207,null,"Psetta maxima","Larval","96 hour","LC50","Mortality","9957 µg/L","Turbot","Chordata","Actinopterygii","Filtered marine water",18,"Acute ",8.2899999999999991,"N.A.","Mhadhbi,L., and R. Beiras 2012, 'Acute Toxicity of Seven Selected Pesticides (Alachlor, Atrazine, Dieldrin, Diuron, Pirimiphos-Methyl, Chlorpyrifos, Diazinon) to the Marine Fish (Turbot, Psetta maxima)', Water Air Soil Pollut.223(9): 5917-5930.",160292,null,null,"Do Not Use - Results are doubled up from Lazhar et al. 2012 (160499) above"]
[]
["Freshwater/non-metal/non- plant","161769",58,0.63736263736263732,"","Gasterosteus aculeatus","Larvae <24hr","42 days","NOEC","Growth: wet weight","100 µg/L","Fish","Chordata","Actinopterygii","Aerated IML seawater",18,"Chronic","Not stated","N.A.","Le Mer,C., R.L. Roy, J. Pellerin, C.M. Couillard, and D. Maltais 2013, 'Effects of Chronic Exposures to the Herbicides Atrazine and Glyphosate to Larvae of the Threespine Stickleback (Gasterosteus aculeatus)', Ecotoxicol. Environ. Saf.89(0): 174-181.",161769,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","161769",58,0.63736263736263732,"","Gasterosteus aculeatus","Larvae <24hr","42 days","NOEC","Growth: length","100 µg/L","Fish","Chordata","Actinopterygii","Aerated IML seawater",18,"Chronic","Not stated","N.A.","Le Mer,C., R.L. Roy, J. Pellerin, C.M. Couillard, and D. Maltais 2013, 'Effects of Chronic Exposures to the Herbicides Atrazine and Glyphosate to Larvae of the Threespine Stickleback (Gasterosteus aculeatus)', Ecotoxicol. Environ. Saf.89(0): 174-181.",161769,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","161769-QC1",64,0.70329670329670335,"Toxicity value is highest concentration tested","Gasterosteus aculeatus","Larvae <24hr","42 days","NOEC","Growth: wet weight","90 ug/L","Fish","Chordata","Actinopterygii","Aerated IML seawater",18,"Chronic","Not stated","N.A.","Le Mer,C., R.L. Roy, J. Pellerin, C.M. Couillard, and D. Maltais 2013, 'Effects of Chronic Exposures to the Herbicides Atrazine and Glyphosate to Larvae of the Threespine Stickleback (Gasterosteus aculeatus)', Ecotoxicol. Environ. Saf.89(0): 174-181.\n",161769,"Measured concentration. Nominal concentration = 100 ug/L",null,"Atrazine >97.5%"]
["Freshwater/non-metal/non- plant","161769-QC2",64,0.70329670329670335,"Toxicity value is highest concentration tested","Gasterosteus aculeatus","Larvae <24hr","42 days","NOEC","Growth: wet weight","89 ug/L","Fish","Chordata","Actinopterygii","Aerated IML seawater",18,"Chronic","Not stated","N.A.","Le Mer,C., R.L. Roy, J. Pellerin, C.M. Couillard, and D. Maltais 2013, 'Effects of Chronic Exposures to the Herbicides Atrazine and Glyphosate to Larvae of the Threespine Stickleback (Gasterosteus aculeatus)', Ecotoxicol. Environ. Saf.89(0): 174-181.\n",161769,null,null,"Atrazine >97.5%"]
["Freshwater/non-metal/non- plant","161769-QC3",64,0.70329670329670335,"Toxicity value is highest concentration tested","Gasterosteus aculeatus","Larvae <24hr","42 days","NOEC","Growth: length","89 ug/L","Fish","Chordata","Actinopterygii","Aerated IML seawater",18,"Chronic","Not stated","N.A.","Le Mer,C., R.L. Roy, J. Pellerin, C.M. Couillard, and D. Maltais 2013, 'Effects of Chronic Exposures to the Herbicides Atrazine and Glyphosate to Larvae of the Threespine Stickleback (Gasterosteus aculeatus)', Ecotoxicol. Environ. Saf.89(0): 174-181.\n",161769,null,null,"Atrazine >97.5%"]
["Freshwater/non-metal/non- plant","161769-QC3",64,0.70329670329670335,"Toxicity value is highest concentration tested","Gasterosteus aculeatus","Larvae <24hr","42 days","NOEC","Growth: length","90 ug/L","Fish","Chordata","Actinopterygii","Aerated IML seawater",18,"Chronic","Not stated","N.A.","Le Mer,C., R.L. Roy, J. Pellerin, C.M. Couillard, and D. Maltais 2013, 'Effects of Chronic Exposures to the Herbicides Atrazine and Glyphosate to Larvae of the Threespine Stickleback (Gasterosteus aculeatus)', Ecotoxicol. Environ. Saf.89(0): 174-181.\n",161769,null,null,"Atrazine >97.5%"]
[]
["Freshwater/non-metal/non- plant","167650",52,0.5714285714285714,null,"Danio rerio","Embryo (72 hours post-fertilisation)","24 hour","LC10","Mortality","36670 µg/L","Zebra Fish","Chordata","Actinopterygii","Embryo medium",28,"Acute ","Not stated","N.A.","Lee,H.C., P.N. Lu, H.L. Huang, C. Chu, H.P. Li, and H.J. Tsai 2014, 'Zebrafish Transgenic Line huORFZ is an Effective Living Bioindicator for Detecting Environmental Toxicants', PLoS One9(3): 12 p.",167650,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","167650-QC1",49,0.53846153846153844,null,"Danio rerio","Embryo (72 hours post-fertilisation)","24 hour","LC10","Mortality","36.67 mg/L","Zebra Fish","Chordata","Actinopterygii","Embryo medium",28,"Acute ","Not stated","N.A.","Lee,H.C., P.N. Lu, H.L. Huang, C. Chu, H.P. Li, and H.J. Tsai 2014, 'Zebrafish Transgenic Line huORFZ is an Effective Living Bioindicator for Detecting Environmental Toxicants', PLoS One9(3): 12 p.",167650,null,null,"Unknown purity - Do Not Use"]
["Freshwater/non-metal/non- plant","167650",52,0.5714285714285714,null,"Danio rerio","Embryo (72 hours post-fertilisation)","24 hour","LC50","Mortality","40.98mg/L","Zebra Fish","Chordata","Actinopterygii","Embryo medium",28,"Acute ","Not stated","N.A.","Lee,H.C., P.N. Lu, H.L. Huang, C. Chu, H.P. Li, and H.J. Tsai 2014, 'Zebrafish Transgenic Line huORFZ is an Effective Living Bioindicator for Detecting Environmental Toxicants', PLoS One9(3): 12 p.",167650,null,null,"Unknown purity - Do Not Use"]
["Freshwater/non-metal/non- plant","167650",52,0.5714285714285714,null,"Danio rerio","Embryo (72 hours post-fertilisation)","24 hour","LC90","Mortality","49.61mg/L","Zebra Fish","Chordata","Actinopterygii","Embryo medium",28,"Acute ","Not stated","N.A.","Lee,H.C., P.N. Lu, H.L. Huang, C. Chu, H.P. Li, and H.J. Tsai 2014, 'Zebrafish Transgenic Line huORFZ is an Effective Living Bioindicator for Detecting Environmental Toxicants', PLoS One9(3): 12 p.",167650,null,null,"Do Not Use - LC90 too high."]
[]
["Freshwater/non-metal/non- plant","165275",50,0.5494505494505495,null,"Cyprinus carpio","Not stated","40 days","NOEC","Mortality","428 µg/L","Common Carp","Chordata","Actinopterygii","Decholorinated tap water","20±1","Chronic","7.4 ± 0.2","N.A.","Liu,T., Z. Zhang, D. Chen, L. Wang, H. Yao, F. Zhao, H. Xing, and S. Xu 2013, 'Effect of Atrazine and Chlorpyrifos Exposure on Heat Shock Protein Response in the Brain of Common Carp (Cyprinus carpio L.)', Pestic. Biochem. Physiol.107(2): 277-283.",165275,null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","165275-QC1",44,0.48351648351648352,null,"Cyprinus carpio","Not stated.","40 days","LC0","Mortality","428 ug/L","Common Carp","Chordata","Actinopterygii","Decholorinated tap water","20±1","Chronic","7.4 ± 0.2","N.A.","Liu,T., Z. Zhang, D. Chen, L. Wang, H. Yao, F. Zhao, H. Xing, and S. Xu 2013, 'Effect of Atrazine and Chlorpyrifos Exposure on Heat Shock Protein Response in the Brain of Common Carp (Cyprinus carpio L.)', Pestic. Biochem. Physiol.107(2): 277-283.",165275,null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/non- plant","160585",50,0.54945054945054905,null,"Brachionus calyciflorus","Not stated","24 hour","NOEC","Mortality","1280 µg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Acute ","N.A.","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.",160585,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","160585",50,0.54945054945054905,null,"Brachionus calyciflorus","Not stated","24 hour","LOEC","Mortality","5120 µg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Acute ","N.A.","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.",160585,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","160585",50,0.54945054945054905,null,"Brachionus calyciflorus","Not stated","24 hour","LC50","Mortality","39200 µg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Acute ","N.A.","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.",160585,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","160585",59,0.64835164835164838,null,"Brachionus calyciflorus","<4 hours (newly hatched neonates)","7 days","NOEC","Resting eggs","80 µg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Chronic","N.A.","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.",160585,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","160585",59,0.64835164835164838,null,"Brachionus calyciflorus","<4 hours (newly hatched neonates)","7 days","LOEC","Resting eggs","320 µg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Chronic","N.A.","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.",160585,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","160585-QC1",48,0.52747252747252749,null,"Brachionus calyciflorus","<4 hours (newly hatched neonates)","72 hours","NOEC","Mictic rate: sexual","0.32mg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Acute ","Not stated","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.",160585,null,null,"Analytical purity 98.8%"]
["Freshwater/non-metal/non- plant","160585-QC1",48,0.52747252747252749,null,"Brachionus calyciflorus","<4 hours (newly hatched neonates)","72 hours","LOEC","Mictic rate: sexual","1.28mg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Acute ","Not stated","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.",160585,null,null,"Analytical purity 98.8%"]
["Freshwater/non-metal/non- plant","160585-QC1",48,0.52747252747252749,null,"Brachionus calyciflorus","<4 hours (newly hatched neonates)","24 hour","LC50","Mortality","39.2 mg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Acute ","Not stated","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.\n",160585,null,null,"Analytical purity 98.8%"]
["Freshwater/non-metal/non- plant","160585-QC2",51,0.56043956043956045,null,"Brachionus calyciflorus","<4 hours (newly hatched neonates)","24 hour","NOEC","Mortality","1.28 mg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Acute ","Not stated","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.\n",160585,null,null,"Analytical purity 98.8%"]
["Freshwater/non-metal/non- plant","160585-QC2",51,0.56043956043956045,null,"Brachionus calyciflorus","<4 hours (newly hatched neonates)","24 hour","LOEC","Mortality","5.12mg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Acute ","Not stated","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.\n",160585,null,null,"Analytical purity 98.8%"]
["Freshwater/non-metal/non- plant","160585-QC2",51,0.56043956043956045,null,"Brachionus calyciflorus","<4 hours (newly hatched neonates)","48 hour","NOEC","Population growth rate: asexual ","1.28mg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Acute ","Not stated","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.\n",160585,null,null,"Analytical purity 98.8%"]
["Freshwater/non-metal/non- plant","160585-QC2",51,0.56043956043956045,null,"Brachionus calyciflorus","<4 hours (newly hatched neonates)","48 hour","LOEC","Population growth rate: asexual ","5.12mg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Acute ","Not stated","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.\n",160585,null,null,"Analytical purity 98.8%"]
["Freshwater/non-metal/non- plant","160585-QC3",51,0.56043956043956045,null,"Brachionus calyciflorus","<4 hours (newly hatched neonates)","7 days","NOEC","Resting egg production","0.08mg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Chronic","Not stated","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.",160585,null,null,"Analytical purity 98.8%"]
["Freshwater/non-metal/non- plant","160585-QC3",51,0.56043956043956045,null,"Brachionus calyciflorus","<4 hours (newly hatched neonates)","7 days","LOEC","Resting egg production","0.32mg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Chronic","Not stated","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.",160585,null,null,"Analytical purity 98.8%"]
["Freshwater/non-metal/non- plant","160585-QC1",48,0.52747252747252749,null,"Brachionus calyciflorus","Embryo","72 hours","NOEC","Resting egg hatch rate","0.08mg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Acute ","Not stated","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.",160585,null,null,"Analytical purity 98.8%"]
["Freshwater/non-metal/non- plant","160585-QC1",48,0.52747252747252749,null,"Brachionus calyciflorus","Embryo","72 hours","LOEC","Resting egg hatch rate","0.32mg/L","Microinvertebrate","Rotifera","Eurotatoria","EPA moderately hard water medium","25±1","Acute ","Not stated","N.A.","Lu,Z., B. Zhao, J. Yang, and T.W. Snell 2012, 'Effects of Atrazine and Carbaryl on Growth and Reproduction of the Rotifer Brachionus calyciflorus Pallas', J. Freshw. Ecol.27(4): 527-537.",160585,null,null,"Analytical purity 98.8%"]
[]
["Freshwater/non-metal/plant","165395",47,0.53409090909090906,null,"Acorus calamus L.","Not stated","7 days","EC50","Plant growth inhibition","24300 µg/L","Flowering plants","Tracheophyta",null,"Hoagland's media","26±1°C","Chronic","Not stated","N.A.","Marecik,R., W. Bialas, P. Cyplik, L. Lawniczak, and L. Chrzanowski 2012, 'Phytoremediation Potential of Three Wetland Plant Species Toward Atrazine in Environmentally Relevant Concentrations', Pol. J. Environ. Stud.21(3): 697-702.",165395,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","165395-QC1",44,0.5,null,"Acorus calamus L.","Not stated","7 days","EC50","Growth inhibition: Wet biomass","24.3 mg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","26±1","Chronic","Not stated","N.A.","Marecik,R., W. Bialas, P. Cyplik, L. Lawniczak, and L. Chrzanowski 2012, 'Phytoremediation Potential of Three Wetland Plant Species Toward Atrazine in Environmentally Relevant Concentrations', Pol. J. Environ. Stud.21(3): 697-702.\n",165395,null,null,"Unknown purity - Do Not Use"]
["Freshwater/non-metal/plant","165395-QC1",44,0.5,null,"Typha latifolia L.","Not stated","7 days","EC50","Growth inhibition: Wet biomass","8.76mg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","26±1","Chronic","Not stated","N.A.","Marecik,R., W. Bialas, P. Cyplik, L. Lawniczak, and L. Chrzanowski 2012, 'Phytoremediation Potential of Three Wetland Plant Species Toward Atrazine in Environmentally Relevant Concentrations', Pol. J. Environ. Stud.21(3): 697-702.",165395,null,null,"Unknown purity - Do Not Use"]
["Freshwater/non-metal/plant","165395-QC1",44,0.5,null,"Typha angustifolia L.","Not stated","7 days","EC50","Growth inhibition: Wet biomass","5.24mg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's media","26±1","Chronic","Not stated","N.A.","Marecik,R., W. Bialas, P. Cyplik, L. Lawniczak, and L. Chrzanowski 2012, 'Phytoremediation Potential of Three Wetland Plant Species Toward Atrazine in Environmentally Relevant Concentrations', Pol. J. Environ. Stud.21(3): 697-702.",165395,null,null,"Unknown purity - Do Not Use"]
[]
["Freshwater/non-metal/non- plant","987-1",50,0.5494505494505495,null,"Rhamdia quelen","Juveniles","96 hour","NOEC","Mortality","100 ug/L","Catfish","Chordata","Actinopterygii","Decholorinated tap water","25±1°C","Acute ","7.2 ± 0.2","N.A.","Mela,M., I.C. Guiloski, H.B. Doria, M.A.F. Randi, C.A. De Oliveira Ribeiro, L. Pereira, A.C. Maraschi, V. Prodocimo, C.A (2013). Effects of the Herbicide Atrazine in Neotropical Catfish (Rhamdia quelen), Ecotoxicol. Environ. Saf.93:13-21.",987,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","987-QC1",48,0.52747252747252749,null,"Rhamdia quelen","Juvenile + 30 days (30g)","96 hour","NOEC","Mortality","100 ug/L","Catfish","Chordata","Actinopterygii","Decholorinated  water","25±1","Acute ","7.2 ± 0.2","N.A.","Mela,M., I.C. Guiloski, H.B. Doria, M.A.F. Randi, C.A. De Oliveira Ribeiro, L. Pereira, A.C. Maraschi, V. Prodocimo, C.A (2013). Effects of the Herbicide Atrazine in Neotropical Catfish (Rhamdia quelen), Ecotoxicol. Environ. Saf.93:13-21.",987,null,null,"Unknown purity - Do Not Use"]
[]
["Freshwater/non-metal/non- plant","165346",57,0.62637362637362637,null,"Carassius auratus","Not stated.","96 hour","LC50","Mortality","105.94 µg/L","Goldfish","Chordata","Actinopterygii","Dechlorinated and gently aerated tap water","20±1°C","Chronic","7.0-7.5","N.A.","Meng et al 2011, 'Effect of Atrazine on Antioxidant Enzyme and Its Bioaccumulation in Kidney of Crucian Carp, Carassius auratus', J. Northeast Agric. Univ.18(3): 16-21.",165346,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165346-QC",25,0.27472527472527475,null,"Carassius auratus","Not stated","96h","LC50","Mortality","105.95 mg/L","Goldfish","Chordata","Actinopterygii","Dechlorinated and gently aerated tap water","N.A.","Acute ","N.A.","N.A.","Meng et al 2011, 'Effect of Atrazine on Antioxidant Enzyme and Its Bioaccumulation in Kidney of Crucian Carp, Carassius auratus', J. Northeast Agric. Univ.18(3): 16-21.",165346,null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/non- plant","161076",57,0.62637362637362637,null,"Prochilodus lineatus","Juveniles","48 hour","NOEC","Mortality","25 µg/L","Fish","Chordata","Actinopterygii","Dechlorinated aerated tapwater.","24±2°C","Acute ","7.1-7.4","N.A.","Paulino,M.G., M.M. Sakuragui, and M.N. Fernandes 2012, 'Effects of Atrazine on the Gill Cells and Ionic Balance in a Neotropical Fish, Prochilodus lineatus', Chemosphere86(1): 1-7.",161076,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","161076",57,0.62637362637362637,null,"Prochilodus lineatus","Juveniles","14 days","NOEC","Mortality","25 µg/L","Fish","Chordata","Actinopterygii","Dechlorinated aerated tapwater.","24±2°C","Subchronic","7.1-7.4","N.A.","Paulino,M.G., M.M. Sakuragui, and M.N. Fernandes 2012, 'Effects of Atrazine on the Gill Cells and Ionic Balance in a Neotropical Fish, Prochilodus lineatus', Chemosphere86(1): 1-7.",161076,null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","161076-QC",37,0.40659340659340659,null,"Prochilodus lineatus","Juvenile + 30 days","48 hour","N.A.","Sub lethal endpoints only",0,"Fish","Chordata","Actinopterygii","Dechlorinated aerated tapwater.","24±2°C","Acute ","7.1-7.4","N.A.","Paulino,M.G., M.M. Sakuragui, and M.N. Fernandes 2012, 'Effects of Atrazine on the Gill Cells and Ionic Balance in a Neotropical Fish, Prochilodus lineatus', Chemosphere86(1): 1-7.",161076,null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/plant","161044",58,0.65909090909090906,null,"Lemna perpusilla","Healthy colonies containing 2 fronds of approximately equal size","96 hour","EC50","Growth inhibition: Growth rate","13487 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's nutrient media","25+2","Acute ","Not stated","N.A.","Phewnil,O.A., N. Tungkananurak, S. Panichsakpatana, and B. Pitiyont 2012, 'Phytotoxicity of Atrazine Herbicide to Fresh Water Macrophyte Duckweed (Lemna perpusilla Torr.) in Thailand', Environ. Nat. Resour. Res.10(1): 16-27.",161044,null,null,"Do Not Use - Paper doesn’t specify how growth was measured for the EC50"]
["Freshwater/non-metal/plant","161044",58,0.65909090909090906,null,"Lemna perpusilla","Healthy colonies containing 2 fronds of approximately equal size","96 hour","EC90","Growth inhibition: Growth rate","49851 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's nutrient media","25+2","Acute ","Not stated","N.A.","Phewnil,O.A., N. Tungkananurak, S. Panichsakpatana, and B. Pitiyont 2012, 'Phytotoxicity of Atrazine Herbicide to Fresh Water Macrophyte Duckweed (Lemna perpusilla Torr.) in Thailand', Environ. Nat. Resour. Res.10(1): 16-27.",161044,null,null,"Do Not Use - EC90 too high."]
["Freshwater/non-metal/plant","161044",58,0.65909090909090906,"Toxicity value is highest concentration tested","Lemna perpusilla","Healthy colonies containing 2 fronds of approximately equal size","7 days","NOEC","Growth inhibition: Frond area","2500ug/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's nutrient media","25+2","Chronic","Not stated","N.A.","Phewnil,O.A., N. Tungkananurak, S. Panichsakpatana, and B. Pitiyont 2012, 'Phytotoxicity of Atrazine Herbicide to Fresh Water Macrophyte Duckweed (Lemna perpusilla Torr.) in Thailand', Environ. Nat. Resour. Res.10(1): 16-27.",161044,null,null,"Unknown purity - Do Not Use"]
["Freshwater/non-metal/plant","161044",58,0.65909090909090906,"Toxicity value is highest concentration tested","Lemna perpusilla","Healthy colonies containing 2 fronds of approximately equal size","7 days","LOEC","Growth inhibition: Frond number","2500ug/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's nutrient media","25+2","Chronic","Not stated","N.A.","Phewnil,O.A., N. Tungkananurak, S. Panichsakpatana, and B. Pitiyont 2012, 'Phytotoxicity of Atrazine Herbicide to Fresh Water Macrophyte Duckweed (Lemna perpusilla Torr.) in Thailand', Environ. Nat. Resour. Res.10(1): 16-27.",161044,null,null,"Unknown purity - Do Not Use"]
["Freshwater/non-metal/plant","161044",58,0.65909090909090906,"Toxicity value is highest concentration tested","Lemna perpusilla","Healthy colonies containing 2 fronds of approximately equal size","7 days","NOEC","Growth inhibition: Frond number","250ug/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's nutrient media","25+2","Chronic","Not stated","N.A.","Phewnil,O.A., N. Tungkananurak, S. Panichsakpatana, and B. Pitiyont 2012, 'Phytotoxicity of Atrazine Herbicide to Fresh Water Macrophyte Duckweed (Lemna perpusilla Torr.) in Thailand', Environ. Nat. Resour. Res.10(1): 16-27.",161044,null,null,"Unknown purity - Do Not Use"]
["Freshwater/non-metal/plant","161044",58,0.65909090909090906,"Toxicity value is highest concentration tested","Lemna perpusilla","Healthy colonies containing 2 fronds of approximately equal size","7 days","LOEC","Chl-a/b content: Density ","2500ug/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's nutrient media","25+2","Chronic","Not stated","N.A.","Phewnil,O.A., N. Tungkananurak, S. Panichsakpatana, and B. Pitiyont 2012, 'Phytotoxicity of Atrazine Herbicide to Fresh Water Macrophyte Duckweed (Lemna perpusilla Torr.) in Thailand', Environ. Nat. Resour. Res.10(1): 16-27.",161044,null,null,"Unknown purity - Do Not Use"]
["Freshwater/non-metal/plant","161044",58,0.65909090909090906,"Toxicity value is highest concentration tested","Lemna perpusilla","Healthy colonies containing 2 fronds of approximately equal size","7 days","NOEC","Chl-a/b content: Density ","250ug/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's nutrient media","25+2","Chronic","Not stated","N.A.","Phewnil,O.A., N. Tungkananurak, S. Panichsakpatana, and B. Pitiyont 2012, 'Phytotoxicity of Atrazine Herbicide to Fresh Water Macrophyte Duckweed (Lemna perpusilla Torr.) in Thailand', Environ. Nat. Resour. Res.10(1): 16-27.",161044,null,null,"Unknown purity - Do Not Use"]
["Freshwater/non-metal/plant","161044",58,0.65909090909090906,"Toxicity value is highest concentration tested","Lemna perpusilla","Healthy colonies containing 2 fronds of approximately equal size","7 days","LOEC","Growth inhibition: Biomass Dry weight","2500ug/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's nutrient media","25+2","Chronic","Not stated","N.A.","Phewnil,O.A., N. Tungkananurak, S. Panichsakpatana, and B. Pitiyont 2012, 'Phytotoxicity of Atrazine Herbicide to Fresh Water Macrophyte Duckweed (Lemna perpusilla Torr.) in Thailand', Environ. Nat. Resour. Res.10(1): 16-27.",161044,null,null,"Unknown purity - Do Not Use"]
["Freshwater/non-metal/plant","161044",58,0.65909090909090906,"Toxicity value is highest concentration tested","Lemna perpusilla","Healthy colonies containing 2 fronds of approximately equal size","7 days","NOEC","Growth inhibition: Biomass Dry weight","250ug/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's nutrient media","25+2","Chronic","Not stated","N.A.","Phewnil,O.A., N. Tungkananurak, S. Panichsakpatana, and B. Pitiyont 2012, 'Phytotoxicity of Atrazine Herbicide to Fresh Water Macrophyte Duckweed (Lemna perpusilla Torr.) in Thailand', Environ. Nat. Resour. Res.10(1): 16-27.",161044,null,null,"Unknown purity - Do Not Use"]
["Freshwater/non-metal/plant","161044","OK added this data point in",null,"Toxicity value is highest concentration tested","Lemna perpusilla","Healthy colonies containing 2 fronds of approximately equal size","7 days","LOEC","Growth inhibition: Biomass Fresh weight","2500ug/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's nutrient media","25+2","Chronic","Not stated","N.A.","Phewnil,O.A., N. Tungkananurak, S. Panichsakpatana, and B. Pitiyont 2012, 'Phytotoxicity of Atrazine Herbicide to Fresh Water Macrophyte Duckweed (Lemna perpusilla Torr.) in Thailand', Environ. Nat. Resour. Res.10(1): 16-27.",161044,null,null,"Unknown purity - Do Not Use"]
["Freshwater/non-metal/plant","161044","OK added this data point in",null,"Toxicity value is highest concentration tested","Lemna perpusilla","Healthy colonies containing 2 fronds of approximately equal size","7 days","NOEC","Growth inhibition: Biomass Fresh weight","250ug/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's nutrient media","25+2","Chronic","Not stated","N.A.","Phewnil,O.A., N. Tungkananurak, S. Panichsakpatana, and B. Pitiyont 2012, 'Phytotoxicity of Atrazine Herbicide to Fresh Water Macrophyte Duckweed (Lemna perpusilla Torr.) in Thailand', Environ. Nat. Resour. Res.10(1): 16-27.",161044,null,null,"Unknown purity - Do Not Use"]
[]
["Freshwater/non-metal/non- plant","988-1",71,0.78021978021978022,"","Ceriodaphnia cf. dubia","Neonate (<24 hours old)","7-8 days","IC25","Reproductive impairment: Neonate production","862.4 ug/L","Cladoceran","Arthropoda","Branchiopoda","Filtered mains water (LW)",25,"Acute","Not stated","N.A.","Phyu,Y.L., C.G. Palmer, M.S.J. Warne, R. Dowse, S. Mueller, J. Chapman, G.C. Hose, and R.P. Lim (2013). Assessing the Chronic Toxicity of Atrazine, Permethrin, and Chlorothalonil to the Cladoceran Ceriodaphnia cf. dubia in Laboratory and Natural River Water, Arch. Environ. Contam. Toxicol.64(3): 419-426.",988,null,null,"Reagent grade technical material (97% purity)"]
["Freshwater/non-metal/non- plant","988-4",66,0.72527472527472525,"","Ceriodaphnia cf. dubia","Neonate (<24 hours old)","7-8 days","NOEC","Reproductive impairment: Neonate production","475 ug/L","Cladoceran","Arthropoda","Branchiopoda","Filtered mains water (LW)",25,"Acute","Not stated","N.A.","Phyu,Y.L., C.G. Palmer, M.S.J. Warne, R. Dowse, S. Mueller, J. Chapman, G.C. Hose, and R.P. Lim (2013). Assessing the Chronic Toxicity of Atrazine, Permethrin, and Chlorothalonil to the Cladoceran Ceriodaphnia cf. dubia in Laboratory and Natural River Water, Arch. Environ. Contam. Toxicol.64(3): 419-426.",988,null,null,"Reagent grade technical material (97% purity)"]
["Freshwater/non-metal/non- plant","988-5",66,0.72527472527472525,"","Ceriodaphnia cf. dubia","Neonate (<24 hours old)","7-8 days","LOEC","Reproductive impairment: Neonate production","1000 ug/L","Cladoceran","Arthropoda","Branchiopoda","Filtered mains water (LW)",25,"Acute","Not stated","N.A.","Phyu,Y.L., C.G. Palmer, M.S.J. Warne, R. Dowse, S. Mueller, J. Chapman, G.C. Hose, and R.P. Lim (2013). Assessing the Chronic Toxicity of Atrazine, Permethrin, and Chlorothalonil to the Cladoceran Ceriodaphnia cf. dubia in Laboratory and Natural River Water, Arch. Environ. Contam. Toxicol.64(3): 419-426.",988,null,null,"Reagent grade technical material (97% purity)"]
["Freshwater/non-metal/non- plant","988-13",66,0.72527472527472525,"","Ceriodaphnia cf. dubia","Neonate (<24 hours old)","7-8 days","NOEC","Reproductive impairment: Neonate production","1000 ug/L","Cladoceran","Arthropoda","Branchiopoda","Clean river water (RW)",25,"Acute","Not stated","N.A.","Phyu,Y.L., C.G. Palmer, M.S.J. Warne, R. Dowse, S. Mueller, J. Chapman, G.C. Hose, and R.P. Lim (2013). Assessing the Chronic Toxicity of Atrazine, Permethrin, and Chlorothalonil to the Cladoceran Ceriodaphnia cf. dubia in Laboratory and Natural River Water, Arch. Environ. Contam. Toxicol.64(3): 419-426.",988,null,null,"Reagent grade technical material (97% purity)"]
[]
["Freshwater/non-metal/non- plant","161040",81,0.89010989010989006,"","Danio rerio","30 days","28 days","NOEC","Specific growth rate: wet weight","30 µg/L","Zebrafish","Chordata","Actinopterygii","Dilution water with test solution","25+1","Chronic","7.95 - 8.28","N.A.","Plhalova,L., J. Blahova, I. Mikulikova, S. Stepanova, P. Dolezelova, E. Praskova, P. Marsalek, M. Skoric, V. Pistekova 2012, 'Effects of Subchronic Exposure to Atrazine on Zebrafish (Danio rerio)', Pol. J. Vet. Sci.15(3): 417-423.",161040,null,null,0.98799999999999999]
["Freshwater/non-metal/non- plant","161040",81,0.89010989010989006,"","Danio rerio","30 days","28 days","LOEC","Specific growth rate: wet weight","90 µg/L","Zebrafish","Chordata","Actinopterygii","Dilution water with test solution","25+1","Chronic","7.95 - 8.28","N.A.","Plhalova,L., J. Blahova, I. Mikulikova, S. Stepanova, P. Dolezelova, E. Praskova, P. Marsalek, M. Skoric, V. Pistekova 2012, 'Effects of Subchronic Exposure to Atrazine on Zebrafish (Danio rerio)', Pol. J. Vet. Sci.15(3): 417-423.",161040,null,null,0.98799999999999999]
["Freshwater/non-metal/non- plant","161040",81,0.89010989010989006,"Toxicity value is highest concentration tested","Danio rerio","30 days","28 days","NOEC","Mortality","90 µg/L","Zebrafish","Chordata","Actinopterygii","Dilution water with test solution","25+1","Chronic","7.95 - 8.28","N.A.","Plhalova,L., J. Blahova, I. Mikulikova, S. Stepanova, P. Dolezelova, E. Praskova, P. Marsalek, M. Skoric, V. Pistekova 2012, 'Effects of Subchronic Exposure to Atrazine on Zebrafish (Danio rerio)', Pol. J. Vet. Sci.15(3): 417-423.",161040,null,null,0.98799999999999999]
["Freshwater/non-metal/non- plant","161040",81,0.89010989010989006,"","Danio rerio","30 days","28 days","NOEC","Histopathology","30 µg/L","Zebrafish","Chordata","Actinopterygii","Dilution water with test solution","25+1","Chronic","7.95 - 8.28","N.A.","Plhalova,L., J. Blahova, I. Mikulikova, S. Stepanova, P. Dolezelova, E. Praskova, P. Marsalek, M. Skoric, V. Pistekova 2012, 'Effects of Subchronic Exposure to Atrazine on Zebrafish (Danio rerio)', Pol. J. Vet. Sci.15(3): 417-423.",161040,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","161040",81,0.89010989010989006,null,"Danio rerio","30 days","28 days","LOEC","Histopathology","90 µg/L","Zebrafish","Chordata","Actinopterygii","Dilution water with test solution","25+1","Chronic","7.95 - 8.28","N.A.","Plhalova,L., J. Blahova, I. Mikulikova, S. Stepanova, P. Dolezelova, E. Praskova, P. Marsalek, M. Skoric, V. Pistekova 2012, 'Effects of Subchronic Exposure to Atrazine on Zebrafish (Danio rerio)', Pol. J. Vet. Sci.15(3): 417-423.",161040,null,null,"Do Not Use - Non-viable endpoint"]
[]
["Freshwater/non-metal/plant","165278",40,0.45454545454545453,null,"Microcystis aeruginosa","Exponential growth phase","96 hour","EC50","Cell growth rate","90 µg/L","Bacteria","Cyanobacteria","Not stated","25±0.5°C","25±0.5°C","Acute ","Not stated","N.A.","Qian,H., X. Pan, J. Chen, D. Zhou, Z. Chen, L. Zhang, and Z. Fu 2012, 'Analyses of Gene Expression and Physiological Changes in Microcystis aeruginosa Reveal the Phytotoxicities of Three Environmental Pollutants', Ecotoxicology21(3): 847-859.",165278,null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","165278",40,0.45454545454545453,null,"Microcystis aeruginosa","Exponential growth phase","48 hours","EC50","Cell growth rate","200 µg/L","Bacteria","Cyanobacteria","Not stated","25±0.5°C","25±0.5°C","Acute ","Not stated","N.A.","Qian,H., X. Pan, J. Chen, D. Zhou, Z. Chen, L. Zhang, and Z. Fu 2012, 'Analyses of Gene Expression and Physiological Changes in Microcystis aeruginosa Reveal the Phytotoxicities of Three Environmental Pollutants', Ecotoxicology21(3): 847-859.",165278,null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","165278",35,0.39772727272727271,null,"Microcystis aeruginosa","Exponential growth phase","48 hours","LOEC","Cell growth rate","50 µg/L","Bacteria","Cyanobacteria","Not stated","25±0.5°C","25±0.5°C","Acute ","Not stated","N.A.","Qian,H., X. Pan, J. Chen, D. Zhou, Z. Chen, L. Zhang, and Z. Fu 2012, 'Analyses of Gene Expression and Physiological Changes in Microcystis aeruginosa Reveal the Phytotoxicities of Three Environmental Pollutants', Ecotoxicology21(3): 847-859.",165278,null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","165278",35,0.39772727272727271,null,"Microcystis aeruginosa","Exponential growth phase","48 hours","NOEC","Cell growth rate","10 µg/L","Bacteria","Cyanobacteria","Not stated","25±0.5°C","25±0.5°C","Acute ","Not stated","N.A.","Qian,H., X. Pan, J. Chen, D. Zhou, Z. Chen, L. Zhang, and Z. Fu 2012, 'Analyses of Gene Expression and Physiological Changes in Microcystis aeruginosa Reveal the Phytotoxicities of Three Environmental Pollutants', Ecotoxicology21(3): 847-859.",165278,null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","165278",35,0.39772727272727271,null,"Microcystis aeruginosa","Exponential growth phase","96 hour","LOEC","Cell growth rate","10 µg/L","Bacteria","Cyanobacteria","Not stated","25±0.5°C","25±0.5°C","Acute ","Not stated","N.A.","Qian,H., X. Pan, J. Chen, D. Zhou, Z. Chen, L. Zhang, and Z. Fu 2012, 'Analyses of Gene Expression and Physiological Changes in Microcystis aeruginosa Reveal the Phytotoxicities of Three Environmental Pollutants', Ecotoxicology21(3): 847-859.",165278,null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","165278-QC1",36,0.40909090909090912,null,"Microcystis aeruginosa","Exponential growth phase","96 hour","EC50","Growth rate","90 ug/L","Bacteria","Cyanobacteria","BG-11","25±0.5°C","25±0.5°C","Chronic","Not stated","N.A.","Qian,H., X. Pan, J. Chen, D. Zhou, Z. Chen, L. Zhang, and Z. Fu 2012, 'Analyses of Gene Expression and Physiological Changes in Microcystis aeruginosa Reveal the Phytotoxicities of Three Environmental Pollutants', Ecotoxicology21(3): 847-859.\n",165278,null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/plant","154073",68,0.77272727272727271,"Toxicity value is highest concentration tested","Elodea canadensis","5cm meristematic growth tip","14 days","NOEC","Growth: dry mass",">300 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","AAP without N or P addition","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - NOEC not obtained"]
["Freshwater/non-metal/plant","154073",68,0.77272727272727271,"Toxicity value is highest concentration tested","Elodea canadensis","5cm meristematic growth tip","14 days","LOEC","Growth: dry mass",">300 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","AAP without N or P addition","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - LOEC not obtained"]
["Freshwater/non-metal/plant","154073",68,0.77272727272727271,"","Elodea canadensis","5cm meristematic growth tip","14 days","EC10","Growth: dry mass","21.1 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","AAP without N or P addition","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,"95% UPPER CI = 420.7",null,"Do Not Use - Algal contamination, no response."]
["Freshwater/non-metal/plant","154073",68,0.77272727272727271,"","Elodea canadensis","5cm meristematic growth tip","14 days","EC25","Growth: dry mass","62.6 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","AAP without N or P addition","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,"95% UPPER CI = 760",null,"Do Not Use - Algal contamination, no response."]
["Freshwater/non-metal/plant","154073",68,0.77272727272727271,"","Elodea canadensis","5cm meristematic growth tip","14 days","EC50","Growth: dry mass","187.8 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","AAP without N or P addition","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,"95% UPPER CI = 1400",null,"Do Not Use - Algal contamination, no response."]
["Freshwater/non-metal/plant","154073",68,0.77272727272727271,"","Elodea canadensis","5cm meristematic growth tip","14 days","EC50 (Haber's rule)","Growth: dry mass","187.8 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","AAP without N or P addition","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - Algal contamination, no response."]
["Freshwater/non-metal/plant","154073",68,0.77272727272727271,"Toxicity value is highest concentration tested","Elodea canadensis","5cm meristematic growth tip","14 days","NOEC","Relative growth rate: dry mass",">300 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","AAP without N or P addition","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - NOEC not obtained"]
["Freshwater/non-metal/plant","154073",68,0.77272727272727271,"Toxicity value is highest concentration tested","Elodea canadensis","5cm meristematic growth tip","14 days","LOEC","Relative growth rate: dry mass",">300 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","AAP without N or P addition","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - LOEC not obtained"]
["Freshwater/non-metal/plant","154073",68,0.77272727272727271,"","Elodea canadensis","5cm meristematic growth tip","14 days","EC10","Relative growth rate: dry mass","51.5 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","AAP without N or P addition","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,"95% UPPER CI = 1300",null,"Do Not Use - Algal contamination, no response."]
["Freshwater/non-metal/plant","154073",68,0.77272727272727271,"","Elodea canadensis","5cm meristematic growth tip","14 days","EC25","Relative growth rate: dry mass","147.0 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","AAP without N or P addition","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,"95% UPPER CI = 1900",null,"Do Not Use - Algal contamination, no response."]
["Freshwater/non-metal/plant","154073",68,0.77272727272727271,"","Elodea canadensis","5cm meristematic growth tip","14 days","EC50","Relative growth rate: dry mass","435.9 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","AAP without N or P addition","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,"95% UPPER CI = 5300",null,"Do Not Use - Algal contamination, no response."]
["Freshwater/non-metal/plant","154073",68,0.77272727272727271,"","Elodea canadensis","5cm meristematic growth tip","14 days","EC50 (Haber's rule)","Relative growth rate: dry mass","435.9 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","AAP without N or P addition","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - Haber's rule normalises the 7-day EC50 to a 14-d EC50. Not sure if this is a useful endpoint."]
["Freshwater/non-metal/plant","154073",77,0.875,"Toxicity value is lowest concentration tested","Lemna gibba","4 fronds per plant","7 days","NOEC","Growth: frond number","<12.5 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - NOEC not obtained"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","LOEC","Growth: frond number","12.5 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC10","Growth: frond number","41.8 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC25","Growth: frond number","70.8 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC50","Growth: frond number","120.0 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","14 days","EC50 (Haber's rule)","Growth: frond number","60ug/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - Haber's rule normalises the 7-day EC50 to a 14-d EC50. Not sure if this is a useful endpoint."]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","NOEC","Growth: plant number","100 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","LOEC","Growth: plant number","200 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC10","Growth: plant number","18.0 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC25","Growth: plant number","48.0 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC50","Growth: plant number","128.4 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","14 days","EC50 (Haber's rule)","Growth: plant number","64.2 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - Haber's rule normalises the 7-day EC50 to a 14-d EC50. Not sure if this is a useful endpoint."]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","NOEC","Growth: wet mass","100 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","LOEC","Growth: wet mass","200 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC10","Growth: wet mass","7.1 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC25","Growth: wet mass","21.4 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC50","Growth: wet mass","64.3 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","14 days","EC50 (Haber's rule)","Growth: wet mass","32.1 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - Haber's rule normalises the 7-day EC50 to a 14-d EC50. Not sure if this is a useful endpoint."]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","NOEC","Growth: dry mass","50 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","LOEC","Growth: dry mass","100 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC10","Growth: dry mass","13.7 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC25","Growth: dry mass","35.6 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC50","Growth: dry mass","93.0 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","14 days","EC50 (Haber's rule)","Growth: dry mass","46.5 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - Haber's rule normalises the 7-day EC50 to a 14-d EC50. Not sure if this is a useful endpoint."]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","NOEC","Relative growth rate: frond number","50 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","LOEC","Relative growth rate: frond number","100 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC10","Relative growth rate: frond number","57.8 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC25","Relative growth rate: frond number","104.1 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC50","Relative growth rate: frond number","187.9 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","14 days","EC50 (Haber's rule)","Relative growth rate: frond number","94.0 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - Haber's rule normalises the 7-day EC50 to a 14-d EC50. Not sure if this is a useful endpoint."]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","NOEC","Relative growth rate: plant number","100 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","LOEC","Relative growth rate: plant number","200 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC10","Relative growth rate: plant number","36.2 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC25","Relative growth rate: plant number","102.9 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","7 days","EC50","Relative growth rate: plant number","292.2 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna gibba","4 fronds per plant","14 days","EC50 (Haber's rule)","Relative growth rate: plant number","146.1 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hutner's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - Haber's rule normalises the 7-day EC50 to a 14-d EC50. Not sure if this is a useful endpoint."]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","NOEC","Growth: frond number","50 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","LOEC","Growth: frond number","100 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC10","Growth: frond number","55.1 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC25","Growth: frond number","85.8 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC50","Growth: frond number","133.6 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","14 days","EC50 (Haber's rule)","Growth: frond number","66.8 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - Haber's rule normalises the 7-day EC50 to a 14-d EC50. Not sure if this is a useful endpoint."]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","NOEC","Growth: plant number","50 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","LOEC","Growth: plant number","100 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC10","Growth: plant number","39.4 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC25","Growth: plant number","76.1 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC50","Growth: plant number","146.9 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","14 days","EC50 (Haber's rule)","Growth: plant number","73.5 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - Haber's rule normalises the 7-day EC50 to a 14-d EC50. Not sure if this is a useful endpoint."]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","NOEC","Growth: wet mass","12.5 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","LOEC","Growth: wet mass","25 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC10","Growth: wet mass","25.9 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC25","Growth: wet mass","46.8 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC50","Growth: wet mass","84.5 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","14 days","EC50 (Haber's rule)","Growth: wet mass","42.3 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - Haber's rule normalises the 7-day EC50 to a 14-d EC50. Not sure if this is a useful endpoint."]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","NOEC","Growth: dry mass","12.5 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","LOEC","Growth: dry mass","25 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC10","Growth: dry mass","21.4 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC25","Growth: dry mass","41.3 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC50","Growth: dry mass","79.9 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","14 days","EC50 (Haber's rule)","Growth: dry mass","39.9 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - Haber's rule normalises the 7-day EC50 to a 14-d EC50. Not sure if this is a useful endpoint."]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","NOEC","Relative growth rate: frond number","50 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","LOEC","Relative growth rate: frond number","100 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC10","Relative growth rate: frond number","78.4 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC25","Relative growth rate: frond number","130.8 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC50","Relative growth rate: frond number","218.2 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","14 days","EC50 (Haber's rule)","Relative growth rate: frond number","109.1 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - Haber's rule normalises the 7-day EC50 to a 14-d EC50. Not sure if this is a useful endpoint."]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","NOEC","Relative growth rate: plant number","50 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","LOEC","Relative growth rate: plant number","100 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC10","Relative growth rate: plant number","68.9 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC25","Relative growth rate: plant number","148.8 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC50","Relative growth rate: plant number","321.0 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"96% active ingredient"]
["Freshwater/non-metal/plant","154073",77,0.875,"","Lemna minor","4 fronds per plant","7 days","EC50 (Haber's rule)","Relative growth rate: plant number","160.5 µg/L","Macrophyte","Tracheophyta","Liliopsida","Hoagland's medium","20-25","Chronic","6.5±0.1","N.A.","Rentz,N.C. 2009, 'Evaluating the Field and Laboratory Efficacy of a Toxicity Test for the Aquatic Macrophyte Elodea canadensis', M.S.Thesis, University of Manitoba, Canada:219 p.48-107.",154073,null,null,"Do Not Use - Haber's rule normalises the 7-day EC50 to a 14-d EC50. Not sure if this is a useful endpoint."]
[]
["Freshwater/non-metal/non- plant","160232",81,0.89010989010989006,"Formulation 47.5% A.I.","Daphnia magna Straus","6-24 hours old (3rd to 5th brood)","24 hour","LC50","Mortality","133000 µg/L","Cladocera","Arthropoda","Branchiopoda","ASTM hard water supplemented with vitamins","20-22°C","Acute ","N.A.","N.A.","Rosa,R., P. Materatski, M. Moreira-Santos, J.P. Sousa, and R. Ribeiro 2012, 'A Scaled-up System to Evaluate Zooplankton Spatial Avoidance and the Population Immediate Decline Concentration', Environ. Toxicol. Chem.31(6): 1301-1305.",160232,null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/non- plant","160232",81,0.89010989010989006,"Formulation 47.5% A.I.","Daphnia magna Straus","6-24 hours old (3rd to 5th brood)","48 hour","LC50","Mortality","78000 µg/L","Cladocera","Arthropoda","Branchiopoda","ASTM hard water supplemented with vitamins","20-22°C","Acute ","N.A.","N.A.","Rosa,R., P. Materatski, M. Moreira-Santos, J.P. Sousa, and R. Ribeiro 2012, 'A Scaled-up System to Evaluate Zooplankton Spatial Avoidance and the Population Immediate Decline Concentration', Environ. Toxicol. Chem.31(6): 1301-1305.",160232,null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/non- plant","160232",81,0.89010989010989006,"Formulation 47.5% A.I.","Daphnia magna Straus","6-24 hours old (3rd to 5th brood)","21 days","EC50","Reproduction","510 µg/L","Cladocera","Arthropoda","Branchiopoda","ASTM hard water supplemented with vitamins","20-22°C","Chronic","N.A.","N.A.","Rosa,R., P. Materatski, M. Moreira-Santos, J.P. Sousa, and R. Ribeiro 2012, 'A Scaled-up System to Evaluate Zooplankton Spatial Avoidance and the Population Immediate Decline Concentration', Environ. Toxicol. Chem.31(6): 1301-1305.",160232,null,null,"Do Not Use - Formulation"]
[]
["Freshwater/non-metal/non- plant","165279",54,0.59340659340659341,"","Poecilia reticulata","Adults (reached sexual maturity)","16 weeks","NOEC","Mortality","15 µg/L","Fish","Chordata","Actinopterygii","Aged, pre-aerated, carbon filtered, conditioned water","25°C","Chronic","Not stated","N.A.","Shenoy,K. 2012, 'Environmentally Realistic Exposure to the Herbicide Atrazine Alters Some Sexually Selected Traits in Male Guppies. PLoS ONE 7(2): e30611. doi:10.1371/journal.pone.0030611",165279,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","165279-QC",27,0.2967032967032967,"","Poecilia reticulata","Adult (male)","7 days","NOEC","Mortality","12.98 ppb","Fish","Chordata","Actinopterygii","Aged, pre-aerated, carbon filtered, conditioned water","25°C","Chronic","N.A.","N.A.","Shenoy,K. 2012, 'Environmentally Realistic Exposure to the Herbicide Atrazine Alters Some Sexually Selected Traits in Male Guppies. PLoS ONE 7(2): e30611. doi:10.1371/journal.pone.0030611",165279,null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/plant","165280",72,0.81818181818181823,null,"Dunaliella tertiolecta","Exponential growth phase (1e^6 cells/mL)","4.5 hours","EC50","Effective PSII efficiency","41.7 µg/L","Microalga","Chlorophyta",null,"Artificial seawater","Not stated","Acute ","Not stated","N.A.","Sjollema,S.B., G. MartinezGarcia, H.G. Van der Geest, M.H.S. Kraak, P. Booij, A.D. Vethaak, and W. Admiraal 2014, 'Hazard and Risk of Herbicides for Marine Microalgae', Environ. Pollut.187:106-111.",165280,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","165280",70,0.79545454545454541,null,"Phaeodactylum tricornutum","Exponential growth phase (1e^6 cells/mL)","4.5 hours","EC50","Effective PSII efficiency","31.7 µg/L","Microalga","Heterokontophyta",null,"Artificial seawater","Not stated","Acute ","Not stated","N.A.","Sjollema,S.B., G. MartinezGarcia, H.G. Van der Geest, M.H.S. Kraak, P. Booij, A.D. Vethaak, and W. Admiraal 2014, 'Hazard and Risk of Herbicides for Marine Microalgae', Environ. Pollut.187:106-111.",165280,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","165280",70,0.79545454545454541,null,"Phaeodactylum tricornutum","Exponential growth phase (2.5e^6 cells/mL)","4.5 hours","EC50","Effective PSII efficiency","47.9 µg/L","Microalga","Heterokontophyta",null,"Artificial seawater","Not stated","Acute ","Not stated","N.A.","Sjollema,S.B., G. MartinezGarcia, H.G. Van der Geest, M.H.S. Kraak, P. Booij, A.D. Vethaak, and W. Admiraal 2014, 'Hazard and Risk of Herbicides for Marine Microalgae', Environ. Pollut.187:106-111.",165280,null,null,"Do Not Use - Non-viable endpoint"]
[]
["Freshwater/non-metal/non- plant","161986",85,0.93406593406593408,null,"Robertsonia propinqua","Adult","96 hour","LC10","Mortality","1.4mg/L","Microinvertebrate","Arthropoda","Maxillopoda","Artificial seawater",20,"Acute ","8.0-8.5",30,"Stringer,T.J., C.N. Glover, V. Keesing, G.L. Northcott, and L.A. Tremblay 2012, 'Development of a Harpacticoid Copepod Bioassay: Selection of Species and Relative Sensitivity to Zinc, Atrazine and Phenanthrene', Ecotoxicol. Environ. Saf.80:363-371.",161986,null,null,"Technical grade atrazine >98%"]
["Freshwater/non-metal/non- plant","161986",85,0.93406593406593408,null,"Robertsonia propinqua","Adult","96 hour","LC20","Mortality","2.65mg/L","Microinvertebrate","Arthropoda","Maxillopoda","Artificial seawater",20,"Acute ","8.0-8.5",30,"Stringer,T.J., C.N. Glover, V. Keesing, G.L. Northcott, and L.A. Tremblay 2012, 'Development of a Harpacticoid Copepod Bioassay: Selection of Species and Relative Sensitivity to Zinc, Atrazine and Phenanthrene', Ecotoxicol. Environ. Saf.80:363-371.",161986,null,null,"Technical grade atrazine >98%"]
["Freshwater/non-metal/non- plant","161986",85,0.93406593406593408,null,"Robertsonia propinqua","Adult","96 hour","LC50","Mortality","7.58mg/L","Microinvertebrate","Arthropoda","Maxillopoda","Artificial seawater",20,"Acute ","8.0-8.5",30,"Stringer,T.J., C.N. Glover, V. Keesing, G.L. Northcott, and L.A. Tremblay 2012, 'Development of a Harpacticoid Copepod Bioassay: Selection of Species and Relative Sensitivity to Zinc, Atrazine and Phenanthrene', Ecotoxicol. Environ. Saf.80:363-371.",161986,null,null,"Technical grade atrazine >98%"]
["Freshwater/non-metal/non- plant","161986",85,0.93406593406593408,null,"Quinquelaophonte sp.","Adult","96 hour","LC10","Mortality","7.11mg/L","Microinvertebrate","Arthropoda","Maxillopoda","Artificial seawater",20,"Acute ","8.0-8.5",30,"Stringer,T.J., C.N. Glover, V. Keesing, G.L. Northcott, and L.A. Tremblay 2012, 'Development of a Harpacticoid Copepod Bioassay: Selection of Species and Relative Sensitivity to Zinc, Atrazine and Phenanthrene', Ecotoxicol. Environ. Saf.80:363-371.",161986,null,null,"Technical grade atrazine >98%"]
["Freshwater/non-metal/non- plant","161986",85,0.93406593406593408,null,"Quinquelaophonte sp.","Adult","96 hour","LC20","Mortality","10.6mg/L","Microinvertebrate","Arthropoda","Maxillopoda","Artificial seawater",20,"Acute ","8.0-8.5",30,"Stringer,T.J., C.N. Glover, V. Keesing, G.L. Northcott, and L.A. Tremblay 2012, 'Development of a Harpacticoid Copepod Bioassay: Selection of Species and Relative Sensitivity to Zinc, Atrazine and Phenanthrene', Ecotoxicol. Environ. Saf.80:363-371.",161986,null,null,"Technical grade atrazine >98%"]
["Freshwater/non-metal/non- plant","161986",85,0.93406593406593408,null,"Quinquelaophonte sp.","Adult","96 hour","LC50","Mortality","20.8mg/L","Microinvertebrate","Arthropoda","Maxillopoda","Artificial seawater",20,"Acute ","8.0-8.5",30,"Stringer,T.J., C.N. Glover, V. Keesing, G.L. Northcott, and L.A. Tremblay 2012, 'Development of a Harpacticoid Copepod Bioassay: Selection of Species and Relative Sensitivity to Zinc, Atrazine and Phenanthrene', Ecotoxicol. Environ. Saf.80:363-371.",161986,null,null,"Technical grade atrazine >98%"]
[]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo (Bastula, S4)","96h","EC10","Development: Abnormal development","5mg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo (Bastula, S4)","7 days","EC10","Development: Abnormal development","5mg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Chronic","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo (Bastula, S4)","14 days","EC10","Development: Abnormal development","5mg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Chronic","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Larval (Complete operculum, S25)","96 hour","EC10","Development: Abnormal development","15mg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Larval (Complete operculum, S25)","7 days","EC10","Development: Abnormal development","10mg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Chronic","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Larval (Complete operculum, S25)","14 days","EC10","Development: Abnormal development","2.5mg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Chronic","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Larval (Metamorphosis, S28)","96 hour","EC10","Development: Abnormal development","20mg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Larval (Metamorphosis, S28)","7 days","EC10","Development: Abnormal development","15mg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Chronic","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Larval (Metamorphosis, S28)","14 days","EC10","Development: Abnormal development","10mg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Chronic","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo (Blastula, S4)","7 days","EC50","Development: Abnormal development","8000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Chronic","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo (Blastula, S4)","14 days","EC50","Development: Abnormal development","8000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Chronic","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: Blastula (24h)","24 hour","LOEC","Development: Abnormal development","15000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: Blastula (96h)","24 hour","LOEC","Development: Abnormal development","20000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: Blastula (168h)","24 hour","LOEC","Development: Abnormal development","25000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: neural plate (24h)","24 hour","LOEC","Development: Abnormal development","20000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: neural plate (96h)","24 hour","LOEC","Development: Abnormal development","25000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: neural plate (168h)","24 hour","LOEC","Development: Abnormal development","30000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: muscular activity (24h)","24 hour","LOEC","Development: Abnormal development","25000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: muscular activity (96h)","24 hour","LOEC","Development: Abnormal development","30000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: muscular activity (168h)","24 hour","LOEC","Development: Abnormal development",">40000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: gill circulation (24h)","24 hour","LOEC","Development: Abnormal development","20000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: gill circulation (96h)","24 hour","LOEC","Development: Abnormal development","25000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: gill circulation (168h)","24 hour","LOEC","Development: Abnormal development","35000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: Opercular folds (24h)","24 hour","LOEC","Development: Abnormal development","20000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: Opercular folds (96h)","24 hour","LOEC","Development: Abnormal development","30000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: Opercular folds (168h)","24 hour","LOEC","Development: Abnormal development","35000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: Complete operculum, S25 (24h)","24 hour","LOEC","Development: Abnormal development","20000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: Complete operculum, S25 (96h)","24 hour","LOEC","Development: Abnormal development","25000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","160887",69,0.75824175824175821,"","Rhinella arenarum","Embryo: Complete operculum, S25 (168h)","24 hour","LOEC","Development: Abnormal development","30000 µg/L","Toad","Chordata","Amphibia","Amphitox solution","20±2°C","Acute ","7±0.5","N.A.","Svartz,G.V., J. Herkovits, and C.S. Perez-Coll 2012, 'Sublethal Effects of Atrazine on Embryo-Larval Development of Rhinella arenarum (Anura: Bufonidae)', Ecotoxicology21(4): 1251-1259.",160887,null,null,"Do Not Use - Non-viable endpoint"]
[]
["Freshwater/non-metal/non- plant","165348",67,0.73626373626373631,"Toxicity value is highest concentration tested","Xenopus laevis","Stage 55","48 hour","NOEC","Growth: head to tail length","48 µg/L","Frog","Chordata","Amphibia","Dechlorinated aerated city (Montreal) water","21±2","Acute ","Not stated","N.A.","Tavera Mendoza,L.E. 2001, 'Influences of Atrazine on Gonadal Differentiation in Xenopus laevis Tadpoles During Metamorphosis', M.S.Thesis, Concordia University, Montreal, Canada:83 p.",165348,null,null,"99% pure atrazine"]
["Freshwater/non-metal/non- plant","165348",67,0.73626373626373631,"Toxicity value is highest concentration tested","Xenopus laevis","Stage 55","96 hour","NOEC","Growth: head to tail length","48 µg/L","Frog","Chordata","Amphibia","Dechlorinated aerated city (Montreal) water","21±2","Acute ","Not stated","N.A.","Tavera Mendoza,L.E. 2001, 'Influences of Atrazine on Gonadal Differentiation in Xenopus laevis Tadpoles During Metamorphosis', M.S.Thesis, Concordia University, Montreal, Canada:83 p.",165348,null,null,"99% pure atrazine"]
["Freshwater/non-metal/non- plant","165348",67,0.73626373626373631,"Toxicity value is highest concentration tested","Xenopus laevis","Stage 55","144 hours","NOEC","Growth: head to tail length","48 µg/L","Frog","Chordata","Amphibia","Dechlorinated aerated city (Montreal) water","21±2","Acute ","Not stated","N.A.","Tavera Mendoza,L.E. 2001, 'Influences of Atrazine on Gonadal Differentiation in Xenopus laevis Tadpoles During Metamorphosis', M.S.Thesis, Concordia University, Montreal, Canada:83 p.",165348,null,null,"99% pure atrazine"]
["Freshwater/non-metal/non- plant","165348",67,0.73626373626373631,"Toxicity value is highest concentration tested","Xenopus laevis","Stage 55","48 hour","NOEC","Growth: weight","48 µg/L","Frog","Chordata","Amphibia","Dechlorinated aerated city (Montreal) water","21±2","Acute ","Not stated","N.A.","Tavera Mendoza,L.E. 2001, 'Influences of Atrazine on Gonadal Differentiation in Xenopus laevis Tadpoles During Metamorphosis', M.S.Thesis, Concordia University, Montreal, Canada:83 p.",165348,null,null,"99% pure atrazine"]
["Freshwater/non-metal/non- plant","165348",67,0.73626373626373631,"Toxicity value is highest concentration tested","Xenopus laevis","Stage 55","96 hour","NOEC","Growth: weight","48 µg/L","Frog","Chordata","Amphibia","Dechlorinated aerated city (Montreal) water","21±2","Acute ","Not stated","N.A.","Tavera Mendoza,L.E. 2001, 'Influences of Atrazine on Gonadal Differentiation in Xenopus laevis Tadpoles During Metamorphosis', M.S.Thesis, Concordia University, Montreal, Canada:83 p.",165348,null,null,"99% pure atrazine"]
["Freshwater/non-metal/non- plant","165348",67,0.73626373626373631,"Toxicity value is highest concentration tested","Xenopus laevis","Stage 55","144 hours","NOEC","Growth: weight","48 µg/L","Frog","Chordata","Amphibia","Dechlorinated aerated city (Montreal) water","21±2","Acute ","Not stated","N.A.","Tavera Mendoza,L.E. 2001, 'Influences of Atrazine on Gonadal Differentiation in Xenopus laevis Tadpoles During Metamorphosis', M.S.Thesis, Concordia University, Montreal, Canada:83 p.",165348,null,null,"99% pure atrazine"]
["Freshwater/non-metal/non- plant","165348",67,0.73626373626373631,"Toxicity value is highest concentration tested","Xenopus laevis","Stage 55","48 hour","NOEC","Abnormal development: distance between eyes/body length","48 µg/L","Frog","Chordata","Amphibia","Dechlorinated aerated city (Montreal) water","21±2","Acute ","Not stated","N.A.","Tavera Mendoza,L.E. 2001, 'Influences of Atrazine on Gonadal Differentiation in Xenopus laevis Tadpoles During Metamorphosis', M.S.Thesis, Concordia University, Montreal, Canada:83 p.",165348,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","165348",67,0.73626373626373631,"Toxicity value is highest concentration tested","Xenopus laevis","Stage 55","96 hour","NOEC","Abnormal development: distance between eyes/body length","48 µg/L","Frog","Chordata","Amphibia","Dechlorinated aerated city (Montreal) water","21±2","Acute ","Not stated","N.A.","Tavera Mendoza,L.E. 2001, 'Influences of Atrazine on Gonadal Differentiation in Xenopus laevis Tadpoles During Metamorphosis', M.S.Thesis, Concordia University, Montreal, Canada:83 p.",165348,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","165348",67,0.73626373626373631,"Toxicity value is highest concentration tested","Xenopus laevis","Stage 55","144 hours","NOEC","Abnormal development: distance between eyes/body length","48 µg/L","Frog","Chordata","Amphibia","Dechlorinated aerated city (Montreal) water","21±2","Acute ","Not stated","N.A.","Tavera Mendoza,L.E. 2001, 'Influences of Atrazine on Gonadal Differentiation in Xenopus laevis Tadpoles During Metamorphosis', M.S.Thesis, Concordia University, Montreal, Canada:83 p.",165348,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","165348",67,0.73626373626373631,null,"Xenopus laevis","Stage 55 (male)","144 hours","LOEC","Reproduction: Spermatogonia cell nests","1.8 µg/L","Frog","Chordata","Amphibia","Dechlorinated aerated city (Montreal) water","21±2","Acute ","Not stated","N.A.","Tavera Mendoza,L.E. 2001, 'Influences of Atrazine on Gonadal Differentiation in Xenopus laevis Tadpoles During Metamorphosis', M.S.Thesis, Concordia University, Montreal, Canada:83 p.",165348,null,null,"Do Not Use - Non-viable endpoint"]
[]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","NOEC","Relative growth rate: fresh weight","80 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","LOEC","Relative growth rate: fresh weight","160 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","IC25","Relative growth rate: fresh weight","82.07 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","IC50","Relative growth rate: fresh weight","121.85 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,null,"Lemna minor","Colonies with 2 to 4 visible fronds","7 days","NOEC","Yield: Fresh weight","<80 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Do Not Use - NOEC not obtained"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","LOEC","Yield: Fresh weight","80 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","IC25","Yield: Fresh weight","30.87 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","IC50","Yield: Fresh weight","61.71 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,null,"Lemna minor","Colonies with 2 to 4 visible fronds","7 days","NOEC","Relative growth rate: number of fronds","<80 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Do Not Use - NOEC not obtained"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","LOEC","Relative growth rate: number of fronds","80 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","IC25","Relative growth rate: number of fronds","122.8 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","IC25","Relative growth rate: number of fronds","215.45 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,null,"Lemna minor","Colonies with 2 to 4 visible fronds","7 days","NOEC","Yield: Number of fronds","<80 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Do Not Use - NOEC not obtained"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","LOEC","Yield: Number of fronds","80 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","IC25","Yield: Number of fronds","109.7 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","IC50","Yield: Number of fronds","125.23 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","NOEC","Relative growth rate: total frond area","80 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","LOEC","Relative growth rate: total frond area","160 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","IC25","Relative growth rate: total frond area","112.86 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","IC50","Relative growth rate: total frond area","188.75 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,null,"Lemna minor","Colonies with 2 to 4 visible fronds","7 days","NOEC","Yield: Total frond area","<80 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Do Not Use - NOEC not obtained"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","LOEC","Yield: Total frond area","80 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","IC25","Yield: Total frond area","50.97 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",76,0.86363636363636365,"The highest possible grade for this datum is acceptable.","Lemna minor","Colonies with 2 to 4 visible fronds","7 days","IC50","Yield: Total frond area","105.08 µg/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",75,0.85227272727272729,"","Myriophyllum aquaticum","Whorl water column test","10 days","NOEC","Relative growth rate: fresh weight","20 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",75,0.85227272727272729,"","Myriophyllum aquaticum","Whorl water column test","10 days","LOEC","Relative growth rate: fresh weight","40 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",75,0.85227272727272729,"","Myriophyllum aquaticum","Whorl water column test","10 days","IC25","Relative growth rate: fresh weight","35.16 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",75,0.85227272727272729,"","Myriophyllum aquaticum","Whorl water column test","10 days","IC50","Relative growth rate: fresh weight","93.51 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",75,0.85227272727272729,"","Myriophyllum aquaticum","Whorl water column test","10 days","NOEC","Yield: Fresh weight","40 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",75,0.85227272727272729,"","Myriophyllum aquaticum","Whorl water column test","10 days","LOEC","Yield: Fresh weight","80 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",75,0.85227272727272729,"","Myriophyllum aquaticum","Whorl water column test","10 days","IC25","Yield: Fresh weight","32.56 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/plant","160947",75,0.85227272727272729,"","Myriophyllum aquaticum","Whorl water column test","10 days","IC50","Yield: Fresh weight","76.42 µg/L","Macrophyte","Tracheophyta","Magnoliopsida","Steinberg solution","24±2","Chronic","Not stated","N.A.","Teodorovic,I., V. Knezevic, T. Tunic, M. Cucak, J.N. Lecic, A. Leovac, and I.I. Tumbas 2012, 'Myriophyllum aquaticum Versus Lemna minor: Sensitivity and Recovery Potential After Exposure to Atrazine', Environ. Toxicol. Chem.31(2): 417-426.",160947,null,null,"Technical grade atrazine purity 98%"]
[]
["Freshwater/non-metal/non- plant","989-1",50,0.5494505494505495,null,"Cyprinus carpio","190g","40 days","NOEC","Mortality","428 ug/L","Fish","Chordata","Actinopterygii","Decholorinated tap water","20±1","Chronic","7.4 ± 0.2","N.A.","Wang,L.L., T. Liu, C. Wang, F.Q. Zhao, Z.W. Zhang, H.D. Yao, H.J. Xing, and S.W. Xu (2013). Effects of Atrazine and Chlorpyrifos on the Production of Nitric Oxide and Expression of Inducible Nitric Oxide Synthase in the Brain of Common Carp (Cyprinus carpio L.), Ecotoxicol. Environ. Saf.93:7-12. ",989,null,null,"Do Not Use - Results are doubled up from Fu et al. 2013 (698)"]
[]
["Freshwater/non-metal/plant","166449",79,0.89772727272727271,"","Iris pseudacorus","Not stated","35 days","EC50","Relative growth rate: dry weight","7.93mg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Chronic","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"90% purity"]
["Freshwater/non-metal/plant","166449",79,0.89772727272727271,"","Iris pseudacorus","Not stated","20 days","EC50","Relative growth rate: dry weight","14.35mg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Chronic","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"90% purity"]
["Freshwater/non-metal/plant","166449",79,0.89772727272727271,"","Iris pseudacorus","Not stated","10 days","EC50","Relative growth rate: dry weight","24.23mg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Chronic","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"90% purity"]
["Freshwater/non-metal/plant","166449",79,0.89772727272727271,"","Iris pseudacorus","Not stated","5 days","EC50","Relative growth rate: dry weight","206.74mg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Acute ","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"90% purity"]
["Freshwater/non-metal/plant","166449",79,0.89772727272727271,"","Iris pseudacorus","Not stated","24 hours","EC50","Relative growth rate: dry weight","1036.06mg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Acute ","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"90% purity"]
["Freshwater/non-metal/plant","166449",79,0.89772727272727271,"","Iris pseudacorus","Not stated","35 days","NOEC","Relative growth rate: dry weight","2mg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Chronic","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"90% purity"]
["Freshwater/non-metal/plant","166449",79,0.89772727272727271,"","Iris pseudacorus","Not stated","35 days","LOEC","Relative growth rate: dry weight","4mg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Chronic","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"90% purity"]
["Freshwater/non-metal/plant","166449",79,0.89772727272727271,"","Iris pseudacorus","Not stated","20 days","NOEC","Relative growth rate: dry weight","2mg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Chronic","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"90% purity"]
["Freshwater/non-metal/plant","166449",79,0.89772727272727271,"","Iris pseudacorus","Not stated","20 days","LOEC","Relative growth rate: dry weight","4mg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Chronic","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"90% purity"]
["Freshwater/non-metal/plant","166449",79,0.89772727272727271,"","Iris pseudacorus","Not stated","5 days","NOEC","Relative growth rate: dry weight","2mg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Acute ","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"90% purity"]
["Freshwater/non-metal/plant","166449",79,0.89772727272727271,"","Iris pseudacorus","Not stated","5 days","LOEC","Relative growth rate: dry weight","4mg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Acute ","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"90% purity"]
["Freshwater/non-metal/plant","166449",79,0.89772727272727271,"","Iris pseudacorus","Not stated","10 days","NOEC","Relative growth rate: dry weight","4mg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Chronic","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"90% purity"]
["Freshwater/non-metal/plant","166449",79,0.89772727272727271,"","Iris pseudacorus","Not stated","10 days","LOEC","Relative growth rate: dry weight","8mg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Chronic","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"90% purity"]
["Freshwater/non-metal/plant","166449",75,0.85227272727272729,"","Iris pseudacorus","Not stated","10 days","LOEC","Chlorophyll fluorescence","1000 µg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Chronic","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","166449",75,0.85227272727272729,"","Iris pseudacorus","Not stated","20 days","LOEC","Chlorophyll fluorescence","1000 µg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Chronic","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","166449",75,0.85227272727272729,"","Iris pseudacorus","Not stated","35 days","LOEC","Chlorophyll fluorescence","1000 µg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Chronic","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","166449",75,0.85227272727272729,"","Iris pseudacorus","Not stated","5 days","NOEC","Chlorophyll fluorescence","1000 µg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Acute ","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/plant","166449",75,0.85227272727272729,"","Iris pseudacorus","Not stated","1 day","NOEC","Chlorophyll fluorescence","2000 µg/L","Macrophyte","Tracheophyta","Liliopsida","1/10 Hoagland solution",20,"Acute ","7.13 - 7.32","N.A.","Wang,Q., X. Que, C. Li, and B. Xiao 2014, 'Phytotoxicity of Atrazine to Emergent Hydrophyte, Iris pseudacorus L.', Bull. Environ. Contam. Toxicol.92(3): 300-305.",166449,null,null,"Do Not Use - Non-viable endpoint"]
[]
["Freshwater/non-metal/non- plant","169185",60,0.69230769230769196,"Toxicity value is highest concentration tested","Danio rerio","Embryo","48 hour","NOEC","Mortality",">36mg/L","Fish","Chordata","Actinopterygii","Reconstituted water","26±1","Acute ","Not stated","N.A.","Weil,M., S. Scholz, M. Zimmer, F. Sacher, and K. Duis 2009, 'Gene Expression Analysis in Zebrafish Embryos: A Potential Approach to Predict Effect Concentrations in the Fish Early Life Stage Test', Environ. Toxicol. Chem.28(9): 1970-1978.",169185,null,null,"Do Not Use - NOEC not obtained"]
["Freshwater/non-metal/non- plant","169185",60,0.69230769230769196,"","Danio rerio","Embryo","48 hour","EC10","Edema","10070 µg/L","Fish","Chordata","Actinopterygii","Reconstituted water","26±1","Acute ","Not stated","N.A.","Weil,M., S. Scholz, M. Zimmer, F. Sacher, and K. Duis 2009, 'Gene Expression Analysis in Zebrafish Embryos: A Potential Approach to Predict Effect Concentrations in the Fish Early Life Stage Test', Environ. Toxicol. Chem.28(9): 1970-1978.",169185,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","169185",60,0.69230769230769196,"","Danio rerio","Embryo","48 hour","EC50","Edema","18520 µg/L","Fish","Chordata","Actinopterygii","Reconstituted water","26±1","Acute ","Not stated","N.A.","Weil,M., S. Scholz, M. Zimmer, F. Sacher, and K. Duis 2009, 'Gene Expression Analysis in Zebrafish Embryos: A Potential Approach to Predict Effect Concentrations in the Fish Early Life Stage Test', Environ. Toxicol. Chem.28(9): 1970-1978.",169185,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","169185",73,0.80219780219780223,"","Danio rerio","Embryo","48 hour","LOEC","Gene expression: ahr2","4490 µg/L","Fish","Chordata","Actinopterygii","Reconstituted water","26±1","Acute ","7.5 - 7.8","N.A.","Weil,M., S. Scholz, M. Zimmer, F. Sacher, and K. Duis 2009, 'Gene Expression Analysis in Zebrafish Embryos: A Potential Approach to Predict Effect Concentrations in the Fish Early Life Stage Test', Environ. Toxicol. Chem.28(9): 1970-1978.",169185,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","169185",73,0.80219780219780223,"","Danio rerio","Embryo","48 hour","LOEC","Gene expression: cypla","1120 µg/L","Fish","Chordata","Actinopterygii","Reconstituted water","26±1","Acute ","7.5 - 7.8","N.A.","Weil,M., S. Scholz, M. Zimmer, F. Sacher, and K. Duis 2009, 'Gene Expression Analysis in Zebrafish Embryos: A Potential Approach to Predict Effect Concentrations in the Fish Early Life Stage Test', Environ. Toxicol. Chem.28(9): 1970-1978.",169185,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","169185",73,0.80219780219780223,"","Danio rerio","Embryo","48 hour","LOEC","Gene expression: mafgl","17960 µg/L","Fish","Chordata","Actinopterygii","Reconstituted water","26±1","Acute ","7.5 - 7.8","N.A.","Weil,M., S. Scholz, M. Zimmer, F. Sacher, and K. Duis 2009, 'Gene Expression Analysis in Zebrafish Embryos: A Potential Approach to Predict Effect Concentrations in the Fish Early Life Stage Test', Environ. Toxicol. Chem.28(9): 1970-1978.",169185,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","169185",73,0.80219780219780223,"","Danio rerio","Embryo","48 hour","NOEC","Gene expression: hsp70","17960 µg/L","Fish","Chordata","Actinopterygii","Reconstituted water","26±1","Acute ","7.5 - 7.8","N.A.","Weil,M., S. Scholz, M. Zimmer, F. Sacher, and K. Duis 2009, 'Gene Expression Analysis in Zebrafish Embryos: A Potential Approach to Predict Effect Concentrations in the Fish Early Life Stage Test', Environ. Toxicol. Chem.28(9): 1970-1978.",169185,null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","169185",73,0.80219780219780223,"","Danio rerio","Embryo","48 hour","NOEC","Gene expression: fzr1","17960 µg/L","Fish","Chordata","Actinopterygii","Reconstituted water","26±1","Acute ","7.5 - 7.8","N.A.","Weil,M., S. Scholz, M. Zimmer, F. Sacher, and K. Duis 2009, 'Gene Expression Analysis in Zebrafish Embryos: A Potential Approach to Predict Effect Concentrations in the Fish Early Life Stage Test', Environ. Toxicol. Chem.28(9): 1970-1978.",169185,null,null,"Do Not Use - Non-viable endpoint"]
[]
["Freshwater/non-metal/non- plant","160287",50,0.5494505494505495,null,"Cyprinus carpio","Not stated","40 days","NOEC","Mortality","428 µg/L","Fish","Chordata","Actinopterygii","Decholorinated tap water","20±1°C","Chronic","7.4 ± 0.2","N.A.","Xing,H., S. Li, Z. Wang, X. Gao, S. Xu, and X. Wang 2012, 'Histopathological Changes and Antioxidant Response in Brain and Kidney of Common Carp Exposed to Atrazine and Chlorpyrifos', Chemosphere88(4): 377-383.",160287,null,null,"Do Not Use - Results are doubled up from Fu et al. 2013 (986)"]
[]
["Freshwater/non-metal/non- plant","159784",50,0.5494505494505495,null,"Cyprinus carpio","Not stated","40 days","NOEC","Mortality","428 µg/L","Fish","Chordata","Actinopterygii","Decholorinated tap water","20±1°C","Chronic","7.4 ± 0.2","N.A.","Xing,H., S. Li, Z. Wang, X. Gao, S. Xu, and X. Wang 2012, 'Oxidative Stress Response and Histopathological Changes Due to Atrazine and Chlorpyrifos Exposure in Common Carp', Pestic. Biochem. Physiol.103(1): 74-80.",159784,null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","159784-QC1",44,0.48351648351648352,null,"Cyprinus carpio","Not stated","40 days","LC0","Mortality","428 ug/L","Fish","Chordata","Actinopterygii","Decholorinated tap water","20±1°C","Chronic","7.4 ± 0.2","N.A.","Xing,H., S. Li, Z. Wang, X. Gao, S. Xu, and X. Wang 2012, 'Oxidative Stress Response and Histopathological Changes Due to Atrazine and Chlorpyrifos Exposure in Common Carp', Pestic. Biochem. Physiol.103(1): 74-80.\n",159784,null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/non- plant","633-1",51,0.56043956043956045,"Toxicity value is highest concentration tested","Rana pipiens","Adult","14 days","NOEC","Body mass","20mg/L","Amphibian","Chordata","Amphibia","Filtered, dechlorinated water","22.0 ± 0.5","Acute",7.67,"N.A.","Allran,J.W., and W.H. Karasov (2001) Effects of Atrazine on Embryos, Larvae, and Adults of Anuran Amphibians Environ. Toxicol. Chem.20(4): 769-775 2001","633",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","633-2",58,0.63736263736263732,"Toxicity value is highest concentration tested","Rana pipiens","Embryo","6 days","NOEC","Hatchability","20mg/L","Amphibian","Chordata","Amphibia","Filtered, dechlorinated water","22.0 ± 0.5","Acute",7.67,"N.A.","Allran,J.W., and W.H. Karasov (2001) Effects of Atrazine on Embryos, Larvae, and Adults of Anuran Amphibians Environ. Toxicol. Chem.20(4): 769-775 2001","633",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","633-3",58,0.63736263736263732,"Toxicity value is highest concentration tested","Bufo americanus","Embryo","6 days","NOEC","Hatchability","20mg/L","Amphibian","Chordata","Amphibia","Filtered, dechlorinated water","22.0 ± 0.5","Acute",7.67,"N.A.","Allran,J.W., and W.H. Karasov (2001) Effects of Atrazine on Embryos, Larvae, and Adults of Anuran Amphibians Environ. Toxicol. Chem.20(4): 769-775 2001","633",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","633-4",58,0.63736263736263732,"Toxicity value is highest concentration tested","Rana sylvatica","Embryo","6 days","NOEC","Hatchability","20mg/L","Amphibian","Chordata","Amphibia","Filtered, dechlorinated water","22.0 ± 0.5","Acute",7.67,"N.A.","Allran,J.W., and W.H. Karasov (2001) Effects of Atrazine on Embryos, Larvae, and Adults of Anuran Amphibians Environ. Toxicol. Chem.20(4): 769-775 2001","633",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","633-5",53,0.58241758241758246,"Toxicity value is highest concentration tested","Rana sylvatica","Tadpole","96 hours","NOEC","Mortality","20mg/L","Amphibian","Chordata","Amphibia","Filtered, dechlorinated water","22.0 ± 0.5","Acute",7.67,"N.A.","Allran,J.W., and W.H. Karasov (2001) Effects of Atrazine on Embryos, Larvae, and Adults of Anuran Amphibians Environ. Toxicol. Chem.20(4): 769-775 2001","633",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","633-6",53,0.58241758241758246,"Toxicity value is highest concentration tested","Bufo americanus","Tadpole","96 hours","NOEC","Mortality","20mg/L","Amphibian","Chordata","Amphibia","Filtered, dechlorinated water","22.0 ± 0.5","Acute",7.67,"N.A.","Allran,J.W., and W.H. Karasov (2001) Effects of Atrazine on Embryos, Larvae, and Adults of Anuran Amphibians Environ. Toxicol. Chem.20(4): 769-775 2001","633",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","633-7",53,0.58241758241758246,"Toxicity value is highest concentration tested","Rana pipiens","Tadpole","96 hours","NOEC","Mortality","20mg/L","Amphibian","Chordata","Amphibia","Filtered, dechlorinated water","22.0 ± 0.5","Acute",7.67,"N.A.","Allran,J.W., and W.H. Karasov (2001) Effects of Atrazine on Embryos, Larvae, and Adults of Anuran Amphibians Environ. Toxicol. Chem.20(4): 769-775 2001","633",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["Freshwater/non-metal/non- plant","632-1",58,0.63736263736263732,"Toxicity value is highest concentration tested","Rana pipiens","Tadpole","138 d","NOEC","Body mass","200ug/L","Amphibian","Chordata","Amphibia","Filtered, dechlorinated water","22.0 ± 0.5","Chronic","8.0 ± 0.1 to 8.4 ± 0.1","N.A.","Allran,J.W., and W.H. Karasov (2000) Effects of Atrazine and Nitrate on Northern Leopard Frog (Rana pipiens) Larvae Exposed in the Laboratory from Posthatch Through Metamorphosis Environ. Toxicol. Chem.19(11): 2850-2855","632",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","632-2",58,0.63736263736263732,"Toxicity value is highest concentration tested","Rana pipiens","Tadpole","138 d","NOEC","Survival","200ug/L","Amphibian","Chordata","Amphibia","Filtered, dechlorinated water","22.0 ± 0.5","Chronic","8.0 ± 0.1 to 8.4 ± 0.1","N.A.","Allran,J.W., and W.H. Karasov (2000) Effects of Atrazine and Nitrate on Northern Leopard Frog (Rana pipiens) Larvae Exposed in the Laboratory from Posthatch Through Metamorphosis Environ. Toxicol. Chem.19(11): 2850-2855","632",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","632-3",58,0.63736263736263732,"Toxicity value is highest concentration tested","Rana pipiens","Tadpole","138 d","NOEC","Body length","200ug/L","Amphibian","Chordata","Amphibia","Filtered, dechlorinated water","22.0 ± 0.5","Chronic","8.0 ± 0.1 to 8.4 ± 0.1","N.A.","Allran,J.W., and W.H. Karasov (2000) Effects of Atrazine and Nitrate on Northern Leopard Frog (Rana pipiens) Larvae Exposed in the Laboratory from Posthatch Through Metamorphosis Environ. Toxicol. Chem.19(11): 2850-2855","632",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","632-4",58,0.63736263736263732,"Toxicity value is highest concentration tested","Rana pipiens","Tadpole","138 d","NOEC","Percent metamorphosis","200ug/L","Amphibian","Chordata","Amphibia","Filtered, dechlorinated water","22.0 ± 0.5","Chronic","8.0 ± 0.1 to 8.4 ± 0.1","N.A.","Allran,J.W., and W.H. Karasov (2000) Effects of Atrazine and Nitrate on Northern Leopard Frog (Rana pipiens) Larvae Exposed in the Laboratory from Posthatch Through Metamorphosis Environ. Toxicol. Chem.19(11): 2850-2855","632",null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","632-5",58,0.63736263736263732,"Toxicity value is highest concentration tested","Rana pipiens","Tadpole","138 d","NOEC","Time to metamorphosis","200ug/L","Amphibian","Chordata","Amphibia","Filtered, dechlorinated water","22.0 ± 0.5","Chronic","8.0 ± 0.1 to 8.4 ± 0.1","N.A.","Allran,J.W., and W.H. Karasov (2000) Effects of Atrazine and Nitrate on Northern Leopard Frog (Rana pipiens) Larvae Exposed in the Laboratory from Posthatch Through Metamorphosis Environ. Toxicol. Chem.19(11): 2850-2855","632",null,null,"Do Not Use - Non-viable endpoint"]
[]
["Freshwater/non-metal/plant","851-1",62,0.70454545454545459,null,"Chlorella fusca","Beginning of growth cycle","14 hour","EC25","Growth: Cell volume","78 nM","Microalga","Chlorophyta","Trebouxiophyceae","Grimme and Boardman growth medium","28±0.5","Acute ",6.3,"N.A.","Altenburger,R., W. Bodeker, M. Faust, and L.H. Grimme (1990) Evaluation of the Isobologram Method for the Assessment of Mixtures of Chemicals: Combination Effect Studies with Pesticides in Algal Biotests Ecotoxicol. Environ. Saf.20(1): 98-114","851",null,null,"Atrazine 99%"]
["Freshwater/non-metal/plant","851-2",62,0.70454545454545459,null,"Chlorella fusca","Beginning of growth cycle","14 hour","EC50","Growth: Cell volume","167 nM","Microalga","Chlorophyta","Trebouxiophyceae","Grimme and Boardman growth medium","28±0.5","Acute ",6.3,"N.A.","Altenburger,R., W. Bodeker, M. Faust, and L.H. Grimme (1990) Evaluation of the Isobologram Method for the Assessment of Mixtures of Chemicals: Combination Effect Studies with Pesticides in Algal Biotests Ecotoxicol. Environ. Saf.20(1): 98-114","851",null,null,"Atrazine 99%"]
["Freshwater/non-metal/plant","851-3",62,0.70454545454545459,null,"Chlorella fusca","Beginning of growth cycle","14 hour","EC75","Growth: Cell volume","360 nM","Microalga","Chlorophyta","Trebouxiophyceae","Grimme and Boardman growth medium","28±0.5","Acute ",6.3,"N.A.","Altenburger,R., W. Bodeker, M. Faust, and L.H. Grimme (1990) Evaluation of the Isobologram Method for the Assessment of Mixtures of Chemicals: Combination Effect Studies with Pesticides in Algal Biotests Ecotoxicol. Environ. Saf.20(1): 98-114","851",null,null,"Do Not Use - EC75 value too high."]
["Freshwater/non-metal/plant","851-4",62,0.70454545454545459,null,"Chlorella fusca","Beginning of growth cycle","24 hr","EC25","Cellular reproduction","73 nM","Microalga","Chlorophyta","Trebouxiophyceae","Grimme and Boardman growth medium","28±0.5","Acute ",6.3,"N.A.","Altenburger,R., W. Bodeker, M. Faust, and L.H. Grimme (1990) Evaluation of the Isobologram Method for the Assessment of Mixtures of Chemicals: Combination Effect Studies with Pesticides in Algal Biotests Ecotoxicol. Environ. Saf.20(1): 98-114","851",null,null,"Atrazine 99%"]
["Freshwater/non-metal/plant","851-5",62,0.70454545454545459,null,"Chlorella fusca","Beginning of growth cycle","24 hr","EC50","Cellular reproduction","120 nM","Microalga","Chlorophyta","Trebouxiophyceae","Grimme and Boardman growth medium","28±0.5","Acute ",6.3,"N.A.","Altenburger,R., W. Bodeker, M. Faust, and L.H. Grimme (1990) Evaluation of the Isobologram Method for the Assessment of Mixtures of Chemicals: Combination Effect Studies with Pesticides in Algal Biotests Ecotoxicol. Environ. Saf.20(1): 98-114","851",null,null,"Atrazine 99%"]
["Freshwater/non-metal/plant","851-6",62,0.70454545454545459,null,"Chlorella fusca","Beginning of growth cycle","24 hr","EC75","Cellular reproduction","199 nM","Microalga","Chlorophyta","Trebouxiophyceae","Grimme and Boardman growth medium","28±0.5","Acute ",6.3,"N.A.","Altenburger,R., W. Bodeker, M. Faust, and L.H. Grimme (1990) Evaluation of the Isobologram Method for the Assessment of Mixtures of Chemicals: Combination Effect Studies with Pesticides in Algal Biotests Ecotoxicol. Environ. Saf.20(1): 98-114","851",null,null,"Do Not Use - EC75 value too high."]
[]
["MEW_nonplant","1116-1",49,0.76595744680850997,"Toxicity value is highest concentration tested","Neohelice granulata","Ovigerous females","32 day","NOEC","Reproduction: Hatched larvae per female","15mg/L","Macroinvertebrate","Arthropoda","Malacostraca","Artificial seawater (dechlorinated tap water with artifical seawater salts)","25 ± 1","Chronic","8±0.5","30 ppt","Alvarez,N.B., L. Avigliano, C. Mac Loughlin, and E.M. Rodriguez (2015) The Adverse Effect of the Herbicide Atrazine on the Reproduction in the Intertidal Varunid Crab Neohelice granulata (Dana, 1851) Region. Stud. Mar. Sci.1:1-6 ","1116",null,null,"Do Not Use - Formulation"]
["MEW_nonplant","1116-2",49,0.76595744680850997,"Toxicity value is highest concentration tested","Neohelice granulata","Ovigerous females","32 day","NOEC","Incubation time","15mg/L","Macroinvertebrate","Arthropoda","Malacostraca","Artificial seawater (dechlorinated tap water with artifical seawater salts)","25 ± 1","Chronic","8±0.5","30 ppt","Alvarez,N.B., L. Avigliano, C. Mac Loughlin, and E.M. Rodriguez (2015) The Adverse Effect of the Herbicide Atrazine on the Reproduction in the Intertidal Varunid Crab Neohelice granulata (Dana, 1851) Region. Stud. Mar. Sci.1:1-6 ","1116",null,null,"Do Not Use - Non-viable endpoint"]
["MEW_nonplant","1116-3",49,0.76595744680850997,null,"Neohelice granulata","Larvae","32 day","LOEC","Growth: Body size","15mg/L","Macroinvertebrate","Arthropoda","Malacostraca","Artificial seawater (dechlorinated tap water with artifical seawater salts)","25 ± 1","Chronic","8±0.5","30 ppt","Alvarez,N.B., L. Avigliano, C. Mac Loughlin, and E.M. Rodriguez (2015) The Adverse Effect of the Herbicide Atrazine on the Reproduction in the Intertidal Varunid Crab Neohelice granulata (Dana, 1851) Region. Stud. Mar. Sci.1:1-6 ","1116",null,null,"Do Not Use - Formulation"]
["MEW_nonplant","1116-4",49,0.76595744680850997,"","Neohelice granulata","Larvae","32 day","NOEC","Growth: Body size","5mg/L","Macroinvertebrate","Arthropoda","Malacostraca","Artificial seawater (dechlorinated tap water with artifical seawater salts)","25 ± 1","Chronic","8±0.5","30 ppt","Alvarez,N.B., L. Avigliano, C. Mac Loughlin, and E.M. Rodriguez (2015) The Adverse Effect of the Herbicide Atrazine on the Reproduction in the Intertidal Varunid Crab Neohelice granulata (Dana, 1851) Region. Stud. Mar. Sci.1:1-6 ","1116",null,null,"Do Not Use - Formulation"]
["MEW_nonplant","1116-5",49,0.76595744680850997,"Toxicity value is highest concentration tested","Neohelice granulata","Ovigerous females","32 day","NOEC","Mortality","15mg/L","Macroinvertebrate","Arthropoda","Malacostraca","Artificial seawater (dechlorinated tap water with artifical seawater salts)","25 ± 1","Chronic","8±0.5","30 ppt","Alvarez,N.B., L. Avigliano, C. Mac Loughlin, and E.M. Rodriguez (2015) The Adverse Effect of the Herbicide Atrazine on the Reproduction in the Intertidal Varunid Crab Neohelice granulata (Dana, 1851) Region. Stud. Mar. Sci.1:1-6 ","1116",null,null,"Do Not Use - Formulation"]
["MEW_nonplant","1116-6",49,0.76595744680850997,"Toxicity value is highest concentration tested","Neohelice granulata","Ovigerous females","32 day","NOEC","Reproduction: Loss of spawned eggs","15mg/L","Macroinvertebrate","Arthropoda","Malacostraca","Artificial seawater (dechlorinated tap water with artifical seawater salts)","25 ± 1","Chronic","8±0.5","30 ppt","Alvarez,N.B., L. Avigliano, C. Mac Loughlin, and E.M. Rodriguez (2015) The Adverse Effect of the Herbicide Atrazine on the Reproduction in the Intertidal Varunid Crab Neohelice granulata (Dana, 1851) Region. Stud. Mar. Sci.1:1-6 ","1116",null,null,"Do Not Use - Formulation"]
["MEW_nonplant","1116-7",49,0.76595744680850997,"Toxicity value is highest concentration tested","Neohelice granulata","Ovigerous females","32 day","NOEC","Reproduction: Normal hatching","15mg/L","Macroinvertebrate","Arthropoda","Malacostraca","Artificial seawater (dechlorinated tap water with artifical seawater salts)","25 ± 1","Chronic","8±0.5","30 ppt","Alvarez,N.B., L. Avigliano, C. Mac Loughlin, and E.M. Rodriguez (2015) The Adverse Effect of the Herbicide Atrazine on the Reproduction in the Intertidal Varunid Crab Neohelice granulata (Dana, 1851) Region. Stud. Mar. Sci.1:1-6 ","1116",null,null,"Do Not Use - Non-viable endpoint"]
[]
["Freshwater/non-metal/non- plant","1117-1",52,0.5714285714285714,"Toxicity value is highest concentration tested","Chironomus tentans","4th instar larvae","48 hrs","NOEC","Immobilisation","1000ppb","Macroinvertebrate","Arthropoda","Insecta","Reconstituted water","25 ± 1","Acute ","Not stated","N.A.","Anderson,T.D. (2006) Toxicological, Biochemical, and Molecular Effects of Atrazine to the Aquatic Midge Chironomus tentans (Diptera: Chironomidae) Ph.D. Thesis, Kansas State University, Manhattan, KS:155 p. ","1117",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1117-2",50,0.5494505494505495,"Toxicity value is highest concentration tested","Chironomus tentans","4th instar larvae","48 hrs","NOEC","Mortality","1000ppb","Macroinvertebrate","Arthropoda","Insecta","Moderate-hard reconstituted water","25 ± 1","Acute ","Not stated","N.A.","Anderson,T.D. (2006) Toxicological, Biochemical, and Molecular Effects of Atrazine to the Aquatic Midge Chironomus tentans (Diptera: Chironomidae) Ph.D. Thesis, Kansas State University, Manhattan, KS:155 p. ","1117",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1117-3",50,0.5494505494505495,"Toxicity value is highest concentration tested","Chironomus tentans","4th instar larvae","24 hrs","NOEC","Mortality","1000ppb","Macroinvertebrate","Arthropoda","Insecta","Moderate-hard reconstituted water","25 ± 1","Acute ","Not stated","N.A.","Anderson,T.D. (2006) Toxicological, Biochemical, and Molecular Effects of Atrazine to the Aquatic Midge Chironomus tentans (Diptera: Chironomidae) Ph.D. Thesis, Kansas State University, Manhattan, KS:155 p. ","1117",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1117-4",50,0.5494505494505495,"Toxicity value is highest concentration tested","Chironomus tentans","4th instar larvae","12 hrs","NOEC","Mortality","1000ppb","Macroinvertebrate","Arthropoda","Insecta","Moderate-hard reconstituted water","25 ± 1","Acute ","Not stated","N.A.","Anderson,T.D. (2006) Toxicological, Biochemical, and Molecular Effects of Atrazine to the Aquatic Midge Chironomus tentans (Diptera: Chironomidae) Ph.D. Thesis, Kansas State University, Manhattan, KS:155 p. ","1117",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["MEW_nonplant","1118-1",50,0.53191489361702127,"Toxicity value is highest concentration tested","Sciaenops ocellatus","Larvae 15 days post hatch","20 days","NOEC","Standard length","80ppb","Fish ","Chordata","Actinopterygii","Filtered seawater",27,"Chronic","Not stated","30 ppt","Applebaum,S.L. (2008) Regulation of Elements of the Thyroid Hormone and Corticosteroid Systems by Stress, Hormone Treatment, and Atrazine During Ontogeny of Red Drum (Sciaenops ocellatus) Ph.D.Thesis, University of Texas, Austin, TX:130 p. ","1118","high levels of cannabilism and death reduced power of statistical tests","Paper only tested 2 conc of atrazine 20 and 80ppb","Atrazine 98.1% purity"]
["MEW_nonplant","1118-2",50,0.53191489361702127,"Toxicity value is highest concentration tested","Sciaenops ocellatus","Larvae 15 days post hatch","20 days","NOEC","Growth rate (length)","80ppb","Fish ","Chordata","Actinopterygii","Filtered seawater",27,"Chronic","Not stated","30 ppt","Applebaum,S.L. (2008) Regulation of Elements of the Thyroid Hormone and Corticosteroid Systems by Stress, Hormone Treatment, and Atrazine During Ontogeny of Red Drum (Sciaenops ocellatus) Ph.D.Thesis, University of Texas, Austin, TX:130 p. ","1118","high levels of cannabilism and death reduced power of statistical tests",null,"Atrazine 98.1% purity"]
["MEW_nonplant","1118-3",50,0.53191489361702127,"Toxicity value is highest concentration tested","Sciaenops ocellatus","Larvae 15 days post hatch","15 days","NOEC","Standard length","80ppb","Fish ","Chordata","Actinopterygii","Filtered seawater",27,"Chronic","Not stated","30 ppt","Applebaum,S.L. (2008) Regulation of Elements of the Thyroid Hormone and Corticosteroid Systems by Stress, Hormone Treatment, and Atrazine During Ontogeny of Red Drum (Sciaenops ocellatus) Ph.D.Thesis, University of Texas, Austin, TX:130 p. ","1118","removal of large fish to reduce cannabilism seen in experiment 1",null,"Atrazine 98.1% purity"]
["MEW_nonplant","1118-3",50,0.53191489361702127,"The highest possible grade for this datum is acceptable.","Sciaenops ocellatus","Larvae 15 days post hatch","15 days","LOEC","Standard length","20ppb","Fish ","Chordata","Actinopterygii","Filtered seawater",27,"Chronic","Not stated","30 ppt","Applebaum,S.L. (2008) Regulation of Elements of the Thyroid Hormone and Corticosteroid Systems by Stress, Hormone Treatment, and Atrazine During Ontogeny of Red Drum (Sciaenops ocellatus) Ph.D.Thesis, University of Texas, Austin, TX:130 p. ","1118","20ppb had sig effect on size whilst 80ppb did not, speculate that atrazine reduced the body density of fish whilst not reducing length",null,"Atrazine 98.1% purity"]
[]
["Freshwater/non-metal/non- plant","1119-1",56,0.61538461538461542,"Toxicity value is highest concentration tested","Spea multiplicata","Tadpole (2 days post-hatch)","43 days","NOEC","Mortality","50ug/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water",24.6,"Chronic",7.2,"N.A.","Bagwill,A.L. (2012) Evaluation of Amphibian Communities of Playa Wetlands in the Southern High Plains, Texas and Physiological Effects of Environmental Stressors on the New Mexico Spadefoot Toad, Spea multiplicata Ph.D.Thesis, Oklahoma State University, Stillwater, OK:145 p.","1119",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/non- plant","1119-2",56,0.61538461538461542,"Toxicity value is highest concentration tested","Spea multiplicata","Tadpole (2 days post-hatch)","43 days","NOEC","Metamorphosis success","50ug/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water",24.6,"Chronic",7.2,"N.A.","Bagwill,A.L. (2012) Evaluation of Amphibian Communities of Playa Wetlands in the Southern High Plains, Texas and Physiological Effects of Environmental Stressors on the New Mexico Spadefoot Toad, Spea multiplicata Ph.D.Thesis, Oklahoma State University, Stillwater, OK:145 p.","1119",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/non- plant","1119-3",56,0.61538461538461542,"Toxicity value is highest concentration tested","Spea multiplicata","Tadpole (2 days post-hatch)","43 days","NOEC","Growth: Snout-vent-length","50ug/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water",24.6,"Chronic",7.2,"N.A.","Bagwill,A.L. (2012) Evaluation of Amphibian Communities of Playa Wetlands in the Southern High Plains, Texas and Physiological Effects of Environmental Stressors on the New Mexico Spadefoot Toad, Spea multiplicata Ph.D.Thesis, Oklahoma State University, Stillwater, OK:145 p.","1119",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/non- plant","1119-4",56,0.61538461538461542,"Toxicity value is highest concentration tested","Spea multiplicata","Tadpole (2 days post-hatch)","43 days","NOEC","Growth: Body weight index","50ug/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water",24.6,"Chronic",7.2,"N.A.","Bagwill,A.L. (2012) Evaluation of Amphibian Communities of Playa Wetlands in the Southern High Plains, Texas and Physiological Effects of Environmental Stressors on the New Mexico Spadefoot Toad, Spea multiplicata Ph.D.Thesis, Oklahoma State University, Stillwater, OK:145 p.","1119",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/non- plant","1119-5",56,0.61538461538461542,"The highest possible grade for this datum is acceptable.","Spea multiplicata","Tadpole (2 days post-hatch)","43 days","NOEC","Time to metamorphosis","50ug/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water",24.6,"Chronic",7.2,"N.A.","Bagwill,A.L. (2012) Evaluation of Amphibian Communities of Playa Wetlands in the Southern High Plains, Texas and Physiological Effects of Environmental Stressors on the New Mexico Spadefoot Toad, Spea multiplicata Ph.D.Thesis, Oklahoma State University, Stillwater, OK:145 p.","1119",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/non- plant","1120-1",29,0.36263736263736263,"Only one concentration tested","Aedes albopictus","<24hr 1st instar larvae","N.A.","LOEC","Pupae emergence rate","5mg/L","Macroinvertebrate","Arthropoda","Insecta","Live oak leaf infusion","25°C","Acute ","Not stated","N.A.","Bara,J.J., A. Montgomery, and E.J. Muturi (2014) Sublethal Effects of Atrazine and Glyphosate on Life History Traits of Aedes aegypti and Aedes albopictus (Diptera: Culicidae) Parasitol. Res.113:2879-2886","1120",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","1120-2",29,0.36263736263736263,"Only one concentration tested","Aedes albopictus","<24hr 1st instar larvae","N.A.","LOEC","Sex ratio","5mg/L","Macroinvertebrate","Arthropoda","Insecta","Live oak leaf infusion","25°C","Acute ","Not stated","N.A.","Bara,J.J., A. Montgomery, and E.J. Muturi (2014) Sublethal Effects of Atrazine and Glyphosate on Life History Traits of Aedes aegypti and Aedes albopictus (Diptera: Culicidae) Parasitol. Res.113:2879-2886","1120",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","1120-3",33,0.36263736263736263,"Only one concentration tested","Aedes aegypti","<24hr 1st instar larvae","N.A.","LOEC","Sex ratio","5mg/L","Macroinvertebrate","Arthropoda","Insecta","Live oak leaf infusion","25°C","Acute ","Not stated","N.A.","Bara,J.J., A. Montgomery, and E.J. Muturi (2014) Sublethal Effects of Atrazine and Glyphosate on Life History Traits of Aedes aegypti and Aedes albopictus (Diptera: Culicidae) Parasitol. Res.113:2879-2886","1120",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","1120-4",33,0.36263736263736263,"Only one concentration tested","Aedes aegypti","<24hr 1st instar larvae","N.A.","LOEC","Pupae emergence rate","5mg/L","Macroinvertebrate","Arthropoda","Insecta","Live oak leaf infusion","25°C","Acute ","Not stated","N.A.","Bara,J.J., A. Montgomery, and E.J. Muturi (2014) Sublethal Effects of Atrazine and Glyphosate on Life History Traits of Aedes aegypti and Aedes albopictus (Diptera: Culicidae) Parasitol. Res.113:2879-2886","1120",null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/plant","1121-1",68,0.74725274725274726,null,"Pseudokirchneriella subcapitata","Not stated","48 hrs","EC50","Growth inhibition: Growth rate: fluorescence","150ug/L","Microalga","Chlorophyta","Chlorophyceae  ","ISO media; synthetic dilution water","20±2","Chronic","8.3 + 0.2","N.A.","Baun,A., S.N. Sorensen, R.F. Rasmussen, N.B. Hartmann, and C.B. Koch (2008) Toxicity and Bioaccumulation of Xenobiotic Organic Compounds in the Presence of Aqueous Suspensions of Aggregates of Nano-C60 Aquat. Toxicol.86(3): 379-387 ","1121",null,null,"Do Not Use - Non-viable endpoint"]
[]
["Freshwater/non-metal/plant","1122-1",65,0.73863636363636365,"","Oophila sp.","4-6d old","96 hrs","EC10","Growth rate: cell density","147 ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1122-2",65,0.73863636363636365,"","Oophila sp.","4-6d old","96 hrs","EC25","Growth rate: cell density","210 ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1122-3",65,0.73863636363636365,"","Oophila sp.","4-6d old","96 hrs","EC50","Growth rate: cell density","299 ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1122-4",65,0.73863636363636365,"","Oophila sp.","4-6d old","96 hrs","EC10","Growth: Optical density","65 ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1122-5",65,0.73863636363636365,"","Oophila sp.","4-6d old","96 hrs","EC25","Growth: Optical density","105 ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1122-6",65,0.73863636363636365,"","Oophila sp.","4-6d old","96 hrs","EC50","Growth: Optical density","169 ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1122-7",57,0.64772727272727271,"Average from 4  replicates (reported as 29-119)","Oophila sp.","4-6d old","96 hrs","NOEC","Growth rate: cell density","52.7 ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1122-8",57,0.64772727272727271,"Average from 4  replicates","Oophila sp.","4-6d old","96 hrs","LOEC","Growth rate: cell density","174.25 ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1122-9",57,0.64772727272727271,"Average from 4  replicates (reported as 29-119)","Oophila sp.","4-6d old","96 hrs","NOEC","Growth: Optical density","72 ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1122-10",57,0.64772727272727271,"Average from 4  replicates","Oophila sp.","4-6d old","96 hrs","LOEC","Growth: Optical density","221.5 ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["Freshwater/non-metal/plant","1123-1",52,0.59090909090909094,"Toxicity value is lowest concentration tested","Pseudokirchneriella subcapitata","Exponential growth phase","24 hr","LOEC","Growth rate: Cell density ","150ug/L","Microalga","Chlorophyta","Chlorophyceae  ","AAP growth media","24 ± 2","Acute ","not stated","N.A.","Baxter,L., R. Brain, R. Prosser, K. Solomon, and M. Hanson (2013) Sensitivity of a Green Alga to Atrazine is not Enhanced by Previous Acute Exposure Environ. Pollut.181:325-328 ","1123",null,"Initial pulse, secondary pulse data not included ","Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1123-2",52,0.59090909090909094,"Toxicity value is lowest concentration tested","Pseudokirchneriella subcapitata","Exponential growth phase","24 hr","LOEC","Growth inhibition: Cell density","150ug/L","Microalga","Chlorophyta","Chlorophyceae  ","AAP growth media","24 ± 2","Acute ","not stated","N.A.","Baxter,L., R. Brain, R. Prosser, K. Solomon, and M. Hanson (2013) Sensitivity of a Green Alga to Atrazine is not Enhanced by Previous Acute Exposure Environ. Pollut.181:325-328 ","1123",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1123-3",52,0.59090909090909094,"Toxicity value is lowest concentration tested","Pseudokirchneriella subcapitata","Exponential growth phase","24 hr","LOEC","Chl-a concentration","150ug/L","Microalga","Chlorophyta","Chlorophyceae  ","AAP growth media","24 ± 2","Acute ","not stated","N.A.","Baxter,L., R. Brain, R. Prosser, K. Solomon, and M. Hanson (2013) Sensitivity of a Green Alga to Atrazine is not Enhanced by Previous Acute Exposure Environ. Pollut.181:325-328 ","1123",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["Freshwater/non-metal/non- plant","1124-1",67,0.73626373626373631,"Toxicity value is highest concentration tested","Ambystoma maculatum","Embryo","66 day","NOEC","Body length","338 ug/L","Amphibian","Chordata","Amphibia","Non-chlorinated Guelph well water","10-10.9","Chronic","8.2-8.4","N.A.","Baxter,L., R.A. Brain, A.J. Hosmer, M. Nema, K.M. Muller, K.R. Solomon, and M.L. Hanson (2015) Effects of Atrazine on Egg Masses of the Yellow-Spotted Salamander (Ambystoma maculatum) and Its Endosymbiotic Alga (Oophila amblystomatis) Environ. Pollut.206:324-331 ","1124",null,null,"Atrazine 96.2% pure"]
["Freshwater/non-metal/non- plant","1124-2",67,0.73626373626373631,"Toxicity value is highest concentration tested","Ambystoma maculatum","Embryo","66 day","NOEC","Hatching success (%)","338 ug/L","Amphibian","Chordata","Amphibia","Non-chlorinated Guelph well water","10-10.9","Chronic","8.2-8.4","N.A.","Baxter,L., R.A. Brain, A.J. Hosmer, M. Nema, K.M. Muller, K.R. Solomon, and M.L. Hanson (2015) Effects of Atrazine on Egg Masses of the Yellow-Spotted Salamander (Ambystoma maculatum) and Its Endosymbiotic Alga (Oophila amblystomatis) Environ. Pollut.206:324-331 ","1124",null,null,"Atrazine 96.2% pure"]
["Freshwater/non-metal/non- plant","1124-3",67,0.73626373626373631,"Toxicity value is highest concentration tested","Ambystoma maculatum","Embryo","66 day","NOEC","Time to hatch","338 ug/L","Amphibian","Chordata","Amphibia","Non-chlorinated Guelph well water","10-10.9","Chronic","8.2-8.4","N.A.","Baxter,L., R.A. Brain, A.J. Hosmer, M. Nema, K.M. Muller, K.R. Solomon, and M.L. Hanson (2015) Effects of Atrazine on Egg Masses of the Yellow-Spotted Salamander (Ambystoma maculatum) and Its Endosymbiotic Alga (Oophila amblystomatis) Environ. Pollut.206:324-331 ","1124",null,null,"Atrazine 96.2% pure"]
["Freshwater/non-metal/plant","1124-4",64,0.72727272727272729,"","Oophila sp.","6 week old culture","96 hrs","NOEC","Growth rate: cell density","118ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media",18,"Chronic","not stated","N.A.","Baxter,L., R.A. Brain, A.J. Hosmer, M. Nema, K.M. Muller, K.R. Solomon, and M.L. Hanson (2015) Effects of Atrazine on Egg Masses of the Yellow-Spotted Salamander (Ambystoma maculatum) and Its Endosymbiotic Alga (Oophila amblystomatis) Environ. Pollut.206:324-331 ","1124",null,null,"Atrazine 96.2% pure"]
["Freshwater/non-metal/plant","1124-5",64,0.72727272727272729,"","Oophila sp.","6 week old culture","96 hrs","NOEC","Growth: Optical density","118ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media",18,"Chronic","not stated","N.A.","Baxter,L., R.A. Brain, A.J. Hosmer, M. Nema, K.M. Muller, K.R. Solomon, and M.L. Hanson (2015) Effects of Atrazine on Egg Masses of the Yellow-Spotted Salamander (Ambystoma maculatum) and Its Endosymbiotic Alga (Oophila amblystomatis) Environ. Pollut.206:324-331 ","1124",null,null,"Do Not Use - Optical density not well correlated with cell density."]
["Freshwater/non-metal/plant","1124-6",64,0.72727272727272729,"","Oophila sp.","6 week old culture","96 hrs","LOEC","Growth: Optical density","350ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media",18,"Chronic","not stated","N.A.","Baxter,L., R.A. Brain, A.J. Hosmer, M. Nema, K.M. Muller, K.R. Solomon, and M.L. Hanson (2015) Effects of Atrazine on Egg Masses of the Yellow-Spotted Salamander (Ambystoma maculatum) and Its Endosymbiotic Alga (Oophila amblystomatis) Environ. Pollut.206:324-331 ","1124",null,null,"Do Not Use - Optical density not well correlated with cell density."]
["Freshwater/non-metal/plant","1124-7",64,0.72727272727272729,"","Oophila sp.","6 week old culture","96 hrs","LOEC","Growth rate: cell density","350ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media",18,"Chronic","not stated","N.A.","Baxter,L., R.A. Brain, A.J. Hosmer, M. Nema, K.M. Muller, K.R. Solomon, and M.L. Hanson (2015) Effects of Atrazine on Egg Masses of the Yellow-Spotted Salamander (Ambystoma maculatum) and Its Endosymbiotic Alga (Oophila amblystomatis) Environ. Pollut.206:324-331 ","1124",null,null,"Atrazine 96.2% pure"]
["Freshwater/non-metal/plant","1124-8",68,0.83,"","Oophila sp.","6 week old culture","96 hrs","EC10","Growth: Optical density","59.3ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media",18,"Chronic","not stated","N.A.","Baxter,L., R.A. Brain, A.J. Hosmer, M. Nema, K.M. Muller, K.R. Solomon, and M.L. Hanson (2015) Effects of Atrazine on Egg Masses of the Yellow-Spotted Salamander (Ambystoma maculatum) and Its Endosymbiotic Alga (Oophila amblystomatis) Environ. Pollut.206:324-331 ","1124",null,null,"Do Not Use - Optical density not well correlated with cell density."]
["Freshwater/non-metal/plant","1124-9",73,0.82954545454545459,"","Oophila sp.","6 week old culture","96 hrs","EC25","Growth: Optical density","101ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media",18,"Chronic","not stated","N.A.","Baxter,L., R.A. Brain, A.J. Hosmer, M. Nema, K.M. Muller, K.R. Solomon, and M.L. Hanson (2015) Effects of Atrazine on Egg Masses of the Yellow-Spotted Salamander (Ambystoma maculatum) and Its Endosymbiotic Alga (Oophila amblystomatis) Environ. Pollut.206:324-331 ","1124",null,null,"Do Not Use - Optical density not well correlated with cell density."]
["Freshwater/non-metal/plant","1124-10",73,0.82954545454545459,"","Oophila sp.","6 week old culture","96 hrs","EC50","Growth: Optical density","171ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media",18,"Chronic","not stated","N.A.","Baxter,L., R.A. Brain, A.J. Hosmer, M. Nema, K.M. Muller, K.R. Solomon, and M.L. Hanson (2015) Effects of Atrazine on Egg Masses of the Yellow-Spotted Salamander (Ambystoma maculatum) and Its Endosymbiotic Alga (Oophila amblystomatis) Environ. Pollut.206:324-331 ","1124",null,null,"Do Not Use - Optical density not well correlated with cell density."]
["Freshwater/non-metal/plant","1124-11",73,0.82954545454545459,"","Oophila sp.","6 week old culture","96 hrs","EC10","Growth rate: cell density","111ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media",18,"Chronic","not stated","N.A.","Baxter,L., R.A. Brain, A.J. Hosmer, M. Nema, K.M. Muller, K.R. Solomon, and M.L. Hanson (2015) Effects of Atrazine on Egg Masses of the Yellow-Spotted Salamander (Ambystoma maculatum) and Its Endosymbiotic Alga (Oophila amblystomatis) Environ. Pollut.206:324-331 ","1124",null,null,"Atrazine 96.2% pure"]
["Freshwater/non-metal/plant","1124-12",73,0.82954545454545459,"","Oophila sp.","6 week old culture","96 hrs","EC25","Growth rate: cell density","178ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media",18,"Chronic","not stated","N.A.","Baxter,L., R.A. Brain, A.J. Hosmer, M. Nema, K.M. Muller, K.R. Solomon, and M.L. Hanson (2015) Effects of Atrazine on Egg Masses of the Yellow-Spotted Salamander (Ambystoma maculatum) and Its Endosymbiotic Alga (Oophila amblystomatis) Environ. Pollut.206:324-331 ","1124",null,null,"Atrazine 96.2% pure"]
["Freshwater/non-metal/plant","1124-13",73,0.82954545454545459,"","Oophila sp.","6 week old culture","96 hrs","EC50","Growth rate: cell density","284ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Sterilised Bristol's media",18,"Chronic","not stated","N.A.","Baxter,L., R.A. Brain, A.J. Hosmer, M. Nema, K.M. Muller, K.R. Solomon, and M.L. Hanson (2015) Effects of Atrazine on Egg Masses of the Yellow-Spotted Salamander (Ambystoma maculatum) and Its Endosymbiotic Alga (Oophila amblystomatis) Environ. Pollut.206:324-331 ","1124",null,null,"Atrazine 96.2% pure"]
[]
["Freshwater/non-metal/non- plant","1125-1",59,0.64835164835164838,"Toxicity value is highest concentration tested","Stagnicola elodes","Juvenile (6 to 9mm shell length)","70d","NOEC","Shell length","100.6ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic","7.0-8.0","N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125","Mesocosm experiment",null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1125-2",59,0.64835164835164838,"Toxicity value is highest concentration tested","Stagnicola elodes","Juvenile (6 to 9mm shell length) and Adult (21.4±3.47mm shell length)","70d","NOEC","Population growth","100.6ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic","7.0-8.0","N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125","Mesocosm experiment",null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1125-3",59,0.64835164835164838,"Toxicity value is highest concentration tested","Stagnicola elodes","Adult (21.4±3.47mm shell length)","70d","NOEC","Fecundity: Number of eggs per egg mass","100.6ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic","7.0-8.0","N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125","Mesocosm experiment",null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1125-3",59,0.64835164835164838,"Toxicity value is highest concentration tested","Stagnicola elodes","Adult (21.4±3.47mm shell length)","70d","NOEC","Fecundity: Number of egg masses per snail","100.6ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic","7.0-8.0","N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125","Mesocosm experiment",null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1125-1",59,0.64835164835164838,"Toxicity value is highest concentration tested","Physella spp. ","Juvenile (<2mm shell length)","70d","NOEC","Shell length","100.6ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic","7.0-8.0","N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125","Mesocosm experiment",null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1125-2",59,0.64835164835164838,"Toxicity value is highest concentration tested","Physella spp. ","Juvenile (<2mm shell length) and Adult (10.4±1.35mm shell length)","70d","NOEC","Population growth","100.6ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic","7.0-8.0","N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125","Mesocosm experiment",null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1125-3",59,0.64835164835164838,"Toxicity value is highest concentration tested","Physella spp. ","Adult (10.4±1.35mm shell length)","70d","NOEC","Fecundity: Number of eggs per egg mass","100.6ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic","7.0-8.0","N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125","Mesocosm experiment",null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1125-3",59,0.64835164835164838,"Toxicity value is highest concentration tested","Physella spp. ","Adult (10.4±1.35mm shell length)","70d","NOEC","Fecundity: Number of egg masses per snail","100.6ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic","7.0-8.0","N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125","Mesocosm experiment",null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1125-4",56,0.63636363636363635,"","Myriophyllum spicatum","Not stated","70d","NOEC","Growth inhibition: Roots: Wet weight","28.4ug/L","Macrophyte","Tracheophyta",null,"Spring water","15-25","Chronic","7.0-8.0","N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696","1125","Mesocosm experiment",null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1125-5",56,0.63636363636363635,"","Myriophyllum spicatum","Not stated","70d","NOEC","Growth inhibition: Roots: Dry weight","28.4ug/L","Macrophyte","Tracheophyta",null,"Spring water","15-25","Chronic","7.0-8.0","N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696","1125","Mesocosm experiment",null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1125-6",56,0.63636363636363635,"","Myriophyllum spicatum","Not stated","70d","NOEC","Growth inhibition: Shoots: Wet weight","28.4ug/L","Macrophyte","Tracheophyta",null,"Spring water","15-25","Chronic","7.0-8.0","N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696","1125","Mesocosm experiment",null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1125-7",56,0.63636363636363635,"","Myriophyllum spicatum","Not stated","70d","NOEC","Growth inhibition: Shoots: Dry weight","28.4ug/L","Macrophyte","Tracheophyta",null,"Spring water","15-25","Chronic","7.0-8.0","N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696","1125","Mesocosm experiment",null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1125-6",56,0.63636363636363635,"","Elodea canadensis","Not stated","70d","LOEC","Growth inhibition: Shoots: Wet weight","100.6ug/L","Macrophyte","Tracheophyta",null,"Spring water","15-25","Chronic","7.0-8.0","N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696","1125","Mesocosm experiment",null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1125-7",56,0.63636363636363635,"","Elodea canadensis","Not stated","70d","LOEC","Growth inhibition: Shoots: Dry weight","100.6ug/L","Macrophyte","Tracheophyta",null,"Spring water","15-25","Chronic","7.0-8.0","N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696","1125","Mesocosm experiment",null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["MEW_nonplant","1126-1",53,0.56382978723404253,"Toxicity value is highest concentration tested","Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations","NOEC","Survival","250ug/L","Microinvertebrate","Arthropoda","Maxillopoda","Filtered seawater","25°C","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["MEW_nonplant","1126-2",53,0.56382978723404253,"Toxicity value is highest concentration tested","Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations)","NOEC","Time to maturity","250ug/L","Microinvertebrate","Arthropoda","Maxillopoda","Filtered seawater","25°C","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["MEW_nonplant","1126-3",53,0.56382978723404253,"Toxicity value is highest concentration tested","Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations)","NOEC","Sex ratio","250ug/L","Microinvertebrate","Arthropoda","Maxillopoda","Filtered seawater","25°C","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["MEW_nonplant","1126-4",53,0.56382978723404253,"Toxicity value is highest concentration tested","Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations)","NOEC","Time to egg extrusion","250ug/L","Microinvertebrate","Arthropoda","Maxillopoda","Filtered seawater","25°C","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["MEW_nonplant","1126-5",53,0.56382978723404253,"Toxicity value is highest concentration tested","Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations)","NOEC","Time to hatch","250ug/L","Microinvertebrate","Arthropoda","Maxillopoda","Filtered seawater","25°C","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["MEW_nonplant","1126-6",53,0.56382978723404253,"Toxicity value is highest concentration tested","Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations)","NOEC","Hatched larvae per female","250ug/L","Microinvertebrate","Arthropoda","Maxillopoda","Filtered seawater","25°C","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["MEW_nonplant","1126-7",53,0.56382978723404253,"","Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations)","LOEC","Viable offsping production per female","2.5 ug/L","Microinvertebrate","Arthropoda","Maxillopoda","Filtered seawater","25°C","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["MEW_nonplant","1126-8",53,0.56382978723404253,null,"Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations)","LOEC","Reproductive failure","25 ug/L","Microinvertebrate","Arthropoda","Maxillopoda","Filtered seawater","25°C","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["Freshwater/non-metal/plant","1127-1",60,0.68181818181818177,"Test run using fresh algae","Pseudokirchneriella subcapitata","20,000 cells/mL","72 hours","EC50","Growth: Cell density","164.3ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Deionised water and ISO media","24 ± 2","Chronic","not stated","N.A.","Benhra,A., C.M. Radetski, and J.F. Ferard (1997) Cryoalgotox: Use of Cryopreserved Alga in a Semistatic Microplate Test Environ. Toxicol. Chem.16(3): 505-508 ","1127",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1127-2",60,0.68181818181818177,"Test run using cryopreserved algae","Pseudokirchneriella subcapitata","20,000 cells/mL","72 hours","EC50","Growth: Cell density","92.9 ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Deionised water and ISO media","24 ± 2","Chronic","not stated","N.A.","Benhra,A., C.M. Radetski, and J.F. Ferard (1997) Cryoalgotox: Use of Cryopreserved Alga in a Semistatic Microplate Test Environ. Toxicol. Chem.16(3): 505-508 ","1127",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/plant","1128-1",57,0.64772727272727271,null,"Oscillatoria limnetica","Not stated","9 day","EC50","Growth: Cell density","24.2 ug/L","Microalga","Cyanobacteria","Cyanophyceae","Z media","13±1","Chronic","not stated","N.A.","Berard,A., C. Leboulanger, and T. Pelte (1999) Tolerance of Oscillatoria limnetica Lemmermann to Atrazine in Natural Phytoplankton Populations and in Pure Culture: Influence of Season and Temperature Arch. Environ. Contam. Toxicol.37(4): 472-479","1128",null,"Other toxicity values in paper but not viable.","Atrazine 98%"]
["Freshwater/non-metal/plant","1128-2",57,0.64772727272727271,null,"Oscillatoria limnetica","Not stated","6 day","EC50","Growth: Cell density","52.3 ug/L","Microalga","Cyanobacteria","Cyanophyceae","Z media","20 ± 1","Chronic","not stated","N.A.","Berard,A., C. Leboulanger, and T. Pelte (1999) Tolerance of Oscillatoria limnetica Lemmermann to Atrazine in Natural Phytoplankton Populations and in Pure Culture: Influence of Season and Temperature Arch. Environ. Contam. Toxicol.37(4): 472-479","1128",null,null,"Atrazine 98%"]
[]
["Freshwater/non-metal/non- plant","1129-1",70,0.76923076923076927,null,"Oncorhynchus mykiss","Embryo/Larvae","28 days","LC50","Mortality","0.87mg/L","Fish","Chordata","\tActinopterygii","Synthetic culture water (distilled, double deionised)","12.0-14.0","Chronic","7.0-7.8","N.A.","Birge,W.J., J.A. Black, A.G. Westerman, and B.A. Ramey (1983) Fish and Amphibian Embryos - a Model System for Evaluating Teratogenicity Fundam. Appl. Toxicol.3:237-242 ","1129",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/non- plant","1129-2",70,0.76923076923076927,null,"Ictalurus punctatus","Embryo/Larvae","10 days","LC50","Mortality","0.22mg/L","Fish","Chordata","\tActinopterygii","Synthetic culture water (distilled, double deionised)",26,"Acute ","7.0-7.8","N.A.","Birge,W.J., J.A. Black, A.G. Westerman, and B.A. Ramey (1983) Fish and Amphibian Embryos - a Model System for Evaluating Teratogenicity Fundam. Appl. Toxicol.3:237-242 ","1129",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/non- plant","1129-3",70,0.76923076923076927,"Toxicity value is highest concentration tested","Bufo americanus","Embryo","8 days","LC50","Mortality",">48mg/L","Fish","Chordata","\tActinopterygii","Synthetic culture water (distilled, double deionised)","19-22","Acute ","7.0-7.8","N.A.","Birge,W.J., J.A. Black, A.G. Westerman, and B.A. Ramey (1983) Fish and Amphibian Embryos - a Model System for Evaluating Teratogenicity Fundam. Appl. Toxicol.3:237-242 ","1129",null,null,"Do Not Use - LC50 value not obtained."]
["Freshwater/non-metal/non- plant","1129-4",70,0.76923076923076927,null,"Rana catesbeiana","Embryo","8 days","LC50","Mortality","0.41mg/L","Fish","Chordata","\tActinopterygii","Synthetic culture water (distilled, double deionised)","19-22","Acute ","7.0-7.8","N.A.","Birge,W.J., J.A. Black, A.G. Westerman, and B.A. Ramey (1983) Fish and Amphibian Embryos - a Model System for Evaluating Teratogenicity Fundam. Appl. Toxicol.3:237-242 ","1129",null,null,"Do Not Use - Unknown purity"]
[]
["MEW_nonplant","1130-1",42,0.44680851063829785,"","Crassostrea gigas","Adult","8 weeks","NOEC","Mortality","465nM","Macroinvertebrate","Mollusca","Bivalvia","Natural seawater","19.5 ±1","Chronic","Not stated","Not stated","Bouilly,K., A. Leitao, H. McCombie, and S. Lapegue (2003) Impact of Atrazine on Aneuploidy in Pacific Oysters, Crassostrea gigas Environ. Toxicol. Chem.22(1): 219-223","1130",null,null,"Do Not Use - Failed QAQC"]
["MEW_nonplant","1130-2",42,0.44680851063829785,"OTHER ENDPOINTS PRESENT IN PAPER FOR ANEUPLOIDY WHICH CAN BE CORRELATED TO GROWTH BUT THIS IS ONLY MENTIONED IN THE ABSTRACT ","Crassostrea gigas","Juvenile","11 weeks","NOEC","Mortality","465nM","Macroinvertebrate","Mollusca","Bivalvia","Natural seawater","19.5 ±1","Chronic","Not stated","Not stated","Bouilly,K., A. Leitao, H. McCombie, and S. Lapegue (2003) Impact of Atrazine on Aneuploidy in Pacific Oysters, Crassostrea gigas Environ. Toxicol. Chem.22(1): 219-223","1130",null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/non- plant","1132-1",62,0.68131868131868134,"Toxicity value is highest concentration tested","Pimephales promelas","Adult (22 months)","21 day","NOEC","Mortality","43.6 ug/L","Fish","Chordata","\tActinopterygii","Not stated","25 ± 1","Chronic","6.9-7.3","N.A.","Bringolf,R.B., J.B. Belden, and R.C. Summerfelt (2004) Effects of Atrazine on Fathead Minnow in a Short-Term Reproduction Assay Environ. Toxicol. Chem.23(4): 1019-1025 ","1132",null,null,"Atrazine >98% purity"]
["Freshwater/non-metal/non- plant","1132-2",62,0.68131868131868134,"Toxicity value is highest concentration tested","Pimephales promelas","Adult (22 months)","21 day","NOEC","Body length","43.6 ug/L","Fish","Chordata","\tActinopterygii","Not stated","25 ± 1","Chronic","6.9-7.3","N.A.","Bringolf,R.B., J.B. Belden, and R.C. Summerfelt (2004) Effects of Atrazine on Fathead Minnow in a Short-Term Reproduction Assay Environ. Toxicol. Chem.23(4): 1019-1025 ","1132",null,null,"Atrazine >98% purity"]
["Freshwater/non-metal/non- plant","1132-3",62,0.68131868131868134,"Toxicity value is highest concentration tested","Pimephales promelas","Adult (22 months)","21 day","NOEC","Body mass","43.6 ug/L","Fish","Chordata","\tActinopterygii","Not stated","25 ± 1","Chronic","6.9-7.3","N.A.","Bringolf,R.B., J.B. Belden, and R.C. Summerfelt (2004) Effects of Atrazine on Fathead Minnow in a Short-Term Reproduction Assay Environ. Toxicol. Chem.23(4): 1019-1025 ","1132",null,null,"Atrazine >98% purity"]
["Freshwater/non-metal/non- plant","1132-4",62,0.68131868131868134,"Toxicity value is highest concentration tested","Pimephales promelas","Adult (22 months)","21 day","NOEC","Fecundity: Number of eggs","43.6 ug/L","Fish","Chordata","\tActinopterygii","Not stated","25 ± 1","Chronic","6.9-7.3","N.A.","Bringolf,R.B., J.B. Belden, and R.C. Summerfelt (2004) Effects of Atrazine on Fathead Minnow in a Short-Term Reproduction Assay Environ. Toxicol. Chem.23(4): 1019-1025 ","1132",null,null,"Atrazine >98% purity"]
["Freshwater/non-metal/non- plant","1132-5",62,0.68131868131868134,"Toxicity value is highest concentration tested","Pimephales promelas","Adult (22 months)","21 day","NOEC","Fecundity rate: eggs/female/day","43.6 ug/L","Fish","Chordata","\tActinopterygii","Not stated","25 ± 1","Chronic","6.9-7.3","N.A.","Bringolf,R.B., J.B. Belden, and R.C. Summerfelt (2004) Effects of Atrazine on Fathead Minnow in a Short-Term Reproduction Assay Environ. Toxicol. Chem.23(4): 1019-1025 ","1132",null,null,"Atrazine >98% purity"]
["Freshwater/non-metal/non- plant","1132-6",62,0.68131868131868134,"Toxicity value is highest concentration tested","Pimephales promelas","Adult (22 months)","21 day","NOEC","Fertilisation success","43.6 ug/L","Fish","Chordata","\tActinopterygii","Not stated","25 ± 1","Chronic","6.9-7.3","N.A.","Bringolf,R.B., J.B. Belden, and R.C. Summerfelt (2004) Effects of Atrazine on Fathead Minnow in a Short-Term Reproduction Assay Environ. Toxicol. Chem.23(4): 1019-1025 ","1132",null,null,"Atrazine >98% purity"]
["Freshwater/non-metal/non- plant","1132-7",62,0.68131868131868134,"Toxicity value is highest concentration tested","Pimephales promelas","Adult (22 months)","21 day","NOEC","Hatching success ","43.6 ug/L","Fish","Chordata","\tActinopterygii","Not stated","25 ± 1","Chronic","6.9-7.3","N.A.","Bringolf,R.B., J.B. Belden, and R.C. Summerfelt (2004) Effects of Atrazine on Fathead Minnow in a Short-Term Reproduction Assay Environ. Toxicol. Chem.23(4): 1019-1025 ","1132",null,null,"Atrazine >98% purity"]
["Freshwater/non-metal/non- plant","1132-8",62,0.68131868131868134,"Toxicity value is highest concentration tested","Pimephales promelas","Adult (22 months)","21 day","NOEC","Larval survivability","43.6 ug/L","Fish","Chordata","\tActinopterygii","Not stated","25 ± 1","Chronic","6.9-7.3","N.A.","Bringolf,R.B., J.B. Belden, and R.C. Summerfelt (2004) Effects of Atrazine on Fathead Minnow in a Short-Term Reproduction Assay Environ. Toxicol. Chem.23(4): 1019-1025 ","1132",null,null,"Atrazine >98% purity"]
[]
["Freshwater/non-metal/non- plant","638-1",72,0.79120879120879117,"","Rhinella arenarum","Stage 4 Gosner","10 days","LC10","Mortality","15.31 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-2",72,0.79120879120879117,"","Rhinella arenarum","Stage 4 Gosner","14 days","LC10","Mortality","7.84 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-3",72,0.79120879120879117,"","Rhinella arenarum","Stage 4 Gosner","21 days","LC10","Mortality","3.51 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-4",72,0.79120879120879117,"","Rhinella arenarum","Stage 4 Gosner","10 days","LC50","Mortality","25.37 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-5",72,0.79120879120879117,"","Rhinella arenarum","Stage 4 Gosner","14 days","LC50","Mortality","14.41 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-6",72,0.79120879120879117,"","Rhinella arenarum","Stage 4 Gosner","21 day","LC50","Mortality","7.15 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-7",72,0.79120879120879117,"","Rhinella arenarum","Stage 4 Gosner","14 days","LC90","Mortality","26.42 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Do Not Use - LC90 value too high."]
["Freshwater/non-metal/non- plant","638-8",72,0.79120879120879117,"","Rhinella arenarum","Stage 4 Gosner","14 days","LC90","Mortality","14.55 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Do Not Use - LC90 value too high."]
["Freshwater/non-metal/non- plant","638-9",72,0.79120879120879117,"","Rhinella arenarum","Stage 25 Gosner","2 day","LC10","Mortality","25.76 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Acute ","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-10",72,0.79120879120879117,"","Rhinella arenarum","Stage 25 Gosner","4 day","LC10","Mortality","18.28 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Acute ","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-11",72,0.79120879120879117,"","Rhinella arenarum","Stage 25 Gosner","7 day","LC10","Mortality","13.61 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-12",72,0.79120879120879117,"","Rhinella arenarum","Stage 25 Gosner","10 days","LC10","Mortality","8.04 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-13",72,0.79120879120879117,"","Rhinella arenarum","Stage 25 Gosner","14 days","LC10","Mortality","3.36 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-14",72,0.79120879120879117,"","Rhinella arenarum","Stage 25 Gosner","21 day","LC10","Mortality","0.71 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-15",72,0.79120879120879117,"","Rhinella arenarum","Stage 25 Gosner","4 day","LC50","Mortality","27.16 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Acute ","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-16",72,0.79120879120879117,"","Rhinella arenarum","Stage 25 Gosner","7 days","LC50","Mortality","20.11 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-17",72,0.79120879120879117,"","Rhinella arenarum","Stage 25 Gosner","10 days","LC50","Mortality","14.48 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-18",72,0.79120879120879117,"","Rhinella arenarum","Stage 25 Gosner","14 days","LC50","Mortality","7.03 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-19",72,0.79120879120879117,"","Rhinella arenarum","Stage 25 Gosner","21 days","LC50","Mortality","2.32 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-20",72,0.79120879120879117,"","Rhinella arenarum","Stage 25 Gosner","7 days","LC90","Mortality","29.72 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Do Not Use - LC90 value too high."]
["Freshwater/non-metal/non- plant","638-21",72,0.79120879120879117,"","Rhinella arenarum","Stage 25 Gosner","10 days","LC90","Mortality","26.06 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Do Not Use - LC90 value too high."]
["Freshwater/non-metal/non- plant","638-22",72,0.79120879120879117,"","Rhinella arenarum","Stage 25 Gosner","14 days","LC90","Mortality","14.69 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Do Not Use - LC90 value too high."]
["Freshwater/non-metal/non- plant","638-23",72,0.79120879120879117,"","Rhinella arenarum","Stage 25 Gosner","21 day","LC90","Mortality","7.59 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Do Not Use - LC90 value too high."]
["Freshwater/non-metal/non- plant","638-24",72,0.79120879120879117,"","Rhinella arenarum","Stage 38-39 Gosner","7 days","LC10","Mortality","16.26 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-25",72,0.79120879120879117,"","Rhinella arenarum","Stage 38-39 Gosner","14 days","LC10","Mortality","12.65 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-26",72,0.79120879120879117,"","Rhinella arenarum","Stage 38-39 Gosner","21 day","LC10","Mortality","11.51 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-27",72,0.79120879120879117,"","Rhinella arenarum","Stage 38-39 Gosner","28 days","LC10","Mortality","10.02 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-28",72,0.79120879120879117,"","Rhinella arenarum","Stage 38-39 Gosner","14 days","LC50","Mortality","18.27 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-29",72,0.79120879120879117,"","Rhinella arenarum","Stage 38-39 Gosner","21 day","LC50","Mortality","14.43 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-30",72,0.79120879120879117,"","Rhinella arenarum","Stage 38-39 Gosner","28 days","LC50","Mortality","12.63 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-31",72,0.79120879120879117,"","Rhinella arenarum","Stage 38-39 Gosner","21 day","LC90","Mortality","18.07 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Do Not Use - LC90 value too high."]
["Freshwater/non-metal/non- plant","638-32",72,0.79120879120879117,"","Rhinella arenarum","Stage 38-39 Gosner","28 days","LC90","Mortality","15.92 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Do Not Use - LC90 value too high."]
["Freshwater/non-metal/non- plant","638-33",54,0.59340659340659341,"","Rhinella arenarum","Stage 4 Gosner","10 days","LOEC","Mortality","21.5 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-34",54,0.59340659340659341,"","Rhinella arenarum","Stage 4 Gosner","10 days","NOEC","Mortality","18.9 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-35",54,0.59340659340659341,"","Rhinella arenarum","Stage 25 Gosner","7 days","NOEC","Mortality","1 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-36",54,0.59340659340659341,"","Rhinella arenarum","Stage 25 Gosner","14 days","NOEC","Mortality","1 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-37",54,0.59340659340659341,"","Rhinella arenarum","Stage 25 Gosner","21 day","NOEC","Mortality","0.1 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-38",54,0.59340659340659341,"","Rhinella arenarum","Stage 25 Gosner","21 day","LOEC","Mortality","1 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-39",54,0.59340659340659341,"","Rhinella arenarum","Stage 38-39 Gosner","7 day","NOEC","Mortality","5 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-40",54,0.59340659340659341,"","Rhinella arenarum","Stage 38-39 Gosner","14 days","NOEC","Mortality","5 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-41",54,0.59340659340659341,"","Rhinella arenarum","Stage 38-39 Gosner","21 day","NOEC","Mortality","5 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-42",54,0.59340659340659341,"","Rhinella arenarum","Stage 38-39 Gosner","28 days","NOEC","Mortality","5 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-43",54,0.59340659340659341,"","Rhinella arenarum","Stage 38-39 Gosner","35 days","NOEC","Mortality","5 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-44",54,0.59340659340659341,"","Rhinella arenarum","Stage 38-39 Gosner","40 days","NOEC","Mortality","5 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-45",54,0.59340659340659341,"","Rhinella arenarum","Stage 38-39 Gosner","7 days","LOEC","Mortality","10 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-46",54,0.59340659340659341,"","Rhinella arenarum","Stage 38-39 Gosner","14 days","LOEC","Mortality","10 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-47",54,0.59340659340659341,"","Rhinella arenarum","Stage 38-39 Gosner","21 day","LOEC","Mortality","10 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-48",54,0.59340659340659341,"","Rhinella arenarum","Stage 38-39 Gosner","28 days","LOEC","Mortality","10 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-49",54,0.59340659340659341,"<60% survival","Rhinella arenarum","Stage 38-39 Gosner","35 days","LOEC","Mortality","10 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
["Freshwater/non-metal/non- plant","638-50",54,0.59340659340659341,"<40% survival","Rhinella arenarum","Stage 38-39 Gosner","40 days","LOEC","Mortality","10 mg/L","Amphibian","Chordata","Amphibia","A.S. test solution","20±2","Chronic","Not stated","N.A.","Brodeur,J.C., G. Svartz, C.S. Perez-Coll, D.J.G. Marino, and J. Herkovits (2009) Comparative Susceptibility to Atrazine of Three Developmental Stages of Rhinella arenarum and Influence on Metamorphosis: Non-Monotonous Acceleration of the Time to Climax and Delayed Tail Resorption Aquat. Toxicol.91(2): 161-170 ","638",null,null,"Technical grade atrazine purity 98%"]
[]
["Freshwater/non-metal/non- plant","1133-1",33,0.36263736263736263,"Only one concentration tested","Xenopus laevis","NF stage 49","53 day","NOEC","Mortality","0.1ppb ","Amphibian","Chordata","Amphibia","Aerated water and 10% Holtfreter's solution","22±1","Chronic","Not stated","N.A.","Brown,T.M. (2009) The Effects of Pesticide Exposure on Gonadal Development, Phonotaxis, and Calling in the African Clawed Frog, Xenopus laevis Ph.D. Thesis, University of California, Berkeley, CA:358 p. ","1133",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","1133-2",37,0.40659340659340659,"Only one concentration tested","Xenopus laevis","NF stage 49","53 day","NOEC","Growth: Snout-vent-length","0.1ppb ","Amphibian","Chordata","Amphibia","Aerated water and 10% Holtfreter's solution","22±1","Chronic","Not stated","N.A.","Brown,T.M. (2009) The Effects of Pesticide Exposure on Gonadal Development, Phonotaxis, and Calling in the African Clawed Frog, Xenopus laevis Ph.D. Thesis, University of California, Berkeley, CA:358 p. ","1133",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","1133-3",37,0.40659340659340659,"Only one concentration tested","Xenopus laevis","NF stage 49","53 day","NOEC","Body mass","0.1ppb ","Amphibian","Chordata","Amphibia","Aerated water and 10% Holtfreter's solution","22±1","Chronic","Not stated","N.A.","Brown,T.M. (2009) The Effects of Pesticide Exposure on Gonadal Development, Phonotaxis, and Calling in the African Clawed Frog, Xenopus laevis Ph.D. Thesis, University of California, Berkeley, CA:358 p. ","1133",null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/plant","1134-1",56,0.63636363636363635,null,"Ankistrodesmus braunii","Not stated","11 days","EC50","Growth inhibition: Cell density","0.06 ug/L","Microalga","Chlorophyta","Chlorophyceae  ","Bristol's media","24±1","Chronic","not stated","N.A.","Burrell,R.E., W.E. Inniss, and C.I. Mayfield (1985) Detection and Analysis of Interactions Between Atrazine and Sodium Pentachlorophenate with Single and Multiple Algal-Bacterial Populations Arch. Environ. Contam. Toxicol.14:167-177 ","1134",null,null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","1134-2",56,0.63636363636363635,null,"Chlorella vulgaris","Not stated","11 days","EC50","Growth inhibition: Cell density","0.025 ug/L","Microalga","Chlorophyta"," Trebouxiophyceae","Bristol's media","24±1","Chronic","not stated","N.A.","Burrell,R.E., W.E. Inniss, and C.I. Mayfield (1985) Detection and Analysis of Interactions Between Atrazine and Sodium Pentachlorophenate with Single and Multiple Algal-Bacterial Populations Arch. Environ. Contam. Toxicol.14:167-177 ","1134",null,null,"Atrazine 99.9%"]
[]
["Freshwater/non-metal/plant","603-1",57,0.64772727272727271,null,"Chlamydomonas moewusii","1 week old culture","7 days","IC50","Growth inhibition: absorbance: cell density","25.9 uM","Microalga","Chlorophyta","Chlorophyceae  ","Medium A","21±1","Chronic","not stated","N.A.","Cain,J.R., and R.K. Cain (1983) The Effects of Selected Herbicides on Zygospore Germination and Growth of Chlamydomonas moewusii (Chlorophyceae, Volvocales) J. Phycol.19:301-305 1983","603",null,null,"Atrazine technical grade 97.2%"]
["Freshwater/non-metal/plant","603-2",33,0.375,null,"Chlamydomonas moewusii","1 week old culture","7 days","NOEC","Growth inhibition: absorbance: cell density","7.5 uM","Microalga","Chlorophyta","Chlorophyceae  ","Medium A","21±1","Chronic","not stated","N.A.","Cain,J.R., and R.K. Cain (1983) The Effects of Selected Herbicides on Zygospore Germination and Growth of Chlamydomonas moewusii (Chlorophyceae, Volvocales) J. Phycol.19:301-305 1983","603",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","603-3",33,0.375,null,"Chlamydomonas moewusii","1 week old culture","7 days","LOEC","Growth inhibition: absorbance: cell density","10 uM","Microalga","Chlorophyta","Chlorophyceae  ","Medium A","21±1","Chronic","not stated","N.A.","Cain,J.R., and R.K. Cain (1983) The Effects of Selected Herbicides on Zygospore Germination and Growth of Chlamydomonas moewusii (Chlorophyceae, Volvocales) J. Phycol.19:301-305 1983","603",null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/non- plant","1135-1",57,0.62637362637362637,"Toxicity value is highest concentration tested","Coenagrion puella","Larvae (14d old)","105 days","NOEC","Mortality","323.1ppb","Macroinvertebrate","Arthropoda","Insecta","Reconstituted water","20-23","Chronic",7.1,"N.A.","Campero,M., F. Ollevier, and R. Stoks (2007) Ecological Relevance and Sensitivity Depending on the Exposure Time for Two Biomarkers Environ. Toxicol.22(6): 572-581 ","1135",null,null,"Purity >98.9%"]
["Freshwater/non-metal/non- plant","1135-2",57,0.62637362637362637,"Toxicity value is highest concentration tested","Coenagrion puella","Larvae (14d old)","105 days","NOEC","Growth rate: Wet mass","323.1ppb","Macroinvertebrate","Arthropoda","Insecta","Reconstituted water","20-23","Chronic",7.1,"N.A.","Campero,M., F. Ollevier, and R. Stoks (2007) Ecological Relevance and Sensitivity Depending on the Exposure Time for Two Biomarkers Environ. Toxicol.22(6): 572-581 ","1135",null,null,"Purity >98.9%"]
["Freshwater/non-metal/non- plant","1135-3",57,0.62637362637362637,"Toxicity value is highest concentration tested","Coenagrion puella","Larvae (14d old)","105 days","NOEC","Growth inhibition: Head width: Size","323.1ppb","Macroinvertebrate","Arthropoda","Insecta","Reconstituted water","20-23","Chronic",7.1,"N.A.","Campero,M., F. Ollevier, and R. Stoks (2007) Ecological Relevance and Sensitivity Depending on the Exposure Time for Two Biomarkers Environ. Toxicol.22(6): 572-581 ","1135",null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","1135-4",48,0.52747252747252749,"","Coenagrion puella","Larvae (F-2 instar)","7 days","NOEC","Growth rate: wet mass","200ppb","Macroinvertebrate","Arthropoda","Insecta","Reconstituted water","Not stated","Chronic","Not stated","N.A.","Campero,M., F. Ollevier, and R. Stoks (2007) Ecological Relevance and Sensitivity Depending on the Exposure Time for Two Biomarkers Environ. Toxicol.22(6): 572-581 ","1135",null,null,"Purity >98.9%"]
["Freshwater/non-metal/non- plant","1135-5",48,0.52747252747252749,"","Coenagrion puella","Larvae (F-2 instar)","7 days","LOEC","Growth rate: wet mass","320ppb","Macroinvertebrate","Arthropoda","Insecta","Reconstituted water","Not stated","Chronic","Not stated","N.A.","Campero,M., F. Ollevier, and R. Stoks (2007) Ecological Relevance and Sensitivity Depending on the Exposure Time for Two Biomarkers Environ. Toxicol.22(6): 572-581 ","1135",null,null,"Purity >98.9%"]
[]
["Freshwater/non-metal/non- plant","1136-1",57,0.62637362637362637,"Toxicity value is highest concentration tested","Coenagrion puella","2 week old larvae","104 days","NOEC","Growth rate: wet mass","323.1 ppb","Macroinvertebrate","Arthropoda","Insecta","Reconstituted water",23.8,"Chronic",7.39,"N.A.","Campero,M., S. Slos, F. Ollevier, and R. Stoks Sublethal Pesticide Concentrations and Predation Jointly Shape Life History: Behavioral and Physiological Mechanisms Ecol. Appl.17(7): 2111-2122 2007 ","1136",null,null,"Purity >98.9%"]
["Freshwater/non-metal/non- plant","1136-2",57,0.62637362637362637,"Toxicity value is highest concentration tested","Coenagrion puella","2 week old larvae","104 days","NOEC","Growth inhibition: Head width: size","323.1 ppb","Macroinvertebrate","Arthropoda","Insecta","Reconstituted water",23.8,"Chronic",7.39,"N.A.","Campero,M., S. Slos, F. Ollevier, and R. Stoks Sublethal Pesticide Concentrations and Predation Jointly Shape Life History: Behavioral and Physiological Mechanisms Ecol. Appl.17(7): 2111-2122 2007 ","1136",null,null,"Do Not Use - Non-viable endpoint"]
[]
["Freshwater/non-metal/non- plant","640-1",60,0.65934065934065933,"Toxicity value is highest concentration tested","Xenopus laevis","Larvae (48hr old)","80 days","NOEC","Mortality","25 ug/L","Amphibian","Chordata","Amphibia","Artificial pond water/FETAX",21.2,"Chronic",7.8,"N.A.","Carr,J.A., A. Gentles, E.E. Smith, W.L. Goleman, L.J. Urquidi, K. Thuett, R.J. Kendall, J.P. Giesy, T.S. Gross, K.R. Sol (2003) Response of Larval Xenopus laevis to Atrazine: Assessment of Growth, Metamorphosis, and Gonadal and Laryngeal Morphology Environ. Toxicol. Chem.22(2): 396-405","640",null,null,"Atrazine purity 98.6%"]
["Freshwater/non-metal/non- plant","640-2",60,0.65934065934065933,"Toxicity value is highest concentration tested","Xenopus laevis","Larvae","80 days","NOEC","Growth: Body mass","25 ug/L","Amphibian","Chordata","Amphibia","Artificial pond water/FETAX",21.2,"Chronic",7.8,"N.A.","Carr,J.A., A. Gentles, E.E. Smith, W.L. Goleman, L.J. Urquidi, K. Thuett, R.J. Kendall, J.P. Giesy, T.S. Gross, K.R. Sol (2003) Response of Larval Xenopus laevis to Atrazine: Assessment of Growth, Metamorphosis, and Gonadal and Laryngeal Morphology Environ. Toxicol. Chem.22(2): 396-405","640",null,null,"Atrazine purity 98.6%"]
["Freshwater/non-metal/non- plant","640-3",60,0.65934065934065933,"Toxicity value is highest concentration tested","Xenopus laevis","Larvae","80 days","NOEC","Growth: Snout-vent-length","25 ug/L","Amphibian","Chordata","Amphibia","Artificial pond water/FETAX",21.2,"Chronic",7.8,"N.A.","Carr,J.A., A. Gentles, E.E. Smith, W.L. Goleman, L.J. Urquidi, K. Thuett, R.J. Kendall, J.P. Giesy, T.S. Gross, K.R. Sol (2003) Response of Larval Xenopus laevis to Atrazine: Assessment of Growth, Metamorphosis, and Gonadal and Laryngeal Morphology Environ. Toxicol. Chem.22(2): 396-405","640",null,null,"Atrazine purity 98.6%"]
[]
["Freshwater/non-metal/plant","1138-1",56,0.63636363636363635,"","Pseudanabaena galeata","Not stated","96 hrs","LOEC","Growth inhibition: Cell density","0.006 mg/L","Microalga","Cyanobacteria","Cyanophyceae","Romo and Becares media","24 ± 2","Chronic","7.8-8.6","N.A.","Carrasco,J.M., and C. Sabater (1997) Toxicity of Atrazine and Chlorsulfuron to Algae Toxicol. Environ. Chem.59:89-99 1997","1138",null,null,"Atrazine 98% analytical standard"]
["Freshwater/non-metal/plant","1138-2",56,0.63636363636363635,"","Pseudanabaena galeata","Not stated","96 hrs","NOEC","Growth inhibition: Cell density","0.003 mg/L","Microalga","Cyanobacteria","Cyanophyceae","Romo and Becares media","24 ± 2","Chronic","7.8-8.6","N.A.","Carrasco,J.M., and C. Sabater (1997) Toxicity of Atrazine and Chlorsulfuron to Algae Toxicol. Environ. Chem.59:89-99 1997","1138",null,null,"Atrazine 98% analytical standard"]
["Freshwater/non-metal/plant","1138-3",56,0.63636363636363635,null,"Scenedesmus acutus","Not stated","96 hrs","LOEC","Growth inhibition: Cell density","0.008 mg/L","Microalga","Chlorophyta","Chlorophyceae  ","OECD growth media","24 ± 2","Chronic","7.8-8.6","N.A.","Carrasco,J.M., and C. Sabater (1997) Toxicity of Atrazine and Chlorsulfuron to Algae Toxicol. Environ. Chem.59:89-99 1997","1138",null,null,"Atrazine 98% analytical standard"]
["Freshwater/non-metal/plant","1138-4",56,0.63636363636363635,"","Scenedesmus acutus","Not stated","96 hrs","NOEC","Growth inhibition: Cell density","0.003 mg/L","Microalga","Chlorophyta","Chlorophyceae  ","OECD growth media","24 ± 2","Chronic","7.8-8.6","N.A.","Carrasco,J.M., and C. Sabater (1997) Toxicity of Atrazine and Chlorsulfuron to Algae Toxicol. Environ. Chem.59:89-99 1997","1138",null,null,"Atrazine 98% analytical standard"]
["Freshwater/non-metal/plant","1138-5",56,0.63636363636363635,"","Chlorella saccharophila","Not stated","96 hrs","LOEC","Growth inhibition: Cell density","0.027 mg/L","Microalga","Chlorophyta","Trebouxiophyceae","OECD growth media","24 ± 2","Chronic","7.8-8.6","N.A.","Carrasco,J.M., and C. Sabater (1997) Toxicity of Atrazine and Chlorsulfuron to Algae Toxicol. Environ. Chem.59:89-99 1997","1138",null,null,"Atrazine 98% analytical standard"]
["Freshwater/non-metal/plant","1138-6",56,0.63636363636363635,"","Chlorella saccharophila","Not stated","96 hrs","NOEC","Growth inhibition: Cell density","0.005 mg/L","Microalga","Chlorophyta","Trebouxiophyceae","OECD growth media","24 ± 2","Chronic","7.8-8.6","N.A.","Carrasco,J.M., and C. Sabater (1997) Toxicity of Atrazine and Chlorsulfuron to Algae Toxicol. Environ. Chem.59:89-99 1997","1138",null,null,"Atrazine 98% analytical standard"]
["Freshwater/non-metal/plant","1138-7",70,0.79545454545454541,"","Pseudanabaena galeata","Not stated","96 hrs","EC50","Growth inhibition: Cell density","0.014 mg/L","Microalga","Cyanobacteria","Cyanophyceae","Romo and Becares media","24 ± 2","Chronic","7.8-8.6","N.A.","Carrasco,J.M., and C. Sabater (1997) Toxicity of Atrazine and Chlorsulfuron to Algae Toxicol. Environ. Chem.59:89-99 1997","1138",null,null,"Atrazine 98% analytical standard"]
["Freshwater/non-metal/plant","1138-8",70,0.79545454545454541,"","Pseudanabaena galeata","Not stated","72 hours","EC50","Growth inhibition: Cell density","0.012 mg/L","Microalga","Cyanobacteria","Cyanophyceae","Romo and Becares media","24 ± 2","Chronic","7.8-8.6","N.A.","Carrasco,J.M., and C. Sabater (1997) Toxicity of Atrazine and Chlorsulfuron to Algae Toxicol. Environ. Chem.59:89-99 1997","1138",null,null,"Atrazine 98% analytical standard"]
["Freshwater/non-metal/plant","1138-9",70,0.79545454545454541,"","Scenedesmus acutus","Not stated","72 hours","EC50","Growth inhibition: Cell density","0.011 mg/L","Microalga","Chlorophyta","Chlorophyceae  ","OECD growth media","24 ± 2","Chronic","7.8-8.6","N.A.","Carrasco,J.M., and C. Sabater (1997) Toxicity of Atrazine and Chlorsulfuron to Algae Toxicol. Environ. Chem.59:89-99 1997","1138",null,null,"Atrazine 98% analytical standard"]
["Freshwater/non-metal/plant","1138-10",70,0.79545454545454541,"","Scenedesmus acutus","Not stated","96 hrs","EC50","Growth inhibition: Cell density","0.014 mg/L","Microalga","Chlorophyta","Chlorophyceae  ","OECD growth media","24 ± 2","Chronic","7.8-8.6","N.A.","Carrasco,J.M., and C. Sabater (1997) Toxicity of Atrazine and Chlorsulfuron to Algae Toxicol. Environ. Chem.59:89-99 1997","1138",null,null,"Atrazine 98% analytical standard"]
["Freshwater/non-metal/plant","1138-11",70,0.79545454545454541,"","Chlorella saccharophila","Not stated","72 hours","EC50","Growth inhibition: Cell density","0.78 mg/L","Microalga","Chlorophyta","Trebouxiophyceae","OECD growth media","24 ± 2","Chronic","7.8-8.6","N.A.","Carrasco,J.M., and C. Sabater (1997) Toxicity of Atrazine and Chlorsulfuron to Algae Toxicol. Environ. Chem.59:89-99 1997","1138",null,null,"Atrazine 98% analytical standard"]
["Freshwater/non-metal/plant","1138-12",70,0.79545454545454541,"","Chlorella saccharophila","Not stated","96 hrs","EC50","Growth inhibition: Cell density","1.3 mg/L","Microalga","Chlorophyta","Trebouxiophyceae","OECD growth media","24 ± 2","Chronic","7.8-8.6","N.A.","Carrasco,J.M., and C. Sabater (1997) Toxicity of Atrazine and Chlorsulfuron to Algae Toxicol. Environ. Chem.59:89-99 1997","1138",null,null,"Atrazine 98% analytical standard"]
[]
["Freshwater/non-metal/plant","1107-1",64,0.72727272727272729,"","Selenastrum capricornutum","Exponential growth phase","96 hrs","IC50","Growth inhibition: cell count","0.026 mg/L","Microalgae","Chlorophyta","Chlorophyceae","deionised distilled water","24 ± 2","Chronic","not stated","N.A.","Caux,P.Y., L. Menard, and R.A. Kent Comparative Study of the Effects of MCPA, Butylate, Atrazine, and Cyanazine on Selenastrum capricornutum Environ. Pollut.92(2): 219-225 1996",1107,"QAQC Assessment is in the MCPA QAQC spreadsheet.",null,"Unknown purity - Do Not Use"]
["Freshwater/non-metal/plant","1107-1",64,0.72727272727272729,"","Selenastrum capricornutum","Exponential growth phase","96 hrs","LC50","Growth inhibition: cell count","0.026 mg/L","Microalgae","Chlorophyta","Chlorophyceae","deionised distilled water","24 ± 2","Chronic","not stated","N.A.","Caux,P.Y., L. Menard, and R.A. Kent Comparative Study of the Effects of MCPA, Butylate, Atrazine, and Cyanazine on Selenastrum capricornutum Environ. Pollut.92(2): 219-225 1996",1107,"QAQC Assessment is in the MCPA QAQC spreadsheet.",null,"Unknown purity - Do Not Use"]
[]
["Freshwater/non-metal/non- plant","1139-1",33,0.36263736263736263,"Only one concentration tested","Xenopus laevis","5 days post fertilisation","47 days","NOEC","Mortality","400 ppb","Amphibian","Chordata","Amphibia","Purified tap water","Not stated","Chronic","Not stated","N.A.","Celestine,R.E. (2006) Molecular Analysis of the Effects of Atrazine on Xenopus laevis Frogs Ph.D.Thesis, Western Michigan University, Kalamazoo, MI:126 p.","1139",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","1139-2",33,0.36263736263736263,"Only one concentration tested","Xenopus laevis","5 days post fertilisation","47 days","LOEC","Growth: Body weight","400 ppb","Amphibian","Chordata","Amphibia","Purified tap water","Not stated","Chronic","Not stated","N.A.","Celestine,R.E. (2006) Molecular Analysis of the Effects of Atrazine on Xenopus laevis Frogs Ph.D.Thesis, Western Michigan University, Kalamazoo, MI:126 p.","1139",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","1139-2",33,0.36263736263736263,"Only one concentration tested","Xenopus laevis","5 days post fertilisation","47 days","LOEC","Growth: Body length","400 ppb","Amphibian","Chordata","Amphibia","Purified tap water","Not stated","Chronic","Not stated","N.A.","Celestine,R.E. (2006) Molecular Analysis of the Effects of Atrazine on Xenopus laevis Frogs Ph.D.Thesis, Western Michigan University, Kalamazoo, MI:126 p.","1139",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","1139-JF",33,0.36263736263736263,"Only one concentration tested","Xenopus laevis","5 days post fertilisation","55 days","NOEC","Mortality","25 ppb","Amphibian","Chordata","Amphibia","Spring water","Not stated","Chronic","Not stated","N.A.","Celestine,R.E. (2006) Molecular Analysis of the Effects of Atrazine on Xenopus laevis Frogs Ph.D.Thesis, Western Michigan University, Kalamazoo, MI:126 p.","1139",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","1139-JF",33,0.36263736263736263,"Only one concentration tested","Xenopus laevis","5 days post fertilisation","55 days","NOEC","Growth: Body weight","25 ppb","Amphibian","Chordata","Amphibia","Spring water","Not stated","Chronic","Not stated","N.A.","Celestine,R.E. (2006) Molecular Analysis of the Effects of Atrazine on Xenopus laevis Frogs Ph.D.Thesis, Western Michigan University, Kalamazoo, MI:126 p.","1139",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","1139-JF",33,0.36263736263736263,"Only one concentration tested","Xenopus laevis","5 days post fertilisation","55 days","NOEC","Growth: Body length","25 ppb","Amphibian","Chordata","Amphibia","Spring water","Not stated","Chronic","Not stated","N.A.","Celestine,R.E. (2006) Molecular Analysis of the Effects of Atrazine on Xenopus laevis Frogs Ph.D.Thesis, Western Michigan University, Kalamazoo, MI:126 p.","1139",null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/plant","891-1",53,0.60227272727272729,null,"Chlorella sp.","2 week old culture","6 days","IC50","Inhibition growth: absorbance: specific growth rate","0.489uM","Microalga","Chlorophyta","Trebouxiophyceae","Growth media","Not stated","Chronic",7.2,"N.A.","Chan,C.Y. (2005) Detoxification and Degradation of Triazine-Pollutants by an Integrated Photochemical-Biological System Ph.D.Thesis, The Chinese University of Hong Kong, China:153","891",null,null,"Do Not Use - Not species specific and we already have the Chlorella and Scenedesmus genus"]
["Freshwater/non-metal/plant","891-2",53,0.60227272727272729,null,"Scnedesmus sp. ","2 week old culture","6 days","IC50","Inhibition growth: absorbance: specific growth rate","0.603uM","Microalga","Chlorophyta","Chlorophyceae","Growth media","Not stated","Chronic",7.2,"N.A.","Chan,C.Y. (2005) Detoxification and Degradation of Triazine-Pollutants by an Integrated Photochemical-Biological System Ph.D.Thesis, The Chinese University of Hong Kong, China:153","891",null,null,"Do Not Use - Not species specific and we already have the Chlorella and Scenedesmus genus"]
["MEW_nonplant","891-1",49,0.52127659574468088,null,"Artemia salina","5mm in length","48 hr","LC50","Mortality","12.01uM","Macroinvertebrate","Arthropoda","Branchiopoda","Artificial seawater (dechlorinated tap water with artifical seawater salts)","Not stated","Acute",7.8,"30 ppt","Chan,C.Y. (2005) Detoxification and Degradation of Triazine-Pollutants by an Integrated Photochemical-Biological System Ph.D.Thesis, The Chinese University of Hong Kong, China:153","891",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["Freshwater/non-metal/non- plant","1140-1",32,0.35164835164835168,"Toxicity value is highest concentration tested","Cyprinus carpio","190g","40 day","NOEC","Mortality","428 ug/L","Fish","Chordata","\tActinopterygii","Not stated","Not stated","Chronic","Not stated","N.A.","Chen,D., Z. Zhang, H. Yao, Y. Cao, H. Xing, and S. Xu (2014) Pro- and Anti-Inflammatory Cytokine Expression in Immune Organs of the Common Carp Exposed to Atrazine and Chlorpyrifos Pestic. Biochem. Physiol.114(0): 8-15 ","1140",null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/non- plant","1141-1",49,0.53846153846153844,"Only one concentration tested","Xenopus laevis","NF stage 46-47","120 day","LOEC","Survival rate","100 ppb","Amphibian","Chordata","Amphibia","Dechlorinated water","20-22","Chronic","Not stated","N.A.","Chen,X., J. Wang, H. Zhu, J. Ding, and Y. Peng (2015) Proteomics Analysis of Xenopus laevis Gonad Tissue Following Chronic Exposure to Atrazine Environ. Toxicol. Chem.34(8): 1770-1777 ","1141",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1141-2",49,0.53846153846153844,"Only one concentration tested","Xenopus laevis","NF stage 46-47","120 day","LOEC","Growth inhibition: Body weight","100 ppb","Amphibian","Chordata","Amphibia","Dechlorinated water","20-22","Chronic","Not stated","N.A.","Chen,X., J. Wang, H. Zhu, J. Ding, and Y. Peng (2015) Proteomics Analysis of Xenopus laevis Gonad Tissue Following Chronic Exposure to Atrazine Environ. Toxicol. Chem.34(8): 1770-1777 ","1141",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1141-3",49,0.53846153846153844,"Only one concentration tested","Xenopus laevis","NF stage 46-47","120 day","LOEC","Growth inhibition: Body length","100 ppb","Amphibian","Chordata","Amphibia","Dechlorinated water","20-22","Chronic","Not stated","N.A.","Chen,X., J. Wang, H. Zhu, J. Ding, and Y. Peng (2015) Proteomics Analysis of Xenopus laevis Gonad Tissue Following Chronic Exposure to Atrazine Environ. Toxicol. Chem.34(8): 1770-1777 ","1141",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["Freshwater/non-metal/non- plant","1142-1",59,0.64835164835164838,"Only one concentration tested","Chironomid tepperi","Larvae","42 day","NOEC","Growth inhibition: Wing length","25 ug/L","Macroinvertebrate","Arthropoda","Insecta","Filtered sydney tap water and natural pond water","20.3-23.4","Chronic","7.2-8.7","N.A.","Choung,C.B., R.V. Hyne, M.M. Stevens, and G.C. Hose (2013) The Ecological Effects of a Herbicide-Insecticide Mixture on an Experimental Freshwater Ecosystem Environ. Pollut.172:264-274 ","1142",null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","1142-1",59,0.64835164835164838,"Only one concentration tested","Chironomid tepperi","Larvae","42 day","LOEC","Growth inhibition: Emergence success","25 ug/L","Macroinvertebrate","Arthropoda","Insecta","Filtered sydney tap water and natural pond water","20.3-23.4","Chronic","7.2-8.7","N.A.","Choung,C.B., R.V. Hyne, M.M. Stevens, and G.C. Hose (2013) The Ecological Effects of a Herbicide-Insecticide Mixture on an Experimental Freshwater Ecosystem Environ. Pollut.172:264-274 ","1142",null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","1142-2",54,0.59340659340659341,"Only one concentration tested","Simocephalus sp.","Not stated","42 day","LOEC","Biomass: Abundance","25 ug/L","Macroinvertebrate","Arthropoda","Branchiopoda","Filtered sydney tap water and natural pond water","20.3-23.4","Chronic","7.2-8.7","N.A.","Choung,C.B., R.V. Hyne, M.M. Stevens, and G.C. Hose (2013) The Ecological Effects of a Herbicide-Insecticide Mixture on an Experimental Freshwater Ecosystem Environ. Pollut.172:264-274 ","1142",null,null,">98% purity"]
["Freshwater/non-metal/non- plant","1142-3",54,0.59340659340659341,"Only one concentration tested","Ceriodaphnia sp. ","Not stated","42 day","NOEC","Biomass: Abundance","25 ug/L","Macroinvertebrate","Arthropoda","Branchiopoda","Filtered sydney tap water and natural pond water","20.3-23.4","Chronic","7.2-8.7","N.A.","Choung,C.B., R.V. Hyne, M.M. Stevens, and G.C. Hose (2013) The Ecological Effects of a Herbicide-Insecticide Mixture on an Experimental Freshwater Ecosystem Environ. Pollut.172:264-274 ","1142",null,null,"Do Not Use - Non-viable endpoint (not properly defined and biological significance is difficult to infer)"]
["Freshwater/non-metal/non- plant","1142-4",54,0.59340659340659341,"Species not specified","Hydracarina ","Not stated","42 day","LOEC","Abundance","25 ug/L","Macroinvertebrate","Arthropoda","Archnida","Filtered sydney tap water and natural pond water","20.3-23.4","Chronic","7.2-8.7","N.A.","Choung,C.B., R.V. Hyne, M.M. Stevens, and G.C. Hose (2013) The Ecological Effects of a Herbicide-Insecticide Mixture on an Experimental Freshwater Ecosystem Environ. Pollut.172:264-274 ","1142",null,null,">98% purity"]
["Freshwater/non-metal/non- plant","1142-4",54,0.59340659340659341,"Species not specified","Cyclopoida","Not stated","42 day","LOEC","Abundance","25 ug/L","Macroinvertebrate","Arthropoda","Maxillopoda","Filtered sydney tap water and natural pond water","20.3-23.4","Chronic","7.2-8.7","N.A.","Choung,C.B., R.V. Hyne, M.M. Stevens, and G.C. Hose (2013) The Ecological Effects of a Herbicide-Insecticide Mixture on an Experimental Freshwater Ecosystem Environ. Pollut.172:264-274 ","1142",null,null,">98% purity"]
[]
["Freshwater/non-metal/non- plant","1143-1",53,0.58241758241758246,"Only one concentration tested","Litoria raniformis","Stage 25 Gosner","10 weeks","NOEC","Mortality","25 ug/L","Amphibian","Chordata","Amphibia","Filtered and dechlorinated Sydney tap water","23.9-25.6","Chronic","7.16-7.79","N.A.","Choung,C.B., R.V. Hyne, R.M. Mann, M.M. Stevens, and G.C. Hose (2011) Developmental Toxicity of Two Common Corn Pesticides to the Endangered Southern Bell Frog (Litoria raniformis) Environ. Pollut.159:2648-2655 ","1143",null,null,"Do Not Use - Only one concentration tested, not accurate"]
["Freshwater/non-metal/non- plant","1143-2",53,0.58241758241758246,"Only one concentration tested","Litoria raniformis","Stage 25 Gosner","10 weeks","NOEC","Growth inhibition: Snout-vent-length","25 ug/L","Amphibian","Chordata","Amphibia","Filtered and dechlorinated Sydney tap water","23.9-25.6","Chronic","7.16-7.79","N.A.","Choung,C.B., R.V. Hyne, R.M. Mann, M.M. Stevens, and G.C. Hose (2011) Developmental Toxicity of Two Common Corn Pesticides to the Endangered Southern Bell Frog (Litoria raniformis) Environ. Pollut.159:2648-2655 ","1143",null,null,"Do Not Use - Only one concentration tested, not accurate"]
["Freshwater/non-metal/non- plant","1143-3",53,0.58241758241758246,"Only one concentration tested","Litoria raniformis","Stage 25 Gosner","10 weeks","NOEC","Growth inhibition: Body mass","25 ug/L","Amphibian","Chordata","Amphibia","Filtered and dechlorinated Sydney tap water","23.9-25.6","Chronic","7.16-7.79","N.A.","Choung,C.B., R.V. Hyne, R.M. Mann, M.M. Stevens, and G.C. Hose (2011) Developmental Toxicity of Two Common Corn Pesticides to the Endangered Southern Bell Frog (Litoria raniformis) Environ. Pollut.159:2648-2655 ","1143",null,null,"Do Not Use - Only one concentration tested, not accurate"]
["Freshwater/non-metal/non- plant","1143-4",53,0.58241758241758246,"Only one concentration tested","Litoria raniformis","Stage 26 Gosner","10 weeks","NOEC","Mortality","25 ug/L","Amphibian","Chordata","Amphibia","Filtered and dechlorinated Sydney tap water","23.9-25.6","Chronic","7.16-7.79","N.A.","Choung,C.B., R.V. Hyne, R.M. Mann, M.M. Stevens, and G.C. Hose (2011) Developmental Toxicity of Two Common Corn Pesticides to the Endangered Southern Bell Frog (Litoria raniformis) Environ. Pollut.159:2648-2655 ","1143",null,null,"Do Not Use - Only one concentration tested, not accurate"]
["Freshwater/non-metal/non- plant","1143-5",53,0.58241758241758246,"Only one concentration tested","Litoria raniformis","Stage 26 Gosner","10 weeks","NOEC","Growth inhibition: Snout-vent-length","25 ug/L","Amphibian","Chordata","Amphibia","Filtered and dechlorinated Sydney tap water","23.9-25.6","Chronic","7.16-7.79","N.A.","Choung,C.B., R.V. Hyne, R.M. Mann, M.M. Stevens, and G.C. Hose (2011) Developmental Toxicity of Two Common Corn Pesticides to the Endangered Southern Bell Frog (Litoria raniformis) Environ. Pollut.159:2648-2655 ","1143",null,null,"Do Not Use - Only one concentration tested, not accurate"]
["Freshwater/non-metal/non- plant","1143-6",53,0.58241758241758246,"Only one concentration tested","Litoria raniformis","Stage 26 Gosner","10 weeks","NOEC","Growth inhibition: Body mass","25 ug/L","Amphibian","Chordata","Amphibia","Filtered and dechlorinated Sydney tap water","23.9-25.6","Chronic","7.16-7.79","N.A.","Choung,C.B., R.V. Hyne, R.M. Mann, M.M. Stevens, and G.C. Hose (2011) Developmental Toxicity of Two Common Corn Pesticides to the Endangered Southern Bell Frog (Litoria raniformis) Environ. Pollut.159:2648-2655 ","1143",null,null,"Do Not Use - Only one concentration tested, not accurate"]
[]
["Freshwater/non-metal/plant","1144-1",61,0.69318181818181823,null,"Selenastrum capricornutum","100000 cell/mL","48 hours","EC50","Growth rate: Fluorescence: Biomass","0.276mg/L","Microalga","Chlorophyta","Chlorophyceae","ISO media","24 ± 2","Chronic",7.8,"N.A.","Christensen,E.R., D. Chen, N. Nyholm, and K.O. Kusk (2001) Joint Action of Chemicals in Algal Toxicity Tests: Influence of Response Level and Dose-Response Regression Model Environ. Toxicol. Chem.20(10): 2361-2369","1144",null,null,"Atrazine purity 98%"]
["Freshwater/non-metal/plant","1144-2",61,0.69318181818181823,null,"Selenastrum capricornutum","100000 cell/mL","48 hours","NOEC","Growth rate: Fluorescence: Biomass","0.05mg/L","Microalga","Chlorophyta","Chlorophyceae","ISO media","24 ± 2","Chronic",7.8,"N.A.","Christensen,E.R., D. Chen, N. Nyholm, and K.O. Kusk (2001) Joint Action of Chemicals in Algal Toxicity Tests: Influence of Response Level and Dose-Response Regression Model Environ. Toxicol. Chem.20(10): 2361-2369","1144",null,null,"Atrazine purity 98%"]
[]
["Freshwater/non-metal/non- plant","643-1",63,0.69230769230769229,"Toxicity value is highest concentration tested","Xenopus laevis","Embryo","185 day","NOEC","Mortality","28.9 ug/L","Amphibian","Chordata","Amphibia","FETAX solution","17-23","Chronic",7.7,"N.A.","Coady,K.K., M.B. Murphy, D.L. Villeneuve, M. Hecker, P.D. Jones, J.A. Carr, K.R. Solomon, E.E. Smith, G. Van der Kraak (2005) Effects of Atrazine on Metamorphosis, Growth, Laryngeal and Gonadal Development, Aromatase Activity, and Sex Steroid Concentrations in Xenopus laevis Ecotoxicol. Environ. Saf.62(2): 160-173 2005","643",null,null,"Atrazine 97.1%"]
["Freshwater/non-metal/non- plant","643-2",63,0.69230769230769229,"Toxicity value is highest concentration tested","Xenopus laevis","Embryo","185 day","NOEC","Growth inhibition: Snout-vent-length","28.9 ug/L","Amphibian","Chordata","Amphibia","FETAX solution","17-23","Chronic",7.7,"N.A.","Coady,K.K., M.B. Murphy, D.L. Villeneuve, M. Hecker, P.D. Jones, J.A. Carr, K.R. Solomon, E.E. Smith, G. Van der Kraak (2005) Effects of Atrazine on Metamorphosis, Growth, Laryngeal and Gonadal Development, Aromatase Activity, and Sex Steroid Concentrations in Xenopus laevis Ecotoxicol. Environ. Saf.62(2): 160-173 2005","643",null,null,"Atrazine 97.1%"]
["Freshwater/non-metal/non- plant","643-3",63,0.69230769230769229,"Toxicity value is highest concentration tested","Xenopus laevis","Embryo","185 day","NOEC","Growth inhibition: Body weight","28.9 ug/L","Amphibian","Chordata","Amphibia","FETAX solution","17-23","Chronic",7.7,"N.A.","Coady,K.K., M.B. Murphy, D.L. Villeneuve, M. Hecker, P.D. Jones, J.A. Carr, K.R. Solomon, E.E. Smith, G. Van der Kraak (2005) Effects of Atrazine on Metamorphosis, Growth, Laryngeal and Gonadal Development, Aromatase Activity, and Sex Steroid Concentrations in Xenopus laevis Ecotoxicol. Environ. Saf.62(2): 160-173 2005","643",null,null,"Atrazine 97.1%"]
["Freshwater/non-metal/non- plant","643-4",63,0.69230769230769229,"Toxicity value is highest concentration tested","Xenopus laevis","Embryo","185 day","NOEC","Sex ratio","28.9 ug/L","Amphibian","Chordata","Amphibia","FETAX solution","17-23","Chronic",7.7,"N.A.","Coady,K.K., M.B. Murphy, D.L. Villeneuve, M. Hecker, P.D. Jones, J.A. Carr, K.R. Solomon, E.E. Smith, G. Van der Kraak (2005) Effects of Atrazine on Metamorphosis, Growth, Laryngeal and Gonadal Development, Aromatase Activity, and Sex Steroid Concentrations in Xenopus laevis Ecotoxicol. Environ. Saf.62(2): 160-173 2005","643",null,null,"Atrazine 97.1%"]
[]
["Freshwater/non-metal/non- plant","642-1",63,0.69230769230769229,"Toxicity value is highest concentration tested","Rana clamitans","Stage 25 Gosner","273 day","NOEC","Mortality","28.23ug/L","Amphibian","Chordata","Amphibia","UV treated/filtered freshwater","21.3±1.4","Chronic","7.87±0.7","N.A.","Coady,K.K., M.B. Murphy, D.L. Villeneuve, M. Hecker, P.D. Jones, J.A. Carr, K.R. Solomon, E.E. Smith, G. Van der Kraak (2004) Effects of Atrazine on Metamorphosis, Growth, and Gonadal Development in the Green Frog (Rana clamitans) J. Toxicol. Environ. Health Part A67(12): 941-957 ","642",null,null,"Do Not Use - There is a LOEC available for this species which should be used as all the NOEC values are the highest concentration tested"]
["Freshwater/non-metal/non- plant","642-1",63,0.69230769230769229,"Nonmonotic conc response: higher conc wasn’t different from control","Rana clamitans","Stage 25 Gosner","273 day","LOEC","Growth inhibition: Snout-vent-length","11.76ug/L","Amphibian","Chordata","Amphibia","UV treated/filtered freshwater","21.3±1.4","Chronic","7.87±0.7","N.A.","Coady,K.K., M.B. Murphy, D.L. Villeneuve, M. Hecker, P.D. Jones, J.A. Carr, K.R. Solomon, E.E. Smith, G. Van der Kraak (2004) Effects of Atrazine on Metamorphosis, Growth, and Gonadal Development in the Green Frog (Rana clamitans) J. Toxicol. Environ. Health Part A67(12): 941-957 ","642",null,null,"Atrazine 97.1%"]
["Freshwater/non-metal/non- plant","642-1",63,0.69230769230769229,"Toxicity value is highest concentration tested","Rana clamitans","Stage 25 Gosner","273 day","NOEC","Growth inhibition: Body weight","28.23ug/L","Amphibian","Chordata","Amphibia","UV treated/filtered freshwater","21.3±1.4","Chronic","7.87±0.7","N.A.","Coady,K.K., M.B. Murphy, D.L. Villeneuve, M. Hecker, P.D. Jones, J.A. Carr, K.R. Solomon, E.E. Smith, G. Van der Kraak (2004) Effects of Atrazine on Metamorphosis, Growth, and Gonadal Development in the Green Frog (Rana clamitans) J. Toxicol. Environ. Health Part A67(12): 941-957 ","642",null,null,"Do Not Use - There is a LOEC available for this species which should be used as all the NOEC values are the highest concentration tested"]
["Freshwater/non-metal/non- plant","642-4",63,0.69230769230769229,"Toxicity value is highest concentration tested","Rana clamitans","Stage 25 Gosner","273 day","NOEC","Sex ratio","28.23ug/L","Amphibian","Chordata","Amphibia","UV treated/filtered freshwater","21.3±1.4","Chronic","7.87±0.7","N.A.","Coady,K.K., M.B. Murphy, D.L. Villeneuve, M. Hecker, P.D. Jones, J.A. Carr, K.R. Solomon, E.E. Smith, G. Van der Kraak (2004) Effects of Atrazine on Metamorphosis, Growth, and Gonadal Development in the Green Frog (Rana clamitans) J. Toxicol. Environ. Health Part A67(12): 941-957 ","642",null,null,"Do Not Use - There is a LOEC available for this species which should be used as all the NOEC values are the highest concentration tested"]
[]
["Freshwater/non-metal/non- plant","1052-1",71,0.78021978021978022,"Toxicity value is highest concentration tested","Oncorhynchus mykiss","Juvenile","10 day","LC50","Mortality",">340 ug/L","Fish","Chordata","Actinopterygii","Clean river water","12 to 15","Acute ","6.5-7","N.A.","Davies,P.E., L.S.J. Cook, and D. (1994) Goenarso Sublethal Responses to Pesticides of Several Species of Australian Freshwater Fish and Crustaceans and Rainbow Trout Environ. Toxicol. Chem.13(8): 1341-1354 1989","1052","QAQC Assessment is in the MCPA QAQC spreadsheet.",null,"Do Not Use - LC50 value not obtained."]
["Freshwater/non-metal/non- plant","1052-3",71,0.78021978021978022,"Toxicity value is highest concentration tested","Galaxias maculatus","Adult","10 day","LC50","Mortality",">340 ug/L","Fish","Chordata","Actinopterygii","Clean river water","12 to 15","Acute ","6.5-7","N.A.","Davies,P.E., L.S.J. Cook, and D. (1994) Goenarso Sublethal Responses to Pesticides of Several Species of Australian Freshwater Fish and Crustaceans and Rainbow Trout Environ. Toxicol. Chem.13(8): 1341-1354 1991","1052","QAQC Assessment is in the MCPA QAQC spreadsheet.",null,"Do Not Use - LC50 value not obtained."]
["Freshwater/non-metal/non- plant","1052-JF",71,0.78021978021978022,"Toxicity value is highest concentration tested","Pseudaphritis urvillii","Juvenile","10 day","LC50","Mortality",">340 ug/L","Fish","Chordata","Actinopterygii","Clean river water","12 to 15","Acute ","6.5-7","N.A.","Davies,P.E., L.S.J. Cook, and D. (1994) Goenarso Sublethal Responses to Pesticides of Several Species of Australian Freshwater Fish and Crustaceans and Rainbow Trout Environ. Toxicol. Chem.13(8): 1341-1354 1990","1052","QAQC Assessment is in the MCPA QAQC spreadsheet.",null,"Do Not Use - LC50 value not obtained."]
["Freshwater/non-metal/non- plant","1052-4",71,0.78021978021978022,"Toxicity value is highest concentration tested"," Paratya australiensis","0.05g-0.15g","10 day","LC50","Mortality",">340 ug/L","Macroinvertebrate","Arthropoda","Malacostraca","Clean river water",12,"Acute ","6.5-7","N.A.","Davies,P.E., L.S.J. Cook, and D. (1994) Goenarso Sublethal Responses to Pesticides of Several Species of Australian Freshwater Fish and Crustaceans and Rainbow Trout Environ. Toxicol. Chem.13(8): 1341-1354 1992","1052","QAQC Assessment is in the MCPA QAQC spreadsheet.",null,"Do Not Use - LC50 value not obtained."]
[]
["MEW_plant","1147-1",55,0.60439560439560436,null,"Tetraselmis chuii","Not stated","72 hr","EC50","Growth inhibition: Cell density","20 ppb","Microalga","Chlorophyta","Chlorodendrophyceae","OECD media","20 ± 1","Chronic","N.A.","N.A.","Debelius,B., J.M. Forja, A. Del Valls, and L.M. (2008) Lubian Effect of Linear Alkylbenzene Sulfonate (LAS) and Atrazine on Marine Microalgae Mar. Pollut. Bull.57(6-12): 559-568 2008","1147",null,null,"Do Not Use - Unknown purity"]
[]
["MEW_nonplant","1169-1",59,0.62765957446808507,"Toxicity value is highest concentration tested","Sciaenops ocellatus","7-8mm","96 hours","NOEC","Mortality","500 ug/L","Fish ","Chordata","Actinopterygii","Seawater","28.4 ± 0.67","Acute","N.A.","27.1 ± 0.14","Del carmen Alvarez,M. (2005) Significance of Environmentally Realistic Levels of Selected Contaminants to Ecological Performance of Fish Larvae: Effects of Atrazine, Malathion, and Methylmercury Ph.D.Thesis, University of Texas, Austin, TX:141 p. ","1169",null,null,"Purity of 98%"]
["MEW_nonplant","1169-2",59,0.62765957446808507,"","Sciaenops ocellatus","7-8mm","9 days","NOEC","Growth rate (length)","37.43 ug/L","Fish ","Chordata","Actinopterygii","Seawater","28.4 ± 0.67","Acute","N.A.","27.1 ± 0.14","Del carmen Alvarez,M. (2005) Significance of Environmentally Realistic Levels of Selected Contaminants to Ecological Performance of Fish Larvae: Effects of Atrazine, Malathion, and Methylmercury Ph.D.Thesis, University of Texas, Austin, TX:141 p. ","1169",null,null,"Purity of 98%"]
["MEW_nonplant","1169-3",59,0.62765957446808507,"","Sciaenops ocellatus","7-8mm","9 days","LOEC","Growth rate (length)","80.51 ug/L","Fish ","Chordata","Actinopterygii","Seawater","28.4 ± 0.67","Acute","N.A.","27.1 ± 0.14","Del carmen Alvarez,M. (2005) Significance of Environmentally Realistic Levels of Selected Contaminants to Ecological Performance of Fish Larvae: Effects of Atrazine, Malathion, and Methylmercury Ph.D.Thesis, University of Texas, Austin, TX:141 p. ","1169",null,null,"Purity of 98%"]
[]
["MEW_plant","1171-1",77,0.84615384615384615,null,"Zostera marina","Individual plants (single shoot with attached leaf cluster and a 2-5cm rhizome segment)","21 days","LC100","Mortality","1000 ppb","Macrophyte","Tracheophyta","Liliopsida","Filtered river water","6.3-28.4","Chronic","N.A.","19.13-21.96","Delistraty,D.A., and C. Hershner (1984) Effects of the Herbicide Atrazine on Adenine Nucleotide Levels in Zostera marina L. (Eelgrass) Aquat. Bot.18(4): 353-369 ","1171",null,null,"Do Not Use - LC100 too high."]
["MEW_plant","1171-2",77,0.84615384615384615,null,"Zostera marina","Individual plants (single shoot with attached leaf cluster and a 2-5cm rhizome segment)","21 days","LC50","Mortality","100 ppb","Macrophyte","Tracheophyta","Liliopsida","Filtered river water","6.3-28.4","Chronic","N.A.","19.13-21.96","Delistraty,D.A., and C. Hershner (1984) Effects of the Herbicide Atrazine on Adenine Nucleotide Levels in Zostera marina L. (Eelgrass) Aquat. Bot.18(4): 353-369 ","1171",null,null,"Do Not Use - LC1 and LC100 values taken from an average. Large temperature range may compromise the findings of this study. Variation amongst results - hard to pull accurate data out of this study."]
["MEW_plant","1171-3",77,0.84615384615384615,null,"Zostera marina","Individual plants (single shoot with attached leaf cluster and a 2-5cm rhizome segment)","21 days","LC1","Mortality","1 ppb","Macrophyte","Tracheophyta","Liliopsida","Filtered river water","6.3-28.4","Chronic","N.A.","19.13-21.96","Delistraty,D.A., and C. Hershner (1984) Effects of the Herbicide Atrazine on Adenine Nucleotide Levels in Zostera marina L. (Eelgrass) Aquat. Bot.18(4): 353-369 ","1171",null,null,"Do Not Use - LC50 value taken from replicate #2 only. Large temperature range may compromise the findings of this study. Variation amongst results - hard to pull accurate data out of this study."]
["MEW_plant","1171-4",77,0.84615384615384615,"Results arent communicated clearly, 100% mortality at 1000ppb however only a 55% reduction in leaf count??","Zostera marina","Individual plants (single shoot with attached leaf cluster and a 2-5cm rhizome segment)","21 days","NOEC","Growth inhibition: Leaf count","100 ppb","Macrophyte","Tracheophyta","Liliopsida","Filtered river water","6.3-28.4","Chronic","N.A.","19.13-21.96","Delistraty,D.A., and C. Hershner (1984) Effects of the Herbicide Atrazine on Adenine Nucleotide Levels in Zostera marina L. (Eelgrass) Aquat. Bot.18(4): 353-369 ","1171",null,null,"Do Not Use - Results arent communicated clearly, 100% mortality at 1000ppb however only a 55% reduction in leaf count? Large temperature range may compromise the findings of this study. Variation amongst results - hard to pull accurate data out of this study."]
["MEW_plant","1171-5",77,0.84615384615384615,"Results arent communicated clearly, 100% mortality at 1000ppb however only a 55% reduction in leaf count??","Zostera marina","Individual plants (single shoot with attached leaf cluster and a 2-5cm rhizome segment)","21 days","LOEC","Growth inhibition: Leaf count","1000 ppb","Macrophyte","Tracheophyta","Liliopsida","Filtered river water","6.3-28.4","Chronic","N.A.","19.13-21.96","Delistraty,D.A., and C. Hershner (1984) Effects of the Herbicide Atrazine on Adenine Nucleotide Levels in Zostera marina L. (Eelgrass) Aquat. Bot.18(4): 353-369 ","1171",null,null,"Do Not Use - Results arent communicated clearly, 100% mortality at 1000ppb however only a 55% reduction in leaf count? Large temperature range may compromise the findings of this study. Variation amongst results - hard to pull accurate data out of this study."]
["MEW_plant","1171-6",77,0.84615384615384615,"Results arent communicated clearly, 100% mortality at 1000ppb however only a 15% reduction in shoot length??","Zostera marina","Individual plants (single shoot with attached leaf cluster and a 2-5cm rhizome segment)","21 days","NOEC","Growth inhibition: Shoot length","1000 ppb","Macrophyte","Tracheophyta","Liliopsida","Filtered river water","6.3-28.4","Chronic","N.A.","19.13-21.96","Delistraty,D.A., and C. Hershner (1984) Effects of the Herbicide Atrazine on Adenine Nucleotide Levels in Zostera marina L. (Eelgrass) Aquat. Bot.18(4): 353-369 ","1171",null,null,"Do Not Use - Results arent communicated clearly, 100% mortality at 1000ppb however only a 55% reduction in leaf count? Large temperature range may compromise the findings of this study. Variation amongst results - hard to pull accurate data out of this study."]
[]
["MEW_plant","1053-1",70,0.76923076923076927,null,"Dunaliella tertiolecta","Log phase growth","96 hrs","EC50","Average pop growth rate: Cell density","69ug/L","Microalga","Chlorophyta","Chlorophyceae","F/2 marine media",25,"Chronic","N.A.","Not stated","DeLorenzo,M.E., and L. Serrano (2003) Individual and Mixture Toxicity of Three Pesticides; Atrazine, Chlorpyrifos, and Chlorothalonil to the Marine Phytoplankton Species Dunaliella tertiolecta J. Environ. Sci. Health Part B Pestic. Food Contam. Agric. Wastes38(5): 529-538 ","1053","QAQC Assessment is in the Chlorothalonil QAQC spreadsheet.",null,"Analytical grade"]
["MEW_plant","1053-JF",70,0.76923076923076927,null,"Dunaliella tertiolecta","Log phase growth","96 hrs","NOEC","Average pop growth rate: Cell density","25ug/L","Microalga","Chlorophyta","Chlorophyceae","F/2 marine media",25,"Chronic","N.A.","Not stated","DeLorenzo,M.E., and L. Serrano (2003) Individual and Mixture Toxicity of Three Pesticides; Atrazine, Chlorpyrifos, and Chlorothalonil to the Marine Phytoplankton Species Dunaliella tertiolecta J. Environ. Sci. Health Part B Pestic. Food Contam. Agric. Wastes38(5): 529-538 ","1053","QAQC Assessment is in the Chlorothalonil QAQC spreadsheet.",null,"Analytical grade"]
["MEW_plant","1053-2",70,0.76923076923076927,null,"Dunaliella tertiolecta","Log phase growth","96 hrs","LOEC","Average pop growth rate: Cell density","50 ug/L","Microalga","Chlorophyta","Chlorophyceae","F/2 marine media",25,"Chronic","N.A.","Not stated","DeLorenzo,M.E., and L. Serrano (2003) Individual and Mixture Toxicity of Three Pesticides; Atrazine, Chlorpyrifos, and Chlorothalonil to the Marine Phytoplankton Species Dunaliella tertiolecta J. Environ. Sci. Health Part B Pestic. Food Contam. Agric. Wastes38(5): 529-538 ","1053","QAQC Assessment is in the Chlorothalonil QAQC spreadsheet.",null,"Analytical grade"]
[]
["MEW_plant","946-1",63,0.69230769230769229,"Only one concentration tested","Dunaliella tertiolecta","Log phase growth","96 hrs","LOEC","Population growth rate: Absorbance: Cell density","100 ug/L","Microalga","Chlorophyta","Chlorophyceae","F/2 marine media",25,"Chronic","N.A.",20,"DeLorenzo, M. E., Danese, L. E. & Baird, T. D. (2011) Influence of Increasing Temperature and Salinity on Herbicide Toxicity in Estuarine Phytoplankton Wiley Periodicals ","946",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","946-2",63,0.69230769230769229,"Only one concentration tested","Dunaliella tertiolecta","Log phase growth","96 hrs","LOEC","Growth inhibition: Cell count: Cell density","100 ug/L","Microalga","Chlorophyta","Chlorophyceae","F/2 marine media",25,"Chronic","N.A.",20,"DeLorenzo, M. E., Danese, L. E. & Baird, T. D. (2011) Influence of Increasing Temperature and Salinity on Herbicide Toxicity in Estuarine Phytoplankton Wiley Periodicals ","946",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","946-3",63,0.69230769230769229,"Only one concentration tested","Dunaliella tertiolecta","Log phase growth","96 hrs","LOEC","Fluorescence: Chl-a concentration","100 ug/L","Microalga","Chlorophyta","Chlorophyceae","F/2 marine media",25,"Chronic","N.A.",20,"DeLorenzo, M. E., Danese, L. E. & Baird, T. D. (2011) Influence of Increasing Temperature and Salinity on Herbicide Toxicity in Estuarine Phytoplankton Wiley Periodicals ","946",null,null,"Do Not Use - Non-viable endpoint"]
[]
["MEW_plant","739-1",71,0.78021978021978022,null,"Dunaliella tertiolecta","Log growth phase","96 hrs","EC50","Growth inhibition: Cell density","66.35 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-2",71,0.78021978021978022,null,"Ankistrodesmus sp. ","Log growth phase","96 hrs","EC50","Growth inhibition: Cell density","32.5 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-3",71,0.78021978021978022,null,"Stroreatula major","Log growth phase","96 hrs","EC50","Growth inhibition: Cell density","49.16 ug/L","Microalga","Cryptophyta","Not stated","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-4",71,0.78021978021978022,null,"Amphidinium operculatum ","Log growth phase","96 hrs","EC50","Growth inhibition: Cell density","74.18 ug/L","Microalga","Miozoa","Dinophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-5",71,0.78021978021978022,null,"Dunaliella tertiolecta","Log growth phase","96 hrs","NOEC","Growth inhibition: Cell density","12.5 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-6",71,0.78021978021978022,null,"Ankistrodesmus sp. ","Log growth phase","96 hrs","LOEC","Growth inhibition: Cell density","12.5 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-7",71,0.78021978021978022,null,"Stroreatula major","Log growth phase","96 hrs","NOEC","Growth inhibition: Cell density","12.5 ug/L","Microalga","Cryptophyta","Not stated","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-8",71,0.78021978021978022,null,"Amphidinium operculatum ","Log growth phase","96 hrs","LOEC","Growth inhibition: Cell density","12.5 ug/L","Microalga","Miozoa","Dinophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-9",71,0.78021978021978022,null,"Dunaliella tertiolecta","Log growth phase","96 hrs","LOEC","Growth inhibition: Cell density","25 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-10",71,0.78021978021978022,null,"Stroreatula major","Log growth phase","96 hrs","LOEC","Growth inhibition: Cell density","25 ug/L","Microalga","Cryptophyta","Not stated","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-11",71,0.78021978021978022,null,"Dunaliella tertiolecta","Log growth phase","96 hrs","EC50","Growth inhibition: Divisions per day: Growth rate","69.44 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-12",71,0.78021978021978022,null,"Dunaliella tertiolecta","Log growth phase","96 hrs","LOEC","Growth inhibition: Divisions per day: Growth rate","50 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-13",71,0.78021978021978022,null,"Dunaliella tertiolecta","Log growth phase","96 hrs","NOEC","Growth inhibition: Divisions per day: Growth rate","25 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-14",71,0.78021978021978022,null,"Ankistrodesmus sp. ","Log growth phase","96 hrs","EC50","Growth inhibition: Divisions per day: Growth rate","55.70 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-15",71,0.78021978021978022,null,"Ankistrodesmus sp. ","Log growth phase","96 hrs","LOEC","Growth inhibition: Divisions per day: Growth rate","100 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-16",71,0.78021978021978022,null,"Ankistrodesmus sp. ","Log growth phase","96 hrs","NOEC","Growth inhibition: Divisions per day: Growth rate","50 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-17",71,0.78021978021978022,null,"Stroreatula major","Log growth phase","96 hrs","EC50","Growth inhibition: Divisions per day: Growth rate","89.97 ug/L","Microalga","Cryptophyta","Not stated","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-18",71,0.78021978021978022,null,"Stroreatula major","Log growth phase","96 hrs","LOEC","Growth inhibition: Divisions per day: Growth rate","100 ug/L","Microalga","Cryptophyta","Not stated","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-19",71,0.78021978021978022,null,"Stroreatula major","Log growth phase","96 hrs","NOEC","Growth inhibition: Divisions per day: Growth rate","50 ug/L","Microalga","Cryptophyta","Not stated","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-20",71,0.78021978021978022,null,"Amphidinium operculatum ","Log growth phase","96 hrs","EC50","Growth inhibition: Divisions per day: Growth rate","132.11 ug/L","Microalga","Miozoa","Dinophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-21",71,0.78021978021978022,null,"Amphidinium operculatum ","Log growth phase","96 hrs","LOEC","Growth inhibition: Divisions per day: Growth rate","25 ug/L","Microalga","Miozoa","Dinophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-22",71,0.78021978021978022,null,"Amphidinium operculatum ","Log growth phase","96 hrs","NOEC","Growth inhibition: Divisions per day: Growth rate","12.5 ug/L","Microalga","Miozoa","Dinophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-23",71,0.78021978021978022,null,"Dunaliella tertiolecta","Log growth phase","96 hrs","EC50","Growth inhibition:Total biovolume","68.66 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-25",71,0.78021978021978022,null,"Dunaliella tertiolecta","Log growth phase","96 hrs","LOEC","Growth inhibition:Total biovolume","50 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-26",71,0.78021978021978022,null,"Dunaliella tertiolecta","Log growth phase","96 hrs","NOEC","Growth inhibition:Total biovolume","25 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-27",71,0.78021978021978022,null,"Ankistrodesmus sp. ","Log growth phase","96 hrs","EC50","Growth inhibition:Total biovolume","32.36 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-28",71,0.78021978021978022,null,"Ankistrodesmus sp. ","Log growth phase","96 hrs","LOEC","Growth inhibition:Total biovolume","25 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-29",71,0.78021978021978022,null,"Ankistrodesmus sp. ","Log growth phase","96 hrs","NOEC","Growth inhibition:Total biovolume","12.5 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-30",71,0.78021978021978022,null,"Stroreatula major","Log growth phase","96 hrs","EC50","Growth inhibition:Total biovolume","48.45 ug/L","Microalga","Cryptophyta","Not stated","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-31",71,0.78021978021978022,null,"Stroreatula major","Log growth phase","96 hrs","LOEC","Growth inhibition:Total biovolume","50 ug/L","Microalga","Cryptophyta","Not stated","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-32",71,0.78021978021978022,null,"Stroreatula major","Log growth phase","96 hrs","NOEC","Growth inhibition:Total biovolume","25 ug/L","Microalga","Cryptophyta","Not stated","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-33",71,0.78021978021978022,null,"Amphidinium operculatum ","Log growth phase","96 hrs","EC50","Growth inhibition:Total biovolume","17.19 ug/L","Microalga","Miozoa","Dinophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-34",71,0.78021978021978022,null,"Amphidinium operculatum ","Log growth phase","96 hrs","LOEC","Growth inhibition:Total biovolume","12.5 ug/L","Microalga","Miozoa","Dinophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-35",71,0.78021978021978022,null,"Dunaliella tertiolecta","Log growth phase","96 hrs","EC50","Growth: Fluorescence: Chl-a concentration","65.0 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-36",71,0.78021978021978022,null,"Dunaliella tertiolecta","Log growth phase","96 hrs","LOEC","Growth: Fluorescence: Chl-a concentration","25 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-37",71,0.78021978021978022,null,"Dunaliella tertiolecta","Log growth phase","96 hrs","NOEC","Growth: Fluorescence: Chl-a concentration","12.5 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-38",71,0.78021978021978022,null,"Ankistrodesmus sp. ","Log growth phase","96 hrs","EC50","Growth: Fluorescence: Chl-a concentration","11.87 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-39",71,0.78021978021978022,null,"Ankistrodesmus sp. ","Log growth phase","96 hrs","LOEC","Growth: Fluorescence: Chl-a concentration","12.5 ug/L","Microalga","Chlorophyta","Chlorophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-40",71,0.78021978021978022,null,"Stroreatula major","Log growth phase","96 hrs","EC50","Growth: Fluorescence: Chl-a concentration","45.81 ug/L","Microalga","Cryptophyta","Not stated","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-41",71,0.78021978021978022,null,"Stroreatula major","Log growth phase","96 hrs","LOEC","Growth: Fluorescence: Chl-a concentration","12.5 ug/L","Microalga","Cryptophyta","Not stated","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-42",71,0.78021978021978022,null,"Amphidinium operculatum ","Log growth phase","96 hrs","EC50","Growth: Fluorescence: Chl-a concentration","146.71 ug/L","Microalga","Miozoa","Dinophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-43",71,0.78021978021978022,null,"Amphidinium operculatum ","Log growth phase","96 hrs","LOEC","Growth: Fluorescence: Chl-a concentration","146.71 ug/L","Microalga","Miozoa","Dinophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","739-44",71,0.78021978021978022,null,"Amphidinium operculatum ","Log growth phase","96 hrs","NOEC","Growth: Fluorescence: Chl-a concentration","25 ug/L","Microalga","Miozoa","Dinophyceae","f/2 media",25,"Chronic",7.5,20,"DeLorenzo,M.E., M. Leatherbury, J.A. Weiner, A.J. Lewitus, and M.H. Fulton (2004) Physiological Factors Contributing to the Species-Specific Sensitivity of Four Estuarine Microalgal Species Exposed to the Herbicide Atrazine Aquat. Ecosyst. Health Manag.7(1): 137-146 ","739",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/non- plant","1172-1",51,0.56043956043956045,"Toxicity value is highest concentration tested","Hyla versicolor","Larvae (11dph)","6 weeks","NOEC","Mortality","2035.83 ug/L","Amphibian","Chordata","Amphibia","Natural pond water","Not stated","Chronic","7.3-9.3","N.A.","Diana,S.G., W.J.,Jr. Resetarits, D.J. Schaeffer, K.B. Beckmen, and V.R. Beasley (2000) Effects of Atrazine on Amphibian Growth and Survival in Artificial Aquatic Communities Environ. Toxicol. Chem.19(12): 2961-2967 2000","1172",null,null,"Technical grade atrazine"]
["Freshwater/non-metal/non- plant","1172-3",56,0.61538461538461542,"","Hyla versicolor","Larvae (11dph)","6 weeks","NOEC","Growth: Snout-vent-length","20.13 ug/L","Amphibian","Chordata","Amphibia","Natural pond water","Not stated","Chronic","7.3-9.3","N.A.","Diana,S.G., W.J.,Jr. Resetarits, D.J. Schaeffer, K.B. Beckmen, and V.R. Beasley (2000) Effects of Atrazine on Amphibian Growth and Survival in Artificial Aquatic Communities Environ. Toxicol. Chem.19(12): 2961-2967 2000","1172",null,null,"Technical grade atrazine"]
["Freshwater/non-metal/non- plant","1172-3",56,0.61538461538461542,"","Hyla versicolor","Larvae (11dph)","6 weeks","LOEC","Growth: Snout-vent-length","195.5 ug/L","Amphibian","Chordata","Amphibia","Natural pond water","Not stated","Chronic","7.3-9.3","N.A.","Diana,S.G., W.J.,Jr. Resetarits, D.J. Schaeffer, K.B. Beckmen, and V.R. Beasley (2000) Effects of Atrazine on Amphibian Growth and Survival in Artificial Aquatic Communities Environ. Toxicol. Chem.19(12): 2961-2967 2000","1172",null,null,"Technical grade atrazine"]
["Freshwater/non-metal/non- plant","1172-5",56,0.61538461538461542,"","Hyla versicolor","Larvae (11dph)","6 weeks","NOEC","Growth inhibition: Body mass","20.13 ug/L","Amphibian","Chordata","Amphibia","Natural pond water","Not stated","Chronic","7.3-9.3","N.A.","Diana,S.G., W.J.,Jr. Resetarits, D.J. Schaeffer, K.B. Beckmen, and V.R. Beasley (2000) Effects of Atrazine on Amphibian Growth and Survival in Artificial Aquatic Communities Environ. Toxicol. Chem.19(12): 2961-2967 2000","1172",null,null,"Technical grade atrazine"]
["Freshwater/non-metal/non- plant","1172-4",56,0.61538461538461542,"","Hyla versicolor","Larvae (11dph)","6 weeks","LOEC","Growth inhibition: Body mass","195.5 ug/L","Amphibian","Chordata","Amphibia","Natural pond water","Not stated","Chronic","7.3-9.3","N.A.","Diana,S.G., W.J.,Jr. Resetarits, D.J. Schaeffer, K.B. Beckmen, and V.R. Beasley (2000) Effects of Atrazine on Amphibian Growth and Survival in Artificial Aquatic Communities Environ. Toxicol. Chem.19(12): 2961-2967 2000","1172",null,null,"Technical grade atrazine"]
[]
["MEW_plant","743-1",71,0.78021978021978022,null,"Thalassiosira weisflogii","Continuous growth phase","48 hr","EC50","Growth inhibition: Cell density: Growth rate","42 ug/L","Microalga","Bacillariophyta","Mediophyceae","Artificial seawater with f/2 media","18±1","Chronic","Not stated",14,"Doherty,M.A. (1997) Biochemical Toxicology of Herbicide Mixtures on Thalassiosira weisflogii Ph.D.Thesis, University of Maryland, College Park, MD:276 p. ","743",null,null,"Reagent grade >98% pure"]
["MEW_plant","743-2",71,0.78021978021978022,null,"Thalassiosira weisflogii","Continuous growth phase","48 hr","LOEC","Growth inhibition: Cell density: Growth rate","20 ug/L","Microalga","Bacillariophyta","Mediophyceae","Artificial seawater with f/2 media","18±1","Chronic","Not stated",14,"Doherty,M.A. (1997) Biochemical Toxicology of Herbicide Mixtures on Thalassiosira weisflogii Ph.D.Thesis, University of Maryland, College Park, MD:276 p. ","743",null,null,"Reagent grade >98% pure"]
[]
["Freshwater/non-metal/plant","604-1-OK",60,{"$f":"60/88","v":0.68181818181818177},null,"Lemna minor","Not stated","3 days","EC20","Population: Growth Rate: Front count","0.286 umol/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg medium","25 ± 2","Acute ","not stated","N.A.","Drost,W., T. Backhaus, M. Vassilakaki, and L.H. Grimme (2003). Mixture Toxicity of s-Triazines to Lemna minor Under Conditions of Simultaneous and Sequential Exposure, Fresenius Environ. Bull.12(6): 601-607.","604","QAQC Assessment is in the Prometryn QAQC spreadsheet.",null,"Highest available purity from Riedel de Haen"]
["Freshwater/non-metal/plant","604-2-OK",60,0.68181818181818177,null,"Lemna minor","Not stated","3 days","EC50","Population: Growth Rate: Front count","0.723 umol/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg medium","25 ± 2","Acute ","not stated","N.A.","Drost,W., T. Backhaus, M. Vassilakaki, and L.H. Grimme (2003). Mixture Toxicity of s-Triazines to Lemna minor Under Conditions of Simultaneous and Sequential Exposure, Fresenius Environ. Bull.12(6): 601-607.","604","QAQC Assessment is in the Prometryn QAQC spreadsheet.",null,"Highest available purity from Riedel de Haen"]
["Freshwater/non-metal/plant","604-3-OK",60,0.68181818181818177,null,"Lemna minor","Not stated","3 days","EC80","Population: Growth Rate: Front count","0.1.36 umol/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg medium","25 ± 2","Acute ","not stated","N.A.","Drost,W., T. Backhaus, M. Vassilakaki, and L.H. Grimme (2003). Mixture Toxicity of s-Triazines to Lemna minor Under Conditions of Simultaneous and Sequential Exposure, Fresenius Environ. Bull.12(6): 601-607.","604","QAQC Assessment is in the Prometryn QAQC spreadsheet.",null,"Do Not Use - LC80 too high."]
["Freshwater/non-metal/plant","604-4-OK",60,0.68181818181818177,null,"Lemna minor","Not stated","6 days","EC20","Population: Growth Rate: Front count","0.352 umol/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg medium","25 ± 2","Acute ","not stated","N.A.","Drost,W., T. Backhaus, M. Vassilakaki, and L.H. Grimme (2003). Mixture Toxicity of s-Triazines to Lemna minor Under Conditions of Simultaneous and Sequential Exposure, Fresenius Environ. Bull.12(6): 601-607.","604","QAQC Assessment is in the Prometryn QAQC spreadsheet.",null,"Highest available purity from Riedel de Haen"]
["Freshwater/non-metal/plant","604-5-OK",60,0.68181818181818177,null,"Lemna minor","Not stated","6 days","EC50","Population: Growth Rate: Front count","0.82 umol/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg medium","25 ± 2","Acute ","not stated","N.A.","Drost,W., T. Backhaus, M. Vassilakaki, and L.H. Grimme (2003). Mixture Toxicity of s-Triazines to Lemna minor Under Conditions of Simultaneous and Sequential Exposure, Fresenius Environ. Bull.12(6): 601-607.","604","QAQC Assessment is in the Prometryn QAQC spreadsheet.",null,"Highest available purity from Riedel de Haen"]
["Freshwater/non-metal/plant","604-6-OK",60,0.68181818181818177,null,"Lemna minor","Not stated","6 days","EC80","Population: Growth Rate: Front count","1.57 umol/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg medium","25 ± 2","Acute ","not stated","N.A.","Drost,W., T. Backhaus, M. Vassilakaki, and L.H. Grimme (2003). Mixture Toxicity of s-Triazines to Lemna minor Under Conditions of Simultaneous and Sequential Exposure, Fresenius Environ. Bull.12(6): 601-607.","604","QAQC Assessment is in the Prometryn QAQC spreadsheet.",null,"Do Not Use - LC80 too high."]
[]
["Freshwater/non-metal/non- plant","644-1",58,0.63736263736263732,null,"Xenopus laevis","96 hr post hatch","2 years","NOEC","Fecundity: Number of eggs","24.8 ug/L","Amphibian","Chordata","Amphibia","FETAX solution/dechlorinated tap water","N.A.","Chronic","Not stated","N.A.","Du Preez,L.H., N. Kunene, G.J. Everson, J.A. Carr, J.P. Giesy, T.S. Gross, A.J. Hosmer, R.J. Kendall, E.E. Smith, K.R. S (2008) Reproduction, Larval Growth, and Reproductive Development in African Clawed Frogs (Xenopus laevis) Exposed to Atrazine Chemosphere71(3): 546-552 ","644",null,null,"Technical grade"]
[]
["MEW_nonplant","1175-1",42,0.44680851063829785,"Only one concentration tested","Mytilus edulis","50-60mm shell length","56 days","NOEC","Mortality","3.583 mg/L","Macroinvertebrate","Mollusca","Bivalvia","Natural seawater","18±0.1","Chronic","N.A.",34,"El-Shenawy,N.S., R. Greenwood, and I.M. Abdel-Nabi (2007) Histological Responses of Marine Mussel Mytilus edulis to Long-Term Exposure to Sublethal-Level of Lindane and Atrazine Dongwu Xuebao53(5): 899-909","1175",null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/plant","1176-1",48,0.54545454545454541,"Only one concentration tested","Chlamydomonas reinhardtii","Log growth phase","24 hr","LOEC","Growth inhibition: Fluorescence: Growth rate","0.25 uM","Microalga","Chlorophyta",null,"Tris-minimal phosphate medium","22 ± 1","Acute ","not stated","N.A.","Esperanza,M., M. Seoane, C. Rioboo, C. Herrero, and A. Cid (2015) Chlamydomonas reinhardtii Cells Adjust the Metabolism to Maintain Viability in Response to Atrazine Stress Aquat. Toxicol.165:64-72","1176",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1176-2",48,0.54545454545454541,"Only one concentration tested","Chlamydomonas reinhardtii","Log growth phase","24 hr","NOEC","Cell viability","0.25 uM","Microalga","Chlorophyta",null,"Tris-minimal phosphate medium","22 ± 1","Acute ","not stated","N.A.","Esperanza,M., M. Seoane, C. Rioboo, C. Herrero, and A. Cid (2015) Chlamydomonas reinhardtii Cells Adjust the Metabolism to Maintain Viability in Response to Atrazine Stress Aquat. Toxicol.165:64-72","1176",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["Freshwater/non-metal/plant","974-1",68,0.77272727272727271,null,"Selenastrum capricornutum","20,000 cell/mL","96 hrs","EC50","Growth: Fluorescence: Population growth","117 ug/L","Microalga","Chlorophyta","Chlorophyceae","ASTM media",25,"Chronic",6.1,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Technical grade"]
["Freshwater/non-metal/plant","974-2",68,0.77272727272727271,null,"Selenastrum capricornutum","20,000 cell/mL","96 hrs","LOEC","Growth: Fluorescence: Population growth","150 ug/L","Microalga","Chlorophyta","Chlorophyceae","ASTM media",25,"Chronic",6.1,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Technical grade"]
["Freshwater/non-metal/plant","974-3",68,0.77272727272727271,null,"Selenastrum capricornutum","20,000 cell/mL","96 hrs","NOEC","Growth: Fluorescence: Population growth","75 ug/L","Microalga","Chlorophyta","Chlorophyceae","ASTM media",25,"Chronic",6.1,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Technical grade"]
["Freshwater/non-metal/plant","974-4",68,0.77272727272727271,null,"Scnedesmus quadricauda","20,000 cell/mL","96 hrs","NOEC","Growth: Fluorescence: Population growth","38 ug/L","Microalga","Chlorophyta","Chlorophyceae","ASTM media",25,"Chronic",6.1,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - Not species specific and we already have the Scenedesmus genus"]
["Freshwater/non-metal/plant","974-5",68,0.77272727272727271,null,"Scnedesmus quadricauda","20,000 cell/mL","96 hrs","LOEC","Growth: Fluorescence: Population growth","75 ug/L","Microalga","Chlorophyta","Chlorophyceae","ASTM media",25,"Chronic",6.1,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - Not species specific and we already have the Scenedesmus genus"]
["Freshwater/non-metal/plant","974-6",68,0.77272727272727271,null,"Scnedesmus quadricauda","20,000 cell/mL","96 hrs","EC50","Growth: Fluorescence: Population growth","169 ug/L","Microalga","Chlorophyta","Chlorophyceae","ASTM media",25,"Chronic",6.1,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - Not species specific and we already have the Scenedesmus genus"]
["Freshwater/non-metal/plant","974-7",68,0.77272727272727271,null,"Chlorella vulgaris","20,000 cell/mL","96 hrs","EC50","Growth: Fluorescence: Population growth","92 ug/L","Microalga","Chlorophyta","Trebouxiophyceae","ASTM media",25,"Chronic",6.1,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - Not species specific and we already have the Chlorella genus"]
["Freshwater/non-metal/plant","974-8",68,0.77272727272727271,null,"Chlorella vulgaris","20,000 cell/mL","96 hrs","LOEC","Growth: Fluorescence: Population growth","75 ug/L","Microalga","Chlorophyta","Trebouxiophyceae","ASTM media",25,"Chronic",6.1,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - Not species specific and we already have the Chlorella genus"]
["Freshwater/non-metal/plant","974-9",68,0.77272727272727271,null,"Chlorella vulgaris","20,000 cell/mL","96 hrs","NOEC","Growth: Fluorescence: Population growth","38 ug/L","Microalga","Chlorophyta","Trebouxiophyceae","ASTM media",25,"Chronic",6.1,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - Not species specific and we already have the Chlorella genus"]
["Freshwater/non-metal/plant","974-10",64,0.72727272727272729,"Toxicity value is highest concentration tested","Anabaena flosque","20,000 cell/mL","96 hrs","NOEC","Growth: Fluorescence: Population growth",">3000 ug/L","Microalga","Cyanobacteria","Cyanophyceae","ASTM media",25,"Chronic",6.1,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - NOEC value not obtained"]
["Freshwater/non-metal/plant","974-11",68,0.77272727272727271,"Toxicity value is lowest concentration tested","Mycrocystis sp. ","20,000 cell/mL","96 hrs","LOEC","Growth: Fluorescence: Population growth","<188 ug/L","Microalga","Cyanobacteria","Cyanophyceae","ASTM media",25,"Chronic",6.1,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - LOEC value not obtained"]
["Freshwater/non-metal/plant","974-12",68,0.77272727272727271,null,"Chlamydomonas reinhardi","20,000 cell/mL","96 hrs","EC50","Growth: Fluorescence: Population growth","176 ug/L","Microalga","Chlorophyta","Chlorophyceae","ASTM media",25,"Chronic",6.1,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - Not species specific and we already have the Chlamydomonas genus"]
["Freshwater/non-metal/plant","974-13",68,0.77272727272727271,null,"Chlamydomonas reinhardi","20,000 cell/mL","96 hrs","LOEC","Growth: Fluorescence: Population growth","150 ug/L","Microalga","Chlorophyta","Chlorophyceae","ASTM media",25,"Chronic",6.1,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - Not species specific and we already have the Chlamydomonas genus"]
["Freshwater/non-metal/plant","974-14",68,0.77272727272727271,null,"Chlamydomonas reinhardi","20,000 cell/mL","96 hrs","NOEC","Growth: Fluorescence: Population growth","75 ug/L","Microalga","Chlorophyta","Chlorophyceae","ASTM media",25,"Chronic",6.1,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - Not species specific and we already have the Chlamydomonas genus"]
["Freshwater/non-metal/plant","974-15",68,0.77272727272727271,null,"Lemna minor","12 fronds","96 hrs","EC50","Growth: Frond count","92 ug/L","Macrophyte","Tracheophyta","Liliopsida","10X ASTM",25,"Acute ",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Technical grade"]
["Freshwater/non-metal/plant","974-16",68,0.77272727272727271,null,"Lemna minor","12 fronds","96 hrs","LOEC","Growth: Frond count","150 ug/L","Macrophyte","Tracheophyta","Liliopsida","10X ASTM",25,"Acute ",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Technical grade"]
["Freshwater/non-metal/plant","974-17",68,0.77272727272727271,null,"Lemna minor","12 fronds","96 hrs","NOEC","Growth: Frond count","75 ug/L","Macrophyte","Tracheophyta","Liliopsida","10X ASTM",25,"Acute ",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Technical grade"]
["Freshwater/non-metal/plant","974-18",68,0.77272727272727271,null,"Najas sp. ","3 shoots","14 days","EC50","Growth: length/weight increase","24 ug/L","Macrophyte","Tracheophyta","Liliopsida","1X ASTM with sediment",25,"Chronic",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Technical grade"]
["Freshwater/non-metal/plant","974-19",68,0.77272727272727271,null,"Najas sp. ","3 shoots","14 days","LOEC","Growth: length/weight increase",">750 ug/L","Macrophyte","Tracheophyta","Liliopsida","1X ASTM with sediment",25,"Chronic",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - LOEC value not obtained"]
["Freshwater/non-metal/plant","974-20",68,0.77272727272727271,null,"Egeria densa","3 shoots","14 days","EC50","Growth: length/weight increase","<38 ug/L","Macrophyte","Tracheophyta","Liliopsida","1X ASTM with sediment",25,"Chronic",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - EC50 value not obtained"]
["Freshwater/non-metal/plant","974-21",68,0.77272727272727271,null,"Egeria densa","3 shoots","14 days","LOEC","Growth: length/weight increase","300 ug/L","Macrophyte","Tracheophyta","Liliopsida","1X ASTM with sediment",25,"Chronic",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Technical grade"]
["Freshwater/non-metal/plant","974-22",68,0.77272727272727271,null,"Egeria densa","3 shoots","14 days","NOEC","Growth: length/weight increase","150 ug/L","Macrophyte","Tracheophyta","Liliopsida","1X ASTM with sediment",25,"Chronic",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Technical grade"]
["Freshwater/non-metal/plant","974-23",68,0.77272727272727271,null,"Ceratophyllum demersum","3 shoots","14 days","EC50","Growth: length/weight increase","22 ug/L","Macrophyte","Tracheophyta"," Magnoliopsida","1X ASTM with sediment",25,"Chronic",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - Not species specific and we already have the Ceratophyllum genus"]
["Freshwater/non-metal/plant","974-24",68,0.77272727272727271,null,"Ceratophyllum demersum","3 shoots","14 days","LOEC","Growth: length/weight increase","38 ug/L","Macrophyte","Tracheophyta"," Magnoliopsida","1X ASTM with sediment",25,"Chronic",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - Not species specific and we already have the Ceratophyllum genus"]
["Freshwater/non-metal/plant","974-25",68,0.77272727272727271,null,"Ceratophyllum demersum","3 shoots","14 days","NOEC","Growth: length/weight increase","19 ug/L","Macrophyte","Tracheophyta"," Magnoliopsida","1X ASTM with sediment",25,"Chronic",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - Not species specific and we already have the Ceratophyllum genus"]
["Freshwater/non-metal/plant","974-26",68,0.77272727272727271,null,"Myriophyllum heterophyllum","3 shoots","14 days","EC50","Growth: length/weight increase","132 ug/L","Macrophyte","Tracheophyta"," Magnoliopsida","1X ASTM with sediment",25,"Chronic",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - Not species specific and we already have the Myriophyllum genus"]
["Freshwater/non-metal/plant","974-27",68,0.77272727272727271,null,"Myriophyllum heterophyllum","3 shoots","14 days","LOEC","Growth: length/weight increase","600 ug/L","Macrophyte","Tracheophyta"," Magnoliopsida","1X ASTM with sediment",25,"Chronic",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - Not species specific and we already have the Myriophyllum genus"]
["Freshwater/non-metal/plant","974-28",68,0.77272727272727271,null,"Myriophyllum heterophyllum","3 shoots","14 days","NOEC","Growth: length/weight increase","300 ug/L","Macrophyte","Tracheophyta"," Magnoliopsida","1X ASTM with sediment",25,"Chronic",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Do Not Use - Not species specific and we already have the Myriophyllum genus"]
["Freshwater/non-metal/plant","974-29",68,0.77272727272727271,"Microcosm test","Najas sp. ","3 shoots","14 days","EC50","Growth: Wet weight","26 ug/L","Macrophyte","Tracheophyta","Liliopsida","1X ASTM with sediment",25,"Chronic",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Technical grade"]
["Freshwater/non-metal/plant","974-30",68,0.77272727272727271,"Microcosm test","Najas sp. ","3 shoots","21 days","EC50","Growth: Wet weight","75 ug/L","Macrophyte","Tracheophyta","Liliopsida","1X ASTM with sediment",25,"Chronic",7,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. (1994) Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms Environmental Pretection Agency","974",null,null,"Technical grade"]
["Freshwater","OK added in",null,0.76699029126213591,null,"Selenastrum capricornutum","Not stated","96 hours","LC50","Population Growth Rate","59 ug/L","Microalga","Chlorophyta","Chlorophyceae","ASTM media",25,"Chronic",6.1,"N.A.","Fairchild, J., Ruessler, S., Nelson, M. & Haverland, P. 1994. Bioavailability and Toxicity of Agricultural Chemicals in Runoff from MSEA Sites: Potential Impacts on Non-Target Aquatic Organisms: An Aquatic Hazard Assessment of Four Herbicides Using Six Species of Algae and Five Species of Aquatic Macrophytes, Final Report for IAG DW14935600-01-2, Federal Protection Agency.","974",null,null,"Technical grade","This hasn't been added to GV sheet? (28/08/2020)"]
[]
["Freshwater","855-1",63,0.71590909090909094,null,"Mycrocystis sp. ","20,000 cell/mL","96 hrs","EC50","Growth rate: Fluorescence: Biomass","90 ug/L","Microalga","Cyanobacteria","Cyanophyceae","ASTM media",25,"Chronic","Not stated","N.A.","Fairchild,J.F., D.S. Ruessler, and A.R. Carlson (1998) Comparative Sensitivity of Five Species of Macrophytes and Six Species of Algae to Atrazine, Metribuzin, Alachlor, and Metolachlor Environ. Toxicol. Chem.17(9): 1830-1834","855",null,null,"Do Not Use - Not species specific and we already have the Microcystis genus"]
["Freshwater/non-metal/plant","855-2",63,0.71590909090909094,null,"Elodea canadensis","Not stated","14 days","EC50","Growth: Wet weight","21 ug/L","Macrophyte","Tracheophyta"," Magnoliopsida","1X ASTM with sediment",25,"Chronic","Not stated","N.A.","Fairchild,J.F., D.S. Ruessler, and A.R. Carlson (1998) Comparative Sensitivity of Five Species of Macrophytes and Six Species of Algae to Atrazine, Metribuzin, Alachlor, and Metolachlor Environ. Toxicol. Chem.17(9): 1830-1834","855",null,null,"Technical grade, 92.2%","This hasn't been added to GV sheet? (28/08/2020)"]
["Freshwater","855-12",69,0.66990291262135926,null,"Selenastrum capricornutum","not stated","96 hours","EC50","Population Growth Rate","117 ug/L","Microalga",null,null,null,25,"Chronic","Not stated","N.A.","Fairchild,J.F., D.S. Ruessler, and A.R. Carlson, 1998. Comparative Sensitivity of Five Species of Macrophytes and Six Species of Algae to Atrazine, Metribuzin, Alachlor, and Metolachlor, Environ. Toxicol. Chem.17(9): 1830-1834.","855","QAQC link in the Metribuzin spreadsheet",null,"Do Not Use - Data repeat from paper 974 (same data reported in Fairchild et al. (1994))","Endpoint: Chlorophyll fluorescence; Cell density"]
["Freshwater","855-13",69,0.66990291262135926,null,"Chlorella vulgaris","not stated","96 hours","EC50","Population Growth Rate","92 ug/L","Microalga",null,null,null,25,"Chronic","Not stated","N.A.","Fairchild,J.F., D.S. Ruessler, and A.R. Carlson, 1998. Comparative Sensitivity of Five Species of Macrophytes and Six Species of Algae to Atrazine, Metribuzin, Alachlor, and Metolachlor, Environ. Toxicol. Chem.17(9): 1830-1834.","855","QAQC link in the Metribuzin spreadsheet",null,"Do Not Use - Data repeat from paper 974 (same data reported in Fairchild et al. (1994))","Endpoint: Chlorophyll fluorescence; Cell density"]
["Freshwater","855-14",69,0.66990291262135926,null,"Chlamydomonas reinhardi","not stated","96 hours","EC50","Population Growth Rate","176 ug/L","Microalga",null,null,null,25,"Chronic","Not stated","N.A.","Fairchild,J.F., D.S. Ruessler, and A.R. Carlson, 1998. Comparative Sensitivity of Five Species of Macrophytes and Six Species of Algae to Atrazine, Metribuzin, Alachlor, and Metolachlor, Environ. Toxicol. Chem.17(9): 1830-1834.","855","QAQC link in the Metribuzin spreadsheet",null,"Do Not Use - Data repeat from paper 974 (same data reported in Fairchild et al. (1994))","Endpoint: Chlorophyll fluorescence; Cell density"]
["Freshwater","855-15",69,0.66990291262135926,null,"Scenedesmus quadricauda","not stated","96 hours","EC50","Population Growth Rate","169 ug/L","Microalga",null,null,null,25,"Chronic","Not stated","N.A.","Fairchild,J.F., D.S. Ruessler, and A.R. Carlson, 1998. Comparative Sensitivity of Five Species of Macrophytes and Six Species of Algae to Atrazine, Metribuzin, Alachlor, and Metolachlor, Environ. Toxicol. Chem.17(9): 1830-1834.","855","QAQC link in the Metribuzin spreadsheet",null,"Do Not Use - Data repeat from paper 974 (same data reported in Fairchild et al. (1994))","Endpoint: Chlorophyll fluorescence; Cell density"]
["Freshwater","855-16",69,0.66990291262135926,null,"Microcystis sp.","not stated","96 hours","EC50","Population Growth Rate","90 ug/L","Microalga",null,null,null,25,"Chronic","Not stated","N.A.","Fairchild,J.F., D.S. Ruessler, and A.R. Carlson, 1998. Comparative Sensitivity of Five Species of Macrophytes and Six Species of Algae to Atrazine, Metribuzin, Alachlor, and Metolachlor, Environ. Toxicol. Chem.17(9): 1830-1834.","855","QAQC link in the Metribuzin spreadsheet",null,"Do Not Use - Not species specific and we already have the Microcystis genus","Endpoint: Chlorophyll fluorescence; Cell density"]
["Freshwater","855-17",69,0.66990291262135926,null,"Anabaena flosque","not stated","96 hours","EC50","Population Growth Rate",">3000 ug/L","Microalga",null,null,null,25,"Chronic","Not stated","N.A.","Fairchild,J.F., D.S. Ruessler, and A.R. Carlson, 1998. Comparative Sensitivity of Five Species of Macrophytes and Six Species of Algae to Atrazine, Metribuzin, Alachlor, and Metolachlor, Environ. Toxicol. Chem.17(9): 1830-1834.","855","QAQC link in the Metribuzin spreadsheet",null,"Do Not Use - EC50 value not obtained","Endpoint: Chlorophyll fluorescence; Cell density"]
["Freshwater","855-18",69,0.66990291262135926,null,"Lemna minor","not stated","96 hours","EC50","Population Abundance","92 ug/L","Macrophyte",null,null,null,25,"Chronic","Not stated","N.A.","Fairchild,J.F., D.S. Ruessler, and A.R. Carlson, 1998. Comparative Sensitivity of Five Species of Macrophytes and Six Species of Algae to Atrazine, Metribuzin, Alachlor, and Metolachlor, Environ. Toxicol. Chem.17(9): 1830-1834.","855","QAQC link in the Metribuzin spreadsheet",null,"Do Not Use - Data repeat from paper 974 (same data reported in Fairchild et al. (1994))","Endpoint: Population Abundance: Frond count"]
["Freshwater","855-19",69,0.66990291262135926,null,"Ceratophyllum demersum","not stated","14 days","EC50","Population Biomass","22 ug/L","Macrophyte",null,null,null,25,"Chronic","Not stated","N.A.","Fairchild,J.F., D.S. Ruessler, and A.R. Carlson, 1998. Comparative Sensitivity of Five Species of Macrophytes and Six Species of Algae to Atrazine, Metribuzin, Alachlor, and Metolachlor, Environ. Toxicol. Chem.17(9): 1830-1834.","855","QAQC link in the Metribuzin spreadsheet",null,"Do Not Use - Data repeat from paper 974 (same data reported in Fairchild et al. (1994))","Endpoint: Population Biomass: Wet weight increase"]
["Freshwater","855-20",69,0.66990291262135926,null,"Elodea canadensis","not stated","14 days","EC50","Population Biomass","21 ug/L","Macrophyte",null,null,null,25,"Chronic","Not stated","N.A.","Fairchild,J.F., D.S. Ruessler, and A.R. Carlson, 1998. Comparative Sensitivity of Five Species of Macrophytes and Six Species of Algae to Atrazine, Metribuzin, Alachlor, and Metolachlor, Environ. Toxicol. Chem.17(9): 1830-1834.","855","QAQC link in the Metribuzin spreadsheet",null,"Technical grade, 92.2%","This hasn't been added to GV sheet? (28/08/2020)"]
["Freshwater","855-21",69,0.66990291262135926,null,"Myriophyllum heterophyllum","not stated","14 days","EC50","Population Biomass","132 ug/L","Macrophyte",null,null,null,25,"Chronic","Not stated","N.A.","Fairchild,J.F., D.S. Ruessler, and A.R. Carlson, 1998. Comparative Sensitivity of Five Species of Macrophytes and Six Species of Algae to Atrazine, Metribuzin, Alachlor, and Metolachlor, Environ. Toxicol. Chem.17(9): 1830-1834.","855","QAQC link in the Metribuzin spreadsheet",null,"Do Not Use - Data repeat from paper 974 (same data reported in Fairchild et al. (1994))","Endpoint: Population Biomass: Wet weight increase"]
["Freshwater","855-22",74,0.71844660194174759,null,"Najas sp. ","not stated","14 days","EC50","Population Biomass","24 ug/L",null,null,null,null,25,"Chronic","Not stated","N.A.","Fairchild,J.F., D.S. Ruessler, and A.R. Carlson, 1998. Comparative Sensitivity of Five Species of Macrophytes and Six Species of Algae to Atrazine, Metribuzin, Alachlor, and Metolachlor, Environ. Toxicol. Chem.17(9): 1830-1834.","855","QAQC link in the Metribuzin spreadsheet",null,"Do Not Use - Data repeat from paper 974 (same data reported in Fairchild et al. (1994))","Endpoint: Population Biomass: Wet weight increase"]
[]
["Freshwater/non-metal/plant","892-1",75,0.85227272727272729,null,"Scenedesmus vacuolatus","Autospores (beginning of growth cycle)","24 hrs","EC50","Population abundance: Reproduction inhibition (cell count)","38.8 ug/L","Microalgae","Chlorophyta","Chlorophyceae","sterile inorganic nutrient medium",28,"Acute ",6.7,"N.A.","Faust,M., R. Altenburger, T. Backhaus, H. Blanck, W. Boedeker, P. Gramatica, V. Hamer, M. Scholze, M. Vighi, and L.H. Grimme (2001). Predicting the Joint Algal Toxicity of Multi-Component s-Triazine Mixtures at Low-Effect Concentrations of Individual Toxicants, Aquat. Toxicol.56(1): 13-32. ","892","QAQC Assessment is in the Propazine QAQC spreadsheet.",null,"Atrazine 99% purity"]
["Freshwater/non-metal/plant","892-2",67,0.76136363636363635,null,"Scenedesmus vacuolatus","Autospores (beginning of growth cycle)","24 hrs","NOEC","Population abundance: Reproduction inhibition (cell count)","7.9 ug/L","Microalgae","Chlorophyta","Chlorophyceae","sterile inorganic nutrient medium",28,"Acute ",6.7,"N.A.","Faust,M., R. Altenburger, T. Backhaus, H. Blanck, W. Boedeker, P. Gramatica, V. Hamer, M. Scholze, M. Vighi, and L.H. Grimme (2001). Predicting the Joint Algal Toxicity of Multi-Component s-Triazine Mixtures at Low-Effect Concentrations of Individual Toxicants, Aquat. Toxicol.56(1): 13-32. ","892","QAQC Assessment is in the Propazine QAQC spreadsheet.",null,"Atrazine 99% purity"]
["Freshwater/non-metal/plant","892-3",75,0.85227272727272729,null,"Scenedesmus vacuolatus","Autospores (beginning of growth cycle)","24 hrs","EC1","Population abundance: Reproduction inhibition (cell count)","0.38 ug/L","Microalgae","Chlorophyta","Chlorophyceae","sterile inorganic nutrient medium",28,"Acute ",6.7,"N.A.","Faust,M., R. Altenburger, T. Backhaus, H. Blanck, W. Boedeker, P. Gramatica, V. Hamer, M. Scholze, M. Vighi, and L.H. Grimme (2001). Predicting the Joint Algal Toxicity of Multi-Component s-Triazine Mixtures at Low-Effect Concentrations of Individual Toxicants, Aquat. Toxicol.56(1): 13-32. ","892","QAQC Assessment is in the Propazine QAQC spreadsheet.",null,"Do Not Use - EC1 too low."]
[]
["Freshwater/non-metal/plant","1177-1",47,0.53409090909090906,null,"Chlorella fusca","Not stated","24 hr","EC50","Growth inhibition: Reproduction","0.015 mg/L","Microalga","Chlorophyta","Chlorophyceae","Not stated","N.A.","Acute ","Not stated","N.A.","Faust,M., R. Altenburger, W. Boedeker, and L.H. Grimme (1993) Additive Effects of Herbicide Combinations on Aquatic Non-Target Organisms Sci. Total Environ.134(Suppl. 2): 941-952","1177",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["Freshwater/non-metal/plant","1178-1",70,0.79545454545454541,null,"Chlamydomonas reinhardtii","Log growth phase","24 hr","EC50","Growth rate: Cell number","1.6 uM","Microalga","Chlorophyta","Chlorophyceae","Growth media",25,"Acute ","not stated","N.A.","Fischer,B.B., K. Rufenacht, K. Dannenhauer, M. Wiesendanger, and R.I.L. Eggen (2010) Multiple Stressor Effects of High Light Irradiance and Photosynthetic Herbicides on Growth and Survival of the Green Alga Chlamydomonas reinhardtii Environ. Toxicol. Chem.29(10): 2211-2219","1178",null,"Light intensity variations also tested","Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1178-2",70,0.79545454545454541,null,"Chlamydomonas reinhardtii","Log growth phase","24 hr","EC50","Growth rate: Cell density","1.8 uM","Microalga","Chlorophyta","Chlorophyceae","Growth media",25,"Acute ","not stated","N.A.","Fischer,B.B., K. Rufenacht, K. Dannenhauer, M. Wiesendanger, and R.I.L. Eggen (2010) Multiple Stressor Effects of High Light Irradiance and Photosynthetic Herbicides on Growth and Survival of the Green Alga Chlamydomonas reinhardtii Environ. Toxicol. Chem.29(10): 2211-2219","1178",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1178-3",70,0.79545454545454541,null,"Chlamydomonas reinhardtii","Log growth phase","24 hr","EC50","Growth rate: Cfu/cell","2.6 uM","Microalga","Chlorophyta","Chlorophyceae","Growth media",25,"Acute ","not stated","N.A.","Fischer,B.B., K. Rufenacht, K. Dannenhauer, M. Wiesendanger, and R.I.L. Eggen (2010) Multiple Stressor Effects of High Light Irradiance and Photosynthetic Herbicides on Growth and Survival of the Green Alga Chlamydomonas reinhardtii Environ. Toxicol. Chem.29(10): 2211-2219","1178",null,null,"Do Not Use - Non-viable endpoint"]
[]
["MEW_nonplant","1179-1",77,0.81914893617021278,null,"Tigriopus brevicornis","Ovigerous females","96 hours","LC50","Mortality","153.2 ug/L","Microinvertebrate","Arthropoda","Maxillopoda","Filtered natural seawater","20±1","Acute","7.7-8.14","34.5-35","Forget,J., J.F. Pavillon, M.R. Menasria, and G. Bocquene Mortality and LC50 Values for Several Stages of the Marine Copepod Tigriopus brevicornis (Muller) Exposed to the Metals Arsenic and Cadmium and the Pesticides Atrazine, Carbofuran, Dichlorvos, and Malathion Ecotoxicol. Environ. Saf.40(3): 239-244 1998","1179",null,null,"99% pure"]
["MEW_nonplant","1179-1",77,0.81914893617021278,null,"Tigriopus brevicornis","Copepodid","96 hours","LC50","Mortality","124.5 ug/L","Microinvertebrate","Arthropoda","Maxillopoda","Filtered natural seawater","20±1","Acute","7.7-8.14","34.5-35","Forget,J., J.F. Pavillon, M.R. Menasria, and G. Bocquene Mortality and LC50 Values for Several Stages of the Marine Copepod Tigriopus brevicornis (Muller) Exposed to the Metals Arsenic and Cadmium and the Pesticides Atrazine, Carbofuran, Dichlorvos, and Malathion Ecotoxicol. Environ. Saf.40(3): 239-244 1998","1179",null,null,"99% pure"]
["MEW_nonplant","1179-1",77,0.81914893617021278,null,"Tigriopus brevicornis","Nauplis","96 hours","LC50","Mortality","120.9 ug/L","Microinvertebrate","Arthropoda","Maxillopoda","Filtered natural seawater","20±1","Acute","7.7-8.14","34.5-35","Forget,J., J.F. Pavillon, M.R. Menasria, and G. Bocquene Mortality and LC50 Values for Several Stages of the Marine Copepod Tigriopus brevicornis (Muller) Exposed to the Metals Arsenic and Cadmium and the Pesticides Atrazine, Carbofuran, Dichlorvos, and Malathion Ecotoxicol. Environ. Saf.40(3): 239-244 1998","1179",null,null,"99% pure"]
[]
["Freshwater/non-metal/non- plant","1180-1",68,0.74725274725274726,"Estuarine species tested in FW media","Eurytemora affinis","Nauplii","96 hours","LC50","Mortality","125 ug/L","Macroinvertebrate","Arthropoda","Maxillopoda","Volvic natural mineral water","18±1","Acute ","N.A.","N.A.","Forget-Leray,J., I. Landriau, C. Minier, and F. Leboulenger (2005) Impact of Endocrine Toxicants on Survival, Development, and Reproduction of the Estuarine Copepod Eurytemora affinis (Poppe) Ecotoxicol. Environ. Saf.60(3): 288-294 ","1180",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/non- plant","1180-2",68,0.74725274725274726,"Estuarine species tested in FW media","Eurytemora affinis","Nauplii","10 days","LOEC","Mortality","49 ug/L","Macroinvertebrate","Arthropoda","Maxillopoda","Volvic natural mineral water","18±1","Chronic","N.A.","N.A.","Forget-Leray,J., I. Landriau, C. Minier, and F. Leboulenger (2005) Impact of Endocrine Toxicants on Survival, Development, and Reproduction of the Estuarine Copepod Eurytemora affinis (Poppe) Ecotoxicol. Environ. Saf.60(3): 288-294 ","1180",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/non- plant","1180-3",68,0.74725274725274726,"The highest possible grade for this datum is acceptable.","Eurytemora affinis","Nauplii","10 days","NOEC","Mortality","25 ug/L","Macroinvertebrate","Arthropoda","Maxillopoda","Volvic natural mineral water","18±1","Chronic","N.A.","N.A.","Forget-Leray,J., I. Landriau, C. Minier, and F. Leboulenger (2005) Impact of Endocrine Toxicants on Survival, Development, and Reproduction of the Estuarine Copepod Eurytemora affinis (Poppe) Ecotoxicol. Environ. Saf.60(3): 288-294 ","1180",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/plant","857-1",56,0.63636363636363635,"Light intensity 35uE/m2/s","Elodea sp.","Not stated","28 days","EC1","Growth inhibition: Length","3 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2",20,"Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,"In this paper, light intenity was varied to optimise growth conditions for the various species.","Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-2",56,0.63636363636363635,"Light intensity 35uE/m2/s","Elodea sp.","Not stated","28 days","EC50","Growth inhibition: Length","80 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2",20,"Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-3",56,0.63636363636363635,"Light intensity 15uE/m2/s","Elodea sp.","Not stated","21 days","EC1","Growth inhibition: Length","12 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2",20,"Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-4",56,0.63636363636363635,"Light intensity 15uE/m2/s","Elodea sp.","Not stated","21 days","EC50","Growth inhibition: Length","109 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2",20,"Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-5",56,0.63636363636363635,"Light intensity 30uE/m2/s","Vallisneria sp.","Not stated","42 days","EC1","Growth inhibition: Longest leaf: Leaf length","5 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2","20-30","Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-6",56,0.63636363636363635,"Light intensity 30uE/m2/s","Vallisneria sp.","Not stated","42 days","EC1","Growth inhibition: Longest leaf: Leaf length","14 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2","20-30","Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-7",56,0.63636363636363635,"Light intensity 30uE/m2/s","Vallisneria sp.","Not stated","42 days","EC1","Growth inhibition: Sum of all leaf lengths: Leaf length","0.8 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2","20-30","Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-7",56,0.63636363636363635,"Light intensity 3uE/m2/s","Vallisneria sp.","Not stated","42 days","EC1","Growth inhibition: Leaf length","4 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2","20-30","Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-5",56,0.63636363636363635,"Light intensity 30uE/m2/s","Vallisneria sp.","Not stated","42 days","EC50","Growth inhibition: Longest leaf: Leaf length","532 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2","20-30","Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-6",56,0.63636363636363635,"Light intensity 30uE/m2/s","Vallisneria sp.","Not stated","42 days","EC50","Growth inhibition: Longest leaf: Leaf length","414 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2","20-30","Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-7",56,0.63636363636363635,"Light intensity 3uE/m2/s","Vallisneria sp.","Not stated","42 days","EC50","Growth inhibition: Leaf length","163 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2","20-30","Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-8",56,0.63636363636363635,"Light intensity 170uE/m2/s","Potamageton perfoliatus","Not stated","21 days","EC1","Growth inhibition: Length","0.6 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2",25,"Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation and EC1 too low."]
["Freshwater/non-metal/plant","857-8",56,0.63636363636363635,"Light intensity 170uE/m2/s","Potamageton perfoliatus","Not stated","21 days","EC50","Growth inhibition: Length","474 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2",25,"Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-8",56,0.63636363636363635,"Light intensity 170uE/m2/s","Potamageton perfoliatus","Not stated","21 days","EC1","Growth inhibition: Dry weight","4 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2",25,"Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation and EC1 too low."]
["Freshwater/non-metal/plant","857-8",56,0.63636363636363635,"Light intensity 170uE/m2/s","Potamageton perfoliatus","Not stated","21 days","EC50","Growth inhibition: Dry weight","907 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2",25,"Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-8",56,0.63636363636363635,"Light intensity 170uE/m2/s","Potamageton perfoliatus","Not stated","21 days","EC1","Mortality","11 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2",25,"Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation and EC1 too low."]
["Freshwater/non-metal/plant","857-8",56,0.63636363636363635,"Light intensity 170uE/m2/s","Potamageton perfoliatus","Not stated","21 days","EC50","Mortality","53 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2",25,"Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-9",56,0.63636363636363635,"Light intensity 35uE/m2/s","Myriophyllum spicatum","Not stated","28 days","EC1","Growth inhibition: Length","44 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2",27,"Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation and EC1 too low."]
["Freshwater/non-metal/plant","857-9",56,0.63636363636363635,"Light intensity 35uE/m2/s","Myriophyllum spicatum","Not stated","28 days","EC50","Growth inhibition: Length","1104 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2",27,"Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-8",56,0.63636363636363635,"Light intensity 170uE/m2/s","Potamageton perfoliatus","Not stated","21 days","LOEC","Growth inhibition: Dry weight","320 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2",25,"Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-9",56,0.63636363636363635,"Light intensity 35uE/m2/s, 60% growth inhibition from control","Myriophyllum spicatum","Not stated","28 days","LOEC","Growth inhibition: Length","1000 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2",27,"Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","857-7",56,0.63636363636363635,"Light intensity 30uE/m2/s","Vallisneria sp.","Not stated","42 days","LOEC","Growth inhibition: Sum of all leaf lengths: Leaf length","320 ppb","Macrophyte","Tracheophyta",null,"Hoagland's and Arnon's solution No.2","20-30","Chronic","not stated","N.A.","Forney,D.R., and D.E. Davis (1981) Effects of Low Concentrations of Herbicides on Submersed Aquatic Plants Weed Sci.29:677-685 ","857",null,null,"Do Not Use - Formulation"]
[]
["Freshwater/non-metal/non- plant","645-1",58,0.63736263736263732,"","Ambystoma macrodactylum","Larvae","63-66 days","NOEC","Body mass","18.4 ug/L","Amphibian","Chordata","Amphibia","Artesian spring water","20±1","Chronic","Not stated","N.A.","Forson,D., and A. Storfer (2006) Effects of Atrazine and Iridovirus Infection on Survival and Life-History Traits of the Long-Toed Salamander (Ambystoma macrodactylum) Environ. Toxicol. Chem.25(1): 168-173 ","645",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","645-2",58,0.63736263736263732,"","Ambystoma macrodactylum","Larvae","63-66 days","LOEC","Body mass","184 ug/L","Amphibian","Chordata","Amphibia","Artesian spring water","20±1","Chronic","Not stated","N.A.","Forson,D., and A. Storfer (2006) Effects of Atrazine and Iridovirus Infection on Survival and Life-History Traits of the Long-Toed Salamander (Ambystoma macrodactylum) Environ. Toxicol. Chem.25(1): 168-173 ","645",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","645-3",58,0.63736263736263732,"","Ambystoma macrodactylum","Larvae","63-66 days","NOEC","Growth: Snout-vent-length","18.4 ug/L","Amphibian","Chordata","Amphibia","Artesian spring water","20±1","Chronic","Not stated","N.A.","Forson,D., and A. Storfer (2006) Effects of Atrazine and Iridovirus Infection on Survival and Life-History Traits of the Long-Toed Salamander (Ambystoma macrodactylum) Environ. Toxicol. Chem.25(1): 168-173 ","645",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","645-4",58,0.63736263736263732,"","Ambystoma macrodactylum","Larvae","63-66 days","LOEC","Growth: Snout-vent-length","184 ug/L","Amphibian","Chordata","Amphibia","Artesian spring water","20±1","Chronic","Not stated","N.A.","Forson,D., and A. Storfer (2006) Effects of Atrazine and Iridovirus Infection on Survival and Life-History Traits of the Long-Toed Salamander (Ambystoma macrodactylum) Environ. Toxicol. Chem.25(1): 168-173 ","645",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","645-5",49,0.53846153846153844,"","Ambystoma macrodactylum","Larvae","63-66 days","NOEC","Mortality","184 ug/L","Amphibian","Chordata","Amphibia","Artesian spring water","20±1","Chronic","Not stated","N.A.","Forson,D., and A. Storfer (2006) Effects of Atrazine and Iridovirus Infection on Survival and Life-History Traits of the Long-Toed Salamander (Ambystoma macrodactylum) Environ. Toxicol. Chem.25(1): 168-173 ","645",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["MEW_nonplant","1181-1",73,0.77659574468085102,"15ppt, Highest concentration tested","Fundulus heteroclitus","Larvae (11dph)","96 hours","NOEC","Mortality","490 ug/L","Fish ","Chordata","Actinopterygii","Filtered natural seawater","21.6±0.5","Acute","7.8±0.1","15.1±0.1","Fortin,M.G., C.M. Couillard, J. Pellerin, and M. Lebeuf (2008) Effects of Salinity on Sublethal Toxicity of Atrazine to Mummichog (Fundulus heteroclitus) Larvae Mar. Environ. Res.65(2): 158-170","1181",null,null,"Atrazine 100% purity"]
["MEW_nonplant","1181-2",73,0.77659574468085102,"3ppt, Highest concentration tested","Fundulus heteroclitus","Larvae (11dph)","96 hours","NOEC","Mortality","492 ug/L","Fish ","Chordata","Actinopterygii","Filtered natural seawater","21.6±0.6","Acute","8.0±0.2","3.1±0.1","Fortin,M.G., C.M. Couillard, J. Pellerin, and M. Lebeuf (2008) Effects of Salinity on Sublethal Toxicity of Atrazine to Mummichog (Fundulus heteroclitus) Larvae Mar. Environ. Res.65(2): 158-170","1181",null,null,"Atrazine 100% purity"]
["MEW_nonplant","1181-4",73,0.77659574468085102,"35ppt, Highest concentration tested","Fundulus heteroclitus","Larvae (11dph)","96 hours","NOEC","Mortality","476 ug/L","Fish ","Chordata","Actinopterygii","Filtered natural seawater","21.6±0.5","Acute","7.9±0.1","35±0.1","Fortin,M.G., C.M. Couillard, J. Pellerin, and M. Lebeuf (2008) Effects of Salinity on Sublethal Toxicity of Atrazine to Mummichog (Fundulus heteroclitus) Larvae Mar. Environ. Res.65(2): 158-170","1181",null,null,"Atrazine 100% purity"]
["MEW_nonplant","1181-4",78,0.82978723404255317,"15ppt, Highest concentration tested","Fundulus heteroclitus","Larvae (11dph)","96 hours","NOEC","Growth: Body length","490 ug/L","Fish ","Chordata","Actinopterygii","Filtered natural seawater","21.6±0.5","Acute","7.8±0.1","15.1±0.1","Fortin,M.G., C.M. Couillard, J. Pellerin, and M. Lebeuf (2008) Effects of Salinity on Sublethal Toxicity of Atrazine to Mummichog (Fundulus heteroclitus) Larvae Mar. Environ. Res.65(2): 158-170","1181",null,null,"Atrazine 100% purity"]
["MEW_nonplant","1181-4",78,0.82978723404255317,"3ppt, Highest concentration tested","Fundulus heteroclitus","Larvae (11dph)","96 hours","NOEC","Growth: Body length","492 ug/L","Fish ","Chordata","Actinopterygii","Filtered natural seawater","21.6±0.6","Acute","8.0±0.2","3.1±0.1","Fortin,M.G., C.M. Couillard, J. Pellerin, and M. Lebeuf (2008) Effects of Salinity on Sublethal Toxicity of Atrazine to Mummichog (Fundulus heteroclitus) Larvae Mar. Environ. Res.65(2): 158-170","1181",null,null,"Atrazine 100% purity"]
["MEW_nonplant","1181-4",78,0.82978723404255317,"35ppt, Highest concentration tested","Fundulus heteroclitus","Larvae (11dph)","96 hours","NOEC","Growth: Body length","476 ug/L","Fish ","Chordata","Actinopterygii","Filtered natural seawater","21.6±0.5","Acute","7.9±0.1","35±0.1","Fortin,M.G., C.M. Couillard, J. Pellerin, and M. Lebeuf (2008) Effects of Salinity on Sublethal Toxicity of Atrazine to Mummichog (Fundulus heteroclitus) Larvae Mar. Environ. Res.65(2): 158-170","1181",null,null,"Atrazine 100% purity"]
[]
["Freshwater/non-metal/plant","893-1",63,0.71590909090909094,"Experiment stopped at end of exponential growth phase","Chlamydomonas geitleri","Exponential growth phase","Not stated","EC50","Growth rate: Cell count","2.23 uM","Microalga","Chlorophyta","Chlorophyceae","WC media/deionised water",23,"N.A.",7.8,"N.A.","Francois,D.L., and G.G.C. Robinson (1990) Indices of Triazine Toxicity in Chlamydomonas geitleri Ettl Aquat. Toxicol.16(3): 205-228","893",null,null,"Do Not Use - No exposure duration"]
["Freshwater/non-metal/plant","893-2",63,0.71590909090909094,null,"Chlamydomonas geitleri","Exponential growth phase","Not stated","EC50","Growth: Final yield: Cell count","1.51 uM","Microalga","Chlorophyta","Chlorophyceae","WC media/deionised water",23,"N.A.",7.8,"N.A.","Francois,D.L., and G.G.C. Robinson (1990) Indices of Triazine Toxicity in Chlamydomonas geitleri Ettl Aquat. Toxicol.16(3): 205-228","893",null,null,"Do Not Use - No exposure duration"]
[]
["Freshwater/non-metal/non- plant","1182-1",64,0.70329670329670335,"Toxicity value is highest concentration tested","Xenopus laevis","Tadpole (NF stage 47)","21 day","NOEC","Mortality","800 ppb","Amphibian","Chordata","Amphibia","Freshwater",22,"Chronic","7.4-7.8","N.A.","Freeman,J.L., and A.L. Rayburn (2005) Developmental Impact of Atrazine on Metamorphing Xenopus laevis as Revealed by Nuclear Analysis and Morphology Environ. Toxicol. Chem.24(7): 1648-1653","1182",null,null,"Technical grade atrazine 98% pure"]
["Freshwater/non-metal/non- plant","1182-2",64,0.70329670329670335,"Toxicity value is highest concentration tested","Xenopus laevis","Tadpole (NF stage 54)","21 day","NOEC","Mortality","800 ppb","Amphibian","Chordata","Amphibia","Freshwater",22,"Chronic","7.4-7.8","N.A.","Freeman,J.L., and A.L. Rayburn (2005) Developmental Impact of Atrazine on Metamorphing Xenopus laevis as Revealed by Nuclear Analysis and Morphology Environ. Toxicol. Chem.24(7): 1648-1653","1182",null,null,"Technical grade atrazine 98% pure"]
["Freshwater/non-metal/non- plant","1182-3",64,0.70329670329670335,"Toxicity value is highest concentration tested","Xenopus laevis","Tadpole","35 day","NOEC","Mortality","800 ppb","Amphibian","Chordata","Amphibia","Freshwater",22,"Chronic","7.4-7.8","N.A.","Freeman,J.L., and A.L. Rayburn (2005) Developmental Impact of Atrazine on Metamorphing Xenopus laevis as Revealed by Nuclear Analysis and Morphology Environ. Toxicol. Chem.24(7): 1648-1653","1182",null,null,"Technical grade atrazine 98% pure"]
[]
["Freshwater/non-metal/non- plant","1183-1",60,0.65934065934065933,"Experiment 1, Only one concentration tested","Bufo americanus","Stage 25 Gosner","21 day","LOEC","Growth: Body mass","800 ppb","Amphibian","Chordata","Amphibia","Freshwater","N.A.","Chronic","Not stated","N.A.","Freeman,J.L., N. Beccue, and A.L. Rayburn Differential Metamorphosis Alters the Endocrine Response in Anuran Larvae Exposed to T3 and Atrazine Aquat. Toxicol.75(3): 263-276 2005","1183",null,null,"Technical grade atrazine 98% pure"]
["Freshwater/non-metal/non- plant","1183-2",60,0.65934065934065933,"Experiment 2, Only one concentration tested","Bufo americanus","Stage 20 Gosner","7 days","NOEC","Growth: Body mass","800 ppb","Amphibian","Chordata","Amphibia","Freshwater","N.A.","Chronic","Not stated","N.A.","Freeman,J.L., N. Beccue, and A.L. Rayburn Differential Metamorphosis Alters the Endocrine Response in Anuran Larvae Exposed to T3 and Atrazine Aquat. Toxicol.75(3): 263-276 2005","1183",null,null,"Technical grade atrazine 98% pure"]
["Freshwater/non-metal/non- plant","1183-3",60,0.65934065934065933,"Experiment 2, Only one concentration tested","Bufo americanus","Stage 20 Gosner","14 days","NOEC","Growth: Body mass","800 ppb","Amphibian","Chordata","Amphibia","Freshwater","N.A.","Chronic","Not stated","N.A.","Freeman,J.L., N. Beccue, and A.L. Rayburn Differential Metamorphosis Alters the Endocrine Response in Anuran Larvae Exposed to T3 and Atrazine Aquat. Toxicol.75(3): 263-276 2005","1183",null,null,"Technical grade atrazine 98% pure"]
["Freshwater/non-metal/non- plant","1183-4",60,0.65934065934065933,"Experiment 2, Only one concentration tested","Bufo americanus","Stage 20 Gosner","21 day","NOEC","Growth: Body mass","800 ppb","Amphibian","Chordata","Amphibia","Freshwater","N.A.","Chronic","Not stated","N.A.","Freeman,J.L., N. Beccue, and A.L. Rayburn Differential Metamorphosis Alters the Endocrine Response in Anuran Larvae Exposed to T3 and Atrazine Aquat. Toxicol.75(3): 263-276 2005","1183",null,null,"Technical grade atrazine 98% pure"]
["Freshwater/non-metal/non- plant","1183-5",60,0.65934065934065933,"Experiment 2, Only one concentration tested","Bufo americanus","Stage 20 Gosner","28 days","NOEC","Growth: Body mass","800 ppb","Amphibian","Chordata","Amphibia","Freshwater","N.A.","Chronic","Not stated","N.A.","Freeman,J.L., N. Beccue, and A.L. Rayburn Differential Metamorphosis Alters the Endocrine Response in Anuran Larvae Exposed to T3 and Atrazine Aquat. Toxicol.75(3): 263-276 2005","1183",null,null,"Technical grade atrazine 98% pure"]
["Freshwater/non-metal/non- plant","1183-5",60,0.65934065934065933,"Experiment 3, Only one concentration tested","Bufo americanus","Stage 25 Gosner","21 day","NOEC","Growth: Body mass","10,000 ppb","Amphibian","Chordata","Amphibia","Freshwater","N.A.","Chronic","Not stated","N.A.","Freeman,J.L., N. Beccue, and A.L. Rayburn Differential Metamorphosis Alters the Endocrine Response in Anuran Larvae Exposed to T3 and Atrazine Aquat. Toxicol.75(3): 263-276 2005","1183",null,null,"Technical grade atrazine 98% pure"]
[]
["Freshwater/non-metal/non- plant","1184-1",76,0.8351648351648352,"Average of 20 experimental reps","Pseudosida ramosa","<24hr neonate","48 hrs","LC50","Mortality","17.1 mg/L","Macroinvertebrate","Arthropoda","Branchiopoda","Reconstituted ASTM soft water","25 + 1","Acute ","7.2-7.8","N.A.","Freitas,E.C., and O. Rocha (2011) Acute Toxicity Tests with the Tropical Cladoceran Pseudosida ramosa: The Importance of Using Native Species as Test Organisms Arch. Environ. Contam. Toxicol.60(2): 241-249","1184",null,null,"Analytical grade >99%"]
[]
["Freshwater/non-metal/plant","1185-1",61,0.69318181818181823,"","Selenastrum capricornutum","Exponential growth phase","32 days","NOEC","Growth: Absorbance: Chl-a concentration","4.38 ppb","Microalga","Chlorophyta","Guillard’s Fresh Water Enrichment Basal Salt Mixture","25°C","25°C","Chronic","not stated","N.A.","Friesen-Pankratz,B. (2004) Descriptive and Experimental Studies on the Biotic and Abiotic Determinants of Selected Pesticide Concentrations in Prairie Wetland Water Columns Ph.D Thesis, University of Manitoba, Canada:327 p. ","1185",null,null,"Analytical grade"]
[]
["Freshwater/non-metal/plant","606-3-OK",65,0.73863636363636365,null,"Selenastrum capricornutum","Not stated","96 hrs","EC50","Population: Abundance: Biomass (Chl-a)","147 ug/L","Microalga","Chlorophyta","Chlorophyceae","Moderately hard standard water","20 ± 1°C","Chronic",7.7,"N.A.","Gaggi,C., G. Sbrilli, A.M.H. El Naby, M. Bucci, M. Duccini, and E. Bacci (1995). Toxicity and Hazard Ranking of s-Triazine Herbicides Using Microtox, Two Green Algal Species and a Marine Crustacean, Environ. Toxicol. Chem.14(6): 1065-1069. ","606","QAQC Assessment is in the Prometryn QAQC spreadsheet.",null,"Unknown purity - Do Not Use"]
["MEW_plant","606-6-OK",63,0.69230769230769229,null,"Dunaliella tertiolecta","Not stated","96 hrs","EC50","Population Abundance: Biomass (Chl-a)","132 ug/L","Microalga","Chlorophyta","Chlorophyceae","Sterilised and filtered offshore marine water","20 ± 1°C","Chronic","7.5 - 8.3","213 uS/cm","Gaggi,C., G. Sbrilli, A.M.H. El Naby, M. Bucci, M. Duccini, and E. Bacci (1995). Toxicity and Hazard Ranking of s-Triazine Herbicides Using Microtox, Two Green Algal Species and a Marine Crustacean, Environ. Toxicol. Chem.14(6): 1065-1069. ","606","QAQC Assessment is in the Prometryn QAQC spreadsheet.",null,"Unknown purity - Do Not Use"]
[]
["Freshwater/non-metal/plant","1186-1",70,0.79545454545454541,null,"Selenastrum capricornutum","Log growth phase","96 hrs","EC50","Growth rate: cell density","128.2 ug/L","Microalga","Chlorophyta","Chlorophyceae","2x strength EPA growth media","24±1","Chronic","not stated","N.A.","Gala,W.R., and J.P. Giesy (1990) Flow Cytometric Techniques to Assess Toxicity to Algae ASTM Spec. Tech. Publ.13:237-246 ","1186",null,null,"Atrazine 99.1% pure"]
["Freshwater/non-metal/plant","1186-2",70,0.79545454545454541,"","Selenastrum capricornutum","Log growth phase","96 hrs","LOEC","Growth rate: cell density","64 ug/L","Microalga","Chlorophyta","Chlorophyceae","2x strength EPA growth media","24±1","Chronic","not stated","N.A.","Gala,W.R., and J.P. Giesy (1990) Flow Cytometric Techniques to Assess Toxicity to Algae ASTM Spec. Tech. Publ.13:237-246 ","1186",null,null,"Atrazine 99.1% pure"]
["Freshwater/non-metal/plant","1186-3",70,0.79545454545454541,"","Selenastrum capricornutum","Log growth phase","96 hrs","EC100","Growth rate: cell density","499 ug/L","Microalga","Chlorophyta","Chlorophyceae","2x strength EPA growth media","24±1","Chronic","not stated","N.A.","Gala,W.R., and J.P. Giesy (1990) Flow Cytometric Techniques to Assess Toxicity to Algae ASTM Spec. Tech. Publ.13:237-246 ","1186",null,null,"Do Not Use - EC100 too high."]
["Freshwater/non-metal/plant","1186-4",70,0.79545454545454541,"","Selenastrum capricornutum","Log growth phase","4 hrs","LOEC","Fluorescence: Cell viability","499 ug/L","Microalga","Chlorophyta","Chlorophyceae","2x strength EPA growth media","24±1","Acute","not stated","N.A.","Gala,W.R., and J.P. Giesy (1990) Flow Cytometric Techniques to Assess Toxicity to Algae ASTM Spec. Tech. Publ.13:237-246 ","1186",null,null,"Do Not Use - 4 hours is acute when there is other chronic data in here"]
["Freshwater/non-metal/plant","1186-4",70,0.79545454545454541,"","Selenastrum capricornutum","Log growth phase","4 hrs","NOEC","Fluorescence: Cell viability","261 ug/L","Microalga","Chlorophyta","Chlorophyceae","2x strength EPA growth media","24±1","Acute","not stated","N.A.","Gala,W.R., and J.P. Giesy (1990) Flow Cytometric Techniques to Assess Toxicity to Algae ASTM Spec. Tech. Publ.13:237-246 ","1186",null,null,"Do Not Use - 4 hours is acute when there is other chronic data in here"]
["Freshwater/non-metal/plant","1186-5",70,0.79545454545454541,"","Selenastrum capricornutum","Log growth phase","24 hrs","NOEC","Fluorescence: Cell viability","499 ug/L","Microalga","Chlorophyta","Chlorophyceae","2x strength EPA growth media","24±1","Acute","not stated","N.A.","Gala,W.R., and J.P. Giesy (1990) Flow Cytometric Techniques to Assess Toxicity to Algae ASTM Spec. Tech. Publ.13:237-246 ","1186",null,null,"Atrazine 99.1% pure"]
["Freshwater/non-metal/plant","1186-6",70,0.79545454545454541,"","Selenastrum capricornutum","Log growth phase","48 hrs","NOEC","Fluorescence: Cell viability","499 ug/L","Microalga","Chlorophyta","Chlorophyceae","2x strength EPA growth media","24±1","Chronic","not stated","N.A.","Gala,W.R., and J.P. Giesy (1990) Flow Cytometric Techniques to Assess Toxicity to Algae ASTM Spec. Tech. Publ.13:237-246 ","1186",null,null,"Atrazine 99.1% pure"]
[]
["MEW_plant","1187-1",52,0.5714285714285714,null,"Zostera marina","Seedling (6cm height)","28 days","LOEC","Growth inhibition: Shoot length","100 ug/L","Macrophyte","Tracheophyta","Liliopsida","N.A.","N.A.","Chronic","N.A.","N.A.","Gao,Y., J. Fang, J. Zhang, L. Ren, Y. Mao, B. Li, M. Zhang, D. Liu, and M. Du (2011) The Impact of the Herbicide Atrazine on Growth and Photosynthesis of Seagrass, Zostera marina (L.), Seedlings Mar. Pollut. Bull.62(8): 1628-1631 ","1187",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1187-2",52,0.5714285714285714,null,"Zostera marina","Seedling (6cm height)","28 days","NOEC","Growth inhibition: Shoot length","10 ug/L","Macrophyte","Tracheophyta","Liliopsida","N.A.","N.A.","Chronic","N.A.","N.A.","Gao,Y., J. Fang, J. Zhang, L. Ren, Y. Mao, B. Li, M. Zhang, D. Liu, and M. Du (2011) The Impact of the Herbicide Atrazine on Growth and Photosynthesis of Seagrass, Zostera marina (L.), Seedlings Mar. Pollut. Bull.62(8): 1628-1631 ","1187",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1187-3",52,0.5714285714285714,null,"Zostera marina","Seedling (6cm height)","28 days","LOEC","Growth inhibition: Fresh weight","10 ug/L","Macrophyte","Tracheophyta","Liliopsida","N.A.","N.A.","Chronic","N.A.","N.A.","Gao,Y., J. Fang, J. Zhang, L. Ren, Y. Mao, B. Li, M. Zhang, D. Liu, and M. Du (2011) The Impact of the Herbicide Atrazine on Growth and Photosynthesis of Seagrass, Zostera marina (L.), Seedlings Mar. Pollut. Bull.62(8): 1628-1631 ","1187",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1187-4",52,0.5714285714285714,null,"Zostera marina","Seedling (6cm height)","28 days","NOEC","Growth inhibition: Fresh weight","1 ug/L","Macrophyte","Tracheophyta","Liliopsida","N.A.","N.A.","Chronic","N.A.","N.A.","Gao,Y., J. Fang, J. Zhang, L. Ren, Y. Mao, B. Li, M. Zhang, D. Liu, and M. Du (2011) The Impact of the Herbicide Atrazine on Growth and Photosynthesis of Seagrass, Zostera marina (L.), Seedlings Mar. Pollut. Bull.62(8): 1628-1631 ","1187",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1187-5",52,0.5714285714285714,"87% mortality, control mortality 8%","Zostera marina","Seedling (6cm height)","28 days","LOEC (or EC87?)","Mortality (%)","100 ug/L","Macrophyte","Tracheophyta","Liliopsida","N.A.","N.A.","Chronic","N.A.","N.A.","Gao,Y., J. Fang, J. Zhang, L. Ren, Y. Mao, B. Li, M. Zhang, D. Liu, and M. Du (2011) The Impact of the Herbicide Atrazine on Growth and Photosynthesis of Seagrass, Zostera marina (L.), Seedlings Mar. Pollut. Bull.62(8): 1628-1631 ","1187",null,null,"Do Not Use - Control mortality too high (up to 18%)"]
["MEW_plant","1187-6",52,0.5714285714285714,"50% mortality, control mortality 8%","Zostera marina","Seedling (6cm height)","28 days","NOEC (or EC50?)","Mortality (%)","10 ug/L","Macrophyte","Tracheophyta","Liliopsida","N.A.","N.A.","Chronic","N.A.","N.A.","Gao,Y., J. Fang, J. Zhang, L. Ren, Y. Mao, B. Li, M. Zhang, D. Liu, and M. Du (2011) The Impact of the Herbicide Atrazine on Growth and Photosynthesis of Seagrass, Zostera marina (L.), Seedlings Mar. Pollut. Bull.62(8): 1628-1631 ","1187",null,null,"Do Not Use - Control mortality too high (up to 18%)"]
["MEW_plant","1187-7",52,0.5714285714285714,null,"Zostera marina","Seedling (6cm height)","28 days","LOEC","Growth: Absorbance: Chl-a conc","10 ug/L","Macrophyte","Tracheophyta","Liliopsida","N.A.","N.A.","Chronic","N.A.","N.A.","Gao,Y., J. Fang, J. Zhang, L. Ren, Y. Mao, B. Li, M. Zhang, D. Liu, and M. Du (2011) The Impact of the Herbicide Atrazine on Growth and Photosynthesis of Seagrass, Zostera marina (L.), Seedlings Mar. Pollut. Bull.62(8): 1628-1631 ","1187",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1187-8",52,0.5714285714285714,null,"Zostera marina","Seedling (6cm height)","28 days","NOEC","Growth: Absorbance: Chl-a conc","1 ug/L","Macrophyte","Tracheophyta","Liliopsida","N.A.","N.A.","Chronic","N.A.","N.A.","Gao,Y., J. Fang, J. Zhang, L. Ren, Y. Mao, B. Li, M. Zhang, D. Liu, and M. Du (2011) The Impact of the Herbicide Atrazine on Growth and Photosynthesis of Seagrass, Zostera marina (L.), Seedlings Mar. Pollut. Bull.62(8): 1628-1631 ","1187",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/non- plant","1189-1",65,0.7142857142857143,"Toxicity value is highest concentration tested","Potamopyrgus antipodarum","Juveniles, sub-adults and adults","35 days","NOEC","Growth: Shell height","50 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated tap water",20,"Chronic","Not stated","N.A.","Gerard,C., and V. Poullain Variation in the Response of the Invasive Species Potamopyrgus antipodarum (Smith) to Natural (Cyanobacterial Toxin) and Anthropogenic (Herbicide Atrazine) Stressors Environ. Pollut.138(2): 28-33 2005","1189",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/non- plant","1189-2",60,0.65934065934065933,"Toxicity value is highest concentration tested","Potamopyrgus antipodarum","Juveniles, sub-adults and adults","35 days","NOEC","Mortality","50 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated tap water",20,"Chronic","Not stated","N.A.","Gerard,C., and V. Poullain Variation in the Response of the Invasive Species Potamopyrgus antipodarum (Smith) to Natural (Cyanobacterial Toxin) and Anthropogenic (Herbicide Atrazine) Stressors Environ. Pollut.138(2): 28-33 2005","1189",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/non- plant","1189-3",65,0.7142857142857143,"Toxicity value is highest concentration tested","Potamopyrgus antipodarum","Juveniles, sub-adults and adults","35 days","NOEC","Fecundity: Number of embryos","50 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated tap water",20,"Chronic","Not stated","N.A.","Gerard,C., and V. Poullain Variation in the Response of the Invasive Species Potamopyrgus antipodarum (Smith) to Natural (Cyanobacterial Toxin) and Anthropogenic (Herbicide Atrazine) Stressors Environ. Pollut.138(2): 28-33 2005","1189",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/plant","1190-1",69,0.78409090909090906,"The highest possible grade for this datum is acceptable.","Scenedesmus subspicatus","Exponential growth phase","96 hrs","EC10","Growth inhibition: Absorbance: cell count","0.04 mg/L","Microalgae","Chlorophyta","Chlorophyceae","Growth media","22 ± 2","Chronic",7,"N.A.","Geyer,H., I. Scheunert, and F. Korte (1985) The Effects of Organic Environmental Chemicals on the Growth of the Alga Scenedesmus subspicatus: A Contribution to Environmental Biology Chemosphere14(9): 1355-1369","1190",null,null,"Analytical reagent grade"]
["Freshwater/non-metal/plant","1190-2",69,0.78409090909090906,"The highest possible grade for this datum is acceptable.","Scenedesmus subspicatus","Exponential growth phase","96 hrs","EC50","Growth inhibition: Absorbance: cell count","0.11 mg/L","Microalgae","Chlorophyta","Chlorophyceae","Growth media","22 ± 2","Chronic",7,"N.A.","Geyer,H., I. Scheunert, and F. Korte (1985) The Effects of Organic Environmental Chemicals on the Growth of the Alga Scenedesmus subspicatus: A Contribution to Environmental Biology Chemosphere14(9): 1355-1369","1190",null,null,"Analytical reagent grade"]
[]
["Freshwater/non-metal/plant","1191-1",68,0.77272727272727271,"Flow through exposure","Chlamydomonas reinhardtii","Exponential growth phase","96 hrs","NOEC","Growth inhibition: Cell count","0.034 mg/L","Microalgae","Chlorophyta","Chlorophyceae","Growth media",24,"Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-2",68,0.77272727272727271,"Flow through exposure","Chlamydomonas reinhardtii","Exponential growth phase","96 hrs","EC50","Growth inhibition: Cell count","0.051 mg/L","Microalgae","Chlorophyta","Chlorophyceae","Growth media",24,"Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-3",68,0.77272727272727271,"Flow through exposure","Chlamydomonas reinhardtii","Exponential growth phase","7 days","NOEC","Growth inhibition: Cell count","0.005 mg/L","Microalgae","Chlorophyta","Chlorophyceae","Growth media",24,"Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-4",68,0.77272727272727271,"Flow through exposure","Chlamydomonas reinhardtii","Exponential growth phase","7 days","EC50","Growth inhibition: Cell count","0.021 mg/L","Microalgae","Chlorophyta","Chlorophyceae","Growth media",24,"Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-5",68,0.77272727272727271,"Flow through exposure","Chlamydomonas reinhardtii","Exponential growth phase","10 day","NOEC","Growth inhibition: Cell count","0.0037 mg/L","Microalgae","Chlorophyta","Chlorophyceae","Growth media",24,"Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-6",68,0.77272727272727271,"Flow through exposure","Chlamydomonas reinhardtii","Exponential growth phase","10 day","EC50","Growth inhibition: Cell count","0.01 mg/L","Microalgae","Chlorophyta","Chlorophyceae","Growth media",24,"Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-7",68,0.77272727272727271,"Static, nominal exposure","Chlamydomonas reinhardtii","Exponential growth phase","24 hr","NOEC","Growth inhibition: Cell count","0.01 mg/L","Microalgae","Chlorophyta","Chlorophyceae","SAG medium 12","20 ± 1","Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-8",68,0.77272727272727271,"Static, nominal exposure","Chlamydomonas reinhardtii","Exponential growth phase","72 hours","NOEC","Growth inhibition: Cell count","0.012 mg/L","Microalgae","Chlorophyta","Chlorophyceae","SAG medium 12","20 ± 1","Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-9",68,0.77272727272727271,"Static, nominal exposure","Chlamydomonas reinhardtii","Exponential growth phase","72 hours","EC50","Growth inhibition: Cell count","0.35 mg/L","Microalgae","Chlorophyta","Chlorophyceae","SAG medium 12","20 ± 1","Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-10",68,0.77272727272727271,"Static, nominal exposure","Scenedesmus subspicatus","Exponential growth phase","24 hr","NOEC","Growth inhibition: Cell count","0.002 mg/L","Microalgae","Chlorophyta","Chlorophyceae","AAP growth media","20 ± 1","Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-11",68,0.77272727272727271,"Static, nominal exposure","Scenedesmus subspicatus","Exponential growth phase","72 hours","NOEC","Growth inhibition: Cell count","0.022 mg/L","Microalgae","Chlorophyta","Chlorophyceae","AAP growth media","20 ± 1","Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-12",68,0.77272727272727271,"Static, nominal exposure","Scenedesmus subspicatus","Exponential growth phase","72 hours","EC50","Growth inhibition: Cell count","0.072 mg/L","Microalgae","Chlorophyta","Chlorophyceae","AAP growth media","20 ± 1","Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-13",68,0.77272727272727271,"Light exposure growth inhibition","Euglena gracilis","40,000 cells/mL","72 hours","NOEC","Growth inhibition: Cell count","7.0 mg/L","Microalgae","Euglenophyta ","Euglenophyceae","AAP growth media",24,"Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-14",68,0.77272727272727271,"Dark exposure growth inhibition","Euglena gracilis","40,000 cells/mL","72 hours","NOEC","Growth inhibition: Cell count","42 mg/L","Microalgae","Euglenophyta ","Euglenophyceae","AAP growth media",24,"Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-15",68,0.77272727272727271,"Light exposure growth inhibition","Euglena gracilis","40,000 cells/mL","72 hours","EC50","Growth inhibition: Cell count","45 mg/L","Microalgae","Euglenophyta ","Euglenophyceae","AAP growth media",24,"Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-16",68,0.77272727272727271,"Dark exposure growth inhibition","Euglena gracilis","40,000 cells/mL","72 hours","EC50","Growth inhibition: Cell count","84 mg/L","Microalgae","Euglenophyta ","Euglenophyceae","AAP growth media",24,"Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-17",68,0.77272727272727271,"Light exposure growth inhibition","Euglena gracilis","40,000 cells/mL","5 day","NOEC","Growth inhibition: Cell count","6.3 mg/L","Microalgae","Euglenophyta ","Euglenophyceae","AAP growth media",24,"Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-18",68,0.77272727272727271,"Dark exposure growth inhibition","Euglena gracilis","40,000 cells/mL","5 day","NOEC","Growth inhibition: Cell count","39 mg/L","Microalgae","Euglenophyta ","Euglenophyceae","AAP growth media",24,"Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-19",68,0.77272727272727271,"Light exposure growth inhibition","Euglena gracilis","40,000 cells/mL","5 day","EC50","Growth inhibition: Cell count","68 mg/L","Microalgae","Euglenophyta ","Euglenophyceae","AAP growth media",24,"Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-20",68,0.77272727272727271,"Dark exposure growth inhibition","Euglena gracilis","40,000 cells/mL","5 day","EC50","Growth inhibition: Cell count","150 mg/L","Microalgae","Euglenophyta ","Euglenophyceae","AAP growth media",24,"Chronic","6.0-7.0","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1191-21",52,0.5714285714285714,"Static, nominal exposure","Tetrahymena pyriformis","1,000 cells/mL","48 hrs","NOEC","Growth inhibition: Cell concentration","15 mg/L","Microorganism","Ciliophora","\tOligohymenophorea","Not stated",24,"Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1191-22",52,0.5714285714285714,"Static, nominal exposure","Tetrahymena pyriformis","1000 cells/mL","48 hrs","EC50","Growth inhibition: Cell concentration","96 mg/L","Microorganism","Ciliophora","\tOligohymenophorea","Not stated",24,"Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1191-23",52,0.5714285714285714,"Static, nominal exposure","Tetrahymena pyriformis","1000 cells/mL","96 hours","NOEC","Growth inhibition: Cell concentration","22 mg/L","Microorganism","Ciliophora","\tOligohymenophorea","Not stated",24,"Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1191-24",52,0.5714285714285714,"Static, nominal exposure","Tetrahymena pyriformis","1000 cells/mL","96 hours","EC50","Growth inhibition: Cell concentration","74 mg/L","Microorganism","Ciliophora","\tOligohymenophorea","Not stated",24,"Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-33",44,0.5,"Stream mesocosm","Lemna minor","Not stated","28 days","NOEC","Growth: Frond count","0.038 mg/L","Macrophyte","Tracheophyta","Liliopsida","Filtered river water","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-34",44,0.5,"Stream mesocosm","Lemna minor","Not stated","28 days","LOEC","Growth: Frond count","0.12 mg/L","Macrophyte","Tracheophyta","Liliopsida","Filtered river water","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-36",59,0.67045454545454541,"Pond mesocosm","Lemna minor","Not stated","14 days","NOEC","Growth: Frond count","0.061 mg/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-37",59,0.67045454545454541,"Pond mesocosm","Lemna minor","Not stated","14 days","LOEC","Growth: Frond count","0.21 mg/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-38",59,0.67045454545454541,"Pond mesocosm","Lemna minor","Not stated","14 days","NOEC","Growth: Number of leaves per colony","0.061 mg/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-38",59,0.67045454545454541,"Pond mesocosm","Lemna minor","Not stated","14 days","LOEC","Growth: Number of leaves per colony","0.21 mg/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-39",59,0.67045454545454541,"Pond mesocosm","Lemna minor","Not stated","14 days","NOEC","Growth: Root length","0.061 mg/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-40",59,0.67045454545454541,"Pond mesocosm","Lemna minor","Not stated","14 days","LOEC","Growth: Root length","0.21 mg/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-41",59,0.67045454545454541,"Pond mesocosm","Elodea canadensis","No shoots or roots","20 days","NOEC","Growth: Length ","0.2 mg/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-41",59,0.67045454545454541,"Pond mesocosm","Elodea canadensis","No shoots or roots","20 days","LOEC","Growth: Length ","0.3 mg/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-41",59,0.67045454545454541,"Pond mesocosm","Elodea canadensis","No shoots or roots","20 days","NOEC","Growth: Root number","0.021 mg/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-41",59,0.67045454545454541,"Pond mesocosm","Elodea canadensis","No shoots or roots","20 days","LOEC","Growth: Root number","0.058 mg/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-41",59,0.67045454545454541,"Pond mesocosm","Elodea canadensis","No shoots or roots","20 days","NOEC","Growth: Shoot number","0.021 mg/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/plant","1191-41",59,0.67045454545454541,"Pond mesocosm","Elodea canadensis","No shoots or roots","20 days","LOEC","Growth: Shoot number","0.058 mg/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["Freshwater/non-metal/plant","735-1",67,0.76136363636363635,null,"Synechococcus elongatus","Not stated","96 hrs","EC50","Growth inhibition: Cell count","0.23 uM","Microalga","Cyanobacteria","Cyanophyceae","Bristol's media","18±1","Chronic","Not stated","N.A.","Gonzalez-Barreiro,O., C. Rioboo, A. Cid, and C. Herrero (2004) Atrazine-Induced Chlorosis in Synechococcus elongatus Cells Arch. Environ. Contam. Toxicol.46(3): 301-307 ","735",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","735-2",67,0.76136363636363635,null,"Synechococcus elongatus","Not stated","48 hours","EC50","Growth inhibition: Cell count","0.11 uM","Microalga","Cyanobacteria","Cyanophyceae","Bristol's media","18±1","Chronic","Not stated","N.A.","Gonzalez-Barreiro,O., C. Rioboo, A. Cid, and C. Herrero (2004) Atrazine-Induced Chlorosis in Synechococcus elongatus Cells Arch. Environ. Contam. Toxicol.46(3): 301-307 ","735",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/plant","1035-1",69,0.78409090909090906,null,"Synechococcus elongatus","Log growth phase","24 hr","LOEC","Growth rate: Cell count","21.57 ug/L","Microalga","Cyanobacteria","Cyanophyceae","Bristol's media","18±1","Acute","Not stated","N.A.","Gonzalez-Barreiro,O., C. Rioboo, C. Herrero, and A. Cid (2006) Removal of Triazine Herbicides from Freshwater Systems Using Photosynthetic Microorganisms Environ. Pollut.144(1): 266-271  ","1035",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1035-2",69,0.78409090909090906,"","Synechococcus elongatus","Log growth phase","24 hr","NOEC","Growth rate: Cell count","5.39 ug/L","Microalga","Cyanobacteria","Cyanophyceae","Bristol's media","18±1","Acute","Not stated","N.A.","Gonzalez-Barreiro,O., C. Rioboo, C. Herrero, and A. Cid (2006) Removal of Triazine Herbicides from Freshwater Systems Using Photosynthetic Microorganisms Environ. Pollut.144(1): 266-271  ","1035",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1035-3",69,0.78409090909090906,"Toxicity value is lowest concentration tested, no NOEC stated","Synechococcus elongatus","Log growth phase","24 hr","LOEC","Growth inhibition: Dry weight","5.39 ug/L","Microalga","Cyanobacteria","Cyanophyceae","Bristol's media","18±1","Acute","Not stated","N.A.","Gonzalez-Barreiro,O., C. Rioboo, C. Herrero, and A. Cid (2006) Removal of Triazine Herbicides from Freshwater Systems Using Photosynthetic Microorganisms Environ. Pollut.144(1): 266-271  ","1035",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1035-4",69,0.78409090909090906,"","Synechococcus elongatus","Log growth phase","24 hr","NOEC","Viability: Cell death","161.77 ug/L","Microalga","Cyanobacteria","Cyanophyceae","Bristol's media","18±1","Acute","Not stated","N.A.","Gonzalez-Barreiro,O., C. Rioboo, C. Herrero, and A. Cid (2006) Removal of Triazine Herbicides from Freshwater Systems Using Photosynthetic Microorganisms Environ. Pollut.144(1): 266-271  ","1035",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1035-5",69,0.78409090909090906,"","Chlorella vulgaris","Log growth phase","24 hr","NOEC","Growth rate: Cell count","21.57 ug/L","Microalga","Chlorophyta","Trebouxiophyceae","Bristol's media","18±1","Acute","Not stated","N.A.","Gonzalez-Barreiro,O., C. Rioboo, C. Herrero, and A. Cid (2006) Removal of Triazine Herbicides from Freshwater Systems Using Photosynthetic Microorganisms Environ. Pollut.144(1): 266-271  ","1035",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1035-6",69,0.78409090909090906,"","Chlorella vulgaris","Log growth phase","24 hr","LOEC","Growth rate: Cell count","161.77 ug/L","Microalga","Chlorophyta","Trebouxiophyceae","Bristol's media","18±1","Acute","Not stated","N.A.","Gonzalez-Barreiro,O., C. Rioboo, C. Herrero, and A. Cid (2006) Removal of Triazine Herbicides from Freshwater Systems Using Photosynthetic Microorganisms Environ. Pollut.144(1): 266-271  ","1035",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1035-7",69,0.78409090909090906,"Toxicity value is lowest concentration tested, no NOEC stated","Chlorella vulgaris","Log growth phase","24 hr","LOEC","Growth inhibition: Dry weight","5.39 ug/L","Microalga","Chlorophyta","Trebouxiophyceae","Bristol's media","18±1","Acute","Not stated","N.A.","Gonzalez-Barreiro,O., C. Rioboo, C. Herrero, and A. Cid (2006) Removal of Triazine Herbicides from Freshwater Systems Using Photosynthetic Microorganisms Environ. Pollut.144(1): 266-271  ","1035",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1035-7",69,0.78409090909090906,"","Chlorella vulgaris","Log growth phase","24 hr","NOEC","Viability: Cell death","161.77 ug/L","Microalga","Chlorophyta","Trebouxiophyceae","Bristol's media","18±1","Acute","Not stated","N.A.","Gonzalez-Barreiro,O., C. Rioboo, C. Herrero, and A. Cid (2006) Removal of Triazine Herbicides from Freshwater Systems Using Photosynthetic Microorganisms Environ. Pollut.144(1): 266-271  ","1035",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/non- plant","1192-1",80,0.87912087912087911,"Toxicity value is highest concentration tested, no NOEC stated","Danio rerio","Embryo","35 days","NOEC","Hatching success (%)","9100 ug/L","Fish","Chordata","\tActinopterygii","Filtered tap water","27 ± 1","Chronic","8 ± 0.5","N.A.","Gorge,G., and R. Nagel Toxicity of Lindane, Atrazine, and Deltamethrin to Early Life Stages of Zebrafish (Brachydanio rerio) Ecotoxicol. Environ. Saf.20(3): 246-255 1990","1192",null,null,"Atrazine 98%"]
["Freshwater/non-metal/non- plant","1192-2",80,0.87912087912087911,"","Danio rerio","Embryo","35 days","LOEC","Mortality","9100 ug/L","Fish","Chordata","\tActinopterygii","Filtered tap water","27 ± 1","Chronic","8 ± 0.5","N.A.","Gorge,G., and R. Nagel Toxicity of Lindane, Atrazine, and Deltamethrin to Early Life Stages of Zebrafish (Brachydanio rerio) Ecotoxicol. Environ. Saf.20(3): 246-255 1990","1192",null,null,"Atrazine 98%"]
["Freshwater/non-metal/non- plant","1192-3",80,0.87912087912087911,"","Danio rerio","Embryo","35 days","NOEC","Mortality","1300 ug/L","Fish","Chordata","\tActinopterygii","Filtered tap water","27 ± 1","Chronic","8 ± 0.5","N.A.","Gorge,G., and R. Nagel Toxicity of Lindane, Atrazine, and Deltamethrin to Early Life Stages of Zebrafish (Brachydanio rerio) Ecotoxicol. Environ. Saf.20(3): 246-255 1990","1192",null,null,"Atrazine 98%"]
["Freshwater/non-metal/non- plant","1192-4",80,0.87912087912087911,"Toxicity value is highest concentration tested, no NOEC stated","Danio rerio","Embryo","35 days","NOEC","Body length","9100 ug/L","Fish","Chordata","\tActinopterygii","Filtered tap water","27 ± 1","Chronic","8 ± 0.5","N.A.","Gorge,G., and R. Nagel Toxicity of Lindane, Atrazine, and Deltamethrin to Early Life Stages of Zebrafish (Brachydanio rerio) Ecotoxicol. Environ. Saf.20(3): 246-255 1990","1192",null,null,"Atrazine 98%"]
["Freshwater/non-metal/non- plant","1192-5",72,0.79120879120879117,"Approximation of LC50 by authors, not calculated","Danio rerio","Embryo","35 days","LC50","Mortality","1200 ug/L","Fish","Chordata","\tActinopterygii","Filtered tap water","27 ± 1","Chronic","8 ± 0.5","N.A.","Gorge,G., and R. Nagel Toxicity of Lindane, Atrazine, and Deltamethrin to Early Life Stages of Zebrafish (Brachydanio rerio) Ecotoxicol. Environ. Saf.20(3): 246-255 1990","1192",null,null,"Do Not Use - LC50 value not calculated (just estimated)"]
[]
["Freshwater/non-metal/non- plant","1193-1",62,0.68131868131868134,"Only one concentration tested","Palaemonetes argentinus","Adult","24 hrs","NOEC","Mortality","0.4 mg/L","Macroinvertebrate","Arthropoda","Malacostraca","Artificial freshwater","25 + 1","Acute ",7.6,"N.A.","Griboff,J., D. Morales, L. Bertrand, R.I. Bonansea, M.V. Monferran, R. Asis, D.A. Wunderlin, and M.V. Ame (2014) Oxidative Stress Response Induced by Atrazine in Palaemonetes argentinus: The Protective Effect of Vitamin E Ecotoxicol. Environ. Saf.108:1-8 ","1193",null,null,"Do Not Use - Only one concentration tested, not accurate"]
["Freshwater/non-metal/non- plant","1193-2",62,0.68131868131868134,"Only one concentration tested","Palaemonetes argentinus","Adult","24 hrs","NOEC","Body length","0.4 mg/L","Macroinvertebrate","Arthropoda","Malacostraca","Artificial freshwater","25 + 1","Acute ",7.6,"N.A.","Griboff,J., D. Morales, L. Bertrand, R.I. Bonansea, M.V. Monferran, R. Asis, D.A. Wunderlin, and M.V. Ame (2014) Oxidative Stress Response Induced by Atrazine in Palaemonetes argentinus: The Protective Effect of Vitamin E Ecotoxicol. Environ. Saf.108:1-8 ","1193",null,null,"Do Not Use - Only one concentration tested, not accurate"]
["Freshwater/non-metal/non- plant","1193-3",62,0.68131868131868134,"Only one concentration tested","Palaemonetes argentinus","Adult","24 hrs","NOEC","Body mass","0.4 mg/L","Macroinvertebrate","Arthropoda","Malacostraca","Artificial freshwater","25 + 1","Acute ",7.6,"N.A.","Griboff,J., D. Morales, L. Bertrand, R.I. Bonansea, M.V. Monferran, R. Asis, D.A. Wunderlin, and M.V. Ame (2014) Oxidative Stress Response Induced by Atrazine in Palaemonetes argentinus: The Protective Effect of Vitamin E Ecotoxicol. Environ. Saf.108:1-8 ","1193",null,null,"Do Not Use - Only one concentration tested, not accurate"]
[]
["Freshwater/non-metal/plant","858-2-OK",48,0.54545454545454541,null,"Scenedesmus acutus","Not stated","24 hr","EC50","Growth inhibition: Cell number","1.5x10^-7 M","Microalgae","Chlorophyta","Chlorophyceae","Inorganic medium with sucrose","23°C","Acute ","Not stated","N/A","Grossmann,K., R. Berghaus, and G. Retzlaff (1992). Heterotrophic Plant Cell Suspension Cultures for Monitoring Biological Activity in Agrochemical Research. Comparison with Screens Using Algae, Germinating Seeds and Whole Plants, Pestic. Sci.35(3): 283-289.","858","QAQC Assessment is in the Prometryn QAQC spreadsheet.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","858-4-OK",46,0.52272727272727271,null,"Lemna paucicostata","Not stated","8 days","EC50","Growth inhibition: Frond area","3.2x10^-7 M","Macrophyte","Tracheophyta","Liliopsida","Inorganic medium with sucrose",25,"Chronic","Not stated","N/A","Grossmann,K., R. Berghaus, and G. Retzlaff (1992). Heterotrophic Plant Cell Suspension Cultures for Monitoring Biological Activity in Agrochemical Research. Comparison with Screens Using Algae, Germinating Seeds and Whole Plants, Pestic. Sci.35(3): 283-289.","858","QAQC Assessment is in the Prometryn QAQC spreadsheet.",null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/non- plant","1194-1",80,0.87912087912087911,"Toxicity value is highest concentration tested, no NOEC stated","Acris crepitans","Shumway stage 22-23","21 day","NOEC","Mortality","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-2",85,0.93400000000000005,"","Acris crepitans","Shumway stage 22-23","21 day","LOEC","Growth inhibition: Snout-vent-length","300 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-3",85,0.93400000000000005,"","Acris crepitans","Shumway stage 22-23","21 day","NOEC","Growth inhibition: Snout-vent-length","30 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-2",85,0.93400000000000005,"Toxicity value is highest concentration tested, no NOEC stated","Acris crepitans","Shumway stage 22-23","21 day","NOEC","Growth inhibition: Total length","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-3",85,0.93400000000000005,"Toxicity value is highest concentration tested, no NOEC stated","Acris crepitans","Shumway stage 22-23","21 day","NOEC","Growth inhibition: Wet weight","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-4",85,0.93400000000000005,"","Acris crepitans","Shumway stage 22-23","21 day","NOEC","Growth rate: Wet weight","30 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-5",85,0.93400000000000005,"","Acris crepitans","Shumway stage 22-23","21 day","LOEC","Growth rate: Wet weight","300 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-6",85,0.93400000000000005,"","Acris crepitans","Shumway stage 22-23","21 day","LOEC","Growth rate: Total length","300 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-7",85,0.93400000000000005,"","Acris crepitans","Shumway stage 22-23","21 day","NOEC","Growth rate: Total length","30 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-8",85,0.93400000000000005,"","Acris crepitans","Shumway stage 22-23","21 day","NOEC","Growth rate: Snout-vent-length","30 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-9",85,0.93400000000000005,"","Acris crepitans","Shumway stage 22-23","21 day","LOEC","Growth rate: Snout-vent-length","300 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-10",70,0.76923076923076927,"Duration derived from Table C1, p. 158","Acris crepitans","Shumway stage 22-23","68 days","NOEC","Growth inhibition: Post metamorphic snout-vent-length","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-11",70,0.76923076923076927,"Duration derived from Table C1, p. 158","Acris crepitans","Shumway stage 22-23","70 days","NOEC","Growth inhibition: Post metamorphic wet weight","300 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-12",70,0.76923076923076927,"Duration derived from Table C1, p. 158","Acris crepitans","Shumway stage 22-23","68 days","LOEC","Growth inhibition: Post metamorphic wet weight","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-13",70,0.76923076923076927,"Duration derived from Table C1, p. 158","Acris crepitans","Shumway stage 22-23","63 days","NOEC","Growth inhibition: Post metamorphic dry weight","30 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-14",70,0.76923076923076927,"Duration derived from Table C1, p. 158","Acris crepitans","Shumway stage 22-23","70 days","LOEC","Growth inhibition: Post metamorphic dry weight","300 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-1",80,0.87912087912087911,"Toxicity value is highest concentration tested, no NOEC stated","Rana sylvatica","Shumway stage 25","21 day","NOEC","Mortality","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","20.2 ± 0.8","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-15",85,0.93400000000000005,"Toxicity value is highest concentration tested, no NOEC stated","Rana sylvatica","Shumway stage 25","21 day","NOEC","Growth inhibition: Snout-vent-length","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","20.2 ± 0.8","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-16",85,0.93400000000000005,"Toxicity value is highest concentration tested, no NOEC stated","Rana sylvatica","Shumway stage 25","21 day","NOEC","Growth inhibition: Wet weight","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","20.2 ± 0.8","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-17",85,0.93400000000000005,"Toxicity value is highest concentration tested, no NOEC stated","Rana sylvatica","Shumway stage 25","21 day","NOEC","Growth inhibition: Total length","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","20.2 ± 0.8","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-17",85,0.93400000000000005,"Toxicity value is highest concentration tested, no NOEC stated","Rana sylvatica","Shumway stage 25","21 day","NOEC","Growth rate: Wet weight","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","20.2 ± 0.8","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-17",85,0.93400000000000005,"Toxicity value is highest concentration tested, no NOEC stated","Rana sylvatica","Shumway stage 25","21 day","NOEC","Growth rate: Total length","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","20.2 ± 0.8","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-17",85,0.93400000000000005,"Toxicity value is highest concentration tested, no NOEC stated","Rana sylvatica","Shumway stage 25","21 day","NOEC","Growth rate: SVL","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","20.2 ± 0.8","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-18",70,0.76923076923076927,"Duration derived from Table C2, p. 159","Rana sylvatica","Shumway stage 26","50 days","NOEC","Growth inhibition: Post metamorphic snout-vent-length","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-19",70,0.76923076923076927,"Duration derived from Table C2, p. 159","Rana sylvatica","Shumway stage 27","50 days","NOEC","Growth inhibition: Post metamorphic wet weight","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-20",70,0.76923076923076927,"Duration derived from Table C2, p. 159","Rana sylvatica","Shumway stage 28","50 days","NOEC","Growth inhibition: Post metamorphic dry weight","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-21",80,0.87912087912087911,"Toxicity value is highest concentration tested, no NOEC stated","Rana pipiens","Shumway stages 25-26","21 day","NOEC","Mortality","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.2 ±0.9","Chronic","7.5 ± 0 .2","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-22",85,0.93406593406593408,"Toxicity value is highest concentration tested, no NOEC stated","Rana pipiens","Shumway stages 25-26","21 day","NOEC","Growth: Snout-vent-length","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.2 ±0.9","Chronic","7.5 ± 0 .2","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-23",85,0.93406593406593408,"Toxicity value is highest concentration tested, no NOEC stated","Rana pipiens","Shumway stages 25-26","21 day","NOEC","Growth inhibition: Wet weight","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.2 ±0.9","Chronic","7.5 ± 0 .2","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-24",85,0.93406593406593408,"Toxicity value is highest concentration tested, no NOEC stated","Rana pipiens","Shumway stages 25-26","21 day","NOEC","Growth rate: Wet weight","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.2 ±0.9","Chronic","7.5 ± 0 .2","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-25",85,0.93406593406593408,"Toxicity value is highest concentration tested, no NOEC stated","Rana pipiens","Shumway stages 25-26","21 day","NOEC","Growth: Total length","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.2 ±0.9","Chronic","7.5 ± 0 .2","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-25",85,0.93406593406593408,"Toxicity value is highest concentration tested, no NOEC stated","Rana pipiens","Shumway stages 25-26","21 day","NOEC","Growth rate: Total length","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.2 ±0.9","Chronic","7.5 ± 0 .2","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-25",85,0.93406593406593408,"Toxicity value is highest concentration tested, no NOEC stated","Rana pipiens","Shumway stages 25-26","21 day","NOEC","Growth rate: Snout-vent-length","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.2 ±0.9","Chronic","7.5 ± 0 .2","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-26",70,0.76923076923076927,"Duration derived from Table C3, p. 160","Rana pipiens","Shumway stages 25-27","68 days","NOEC","Growth inhibition: Post metamorphic snout-vent-length","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-27",70,0.76923076923076927,"Duration derived from Table C3, p. 160","Rana pipiens","Shumway stages 25-28","68 days","NOEC","Growth inhibition: Post metamorphic wet weight","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-28",70,0.76923076923076927,"Duration derived from Table C3, p. 160","Rana pipiens","Shumway stages 25-29","68 days","NOEC","Growth inhibition: Post metamorphic dry weight","600 ug/L","Amphibian","Chordata","Amphibia","Filtered municipal water","21.7 ±0.5","Chronic","6.9±0.1","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Reagent grade 99% purity"]
["Freshwater/non-metal/non- plant","1194-29",75,0.82417582417582413,"Toxicity value is highest conc tested, measured FETAX test 3 comparison of single toxicity","Xenopus laevis","NF stage 8-10.5","96 hrs","NOEC","Mortality","33.5 mg/L","Amphibian","Chordata","Amphibia","Double distilled water","21.5-24.5","Acute ","7.74±0.07","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194",null,null,"Do Not Use - Methods on comparison of single toxicity are confusing"]
["Freshwater/non-metal/non- plant","1194-30",75,0.82417582417582413,"Toxicity value is lowest conc tested, measured FETAX test 1 comparison of formulations","Xenopus laevis","NF stage 8-10.5","96 hrs","LOEC","Growth: Total length","0.86 mg/L","Amphibian","Chordata","Amphibia","Double distilled water","22.5-27.5","Acute ","7.6±0.15","N.A.","Gucciardo,L.S. (1999) The Use of Anuran Larvae to Determine Chronic and Acute Toxicological Effects from Exposure to Atrazine and Metolachlor Ph.D.Thesis, Iowa State University, Ames, IA:164 p. ","1194","5 FETAX assays run, mortality was not conc dependant (highest conc taken) growth was conc dependent (lowest conc taken) across the 5 tests",null,"Do Not Use - Lowest concentration tested, measured FETAX test 1 comparison of formulations"]
[]
["Freshwater/non-metal/non- plant","1196-1",63,0.69230769230769229,"Toxicity value is highest concentration tested","Biomphalaria glabrata","Not stated","48 hrs","NOEC","Mortality","1000 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","Not stated","Acute ","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-2",63,0.69230769230769229,"Toxicity value is highest concentration tested","Stagnicola elodes","Not stated","48 hrs","NOEC","Mortality","1000 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","Not stated","Acute ","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-3",63,0.69230769230769229,"Toxicity value is highest concentration tested","Helisoma trivolvis","Not stated","48 hrs","NOEC","Mortality","1000 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","Not stated","Acute ","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-4",63,0.69230769230769229,"Toxicity value is highest concentration tested","Physa acuta","Not stated","48 hrs","NOEC","Mortality","1000 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","Not stated","Acute ","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-5",67,0.73626373626373631,"Toxicity value is highest concentration tested","Physa acuta","Not stated","28 days","NOEC","Mortality","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-6",67,0.73626373626373631,"Toxicity value is highest concentration tested","Helisoma trivolvis","Not stated","28 days","NOEC","Mortality","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-7",67,0.73626373626373631,"Toxicity value is highest concentration tested","Biomphalaria glabrata","Not stated","28 days","NOEC","Mortality","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-8",67,0.73626373626373631,"Toxicity value is highest concentration tested","Stagnicola elodes","Not stated","28 days","NOEC","Mortality","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-9",67,0.73626373626373631,"Toxicity value is highest concentration tested","Stagnicola elodes","Not stated","28 days","NOEC","Growth: Shell length","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-10",67,0.73626373626373631,"Toxicity value is highest concentration tested","Physa acuta","Not stated","28 days","NOEC","Growth: Shell length","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-11",67,0.73626373626373631,"Toxicity value is highest concentration tested","Helisoma trivolvis","Not stated","28 days","NOEC","Growth: Shell width","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-12",67,0.73626373626373631,"Toxicity value is highest concentration tested","Biomphalaria glabrata","Not stated","28 days","NOEC","Growth: Shell width","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-13",67,0.73626373626373631,"Toxicity value is highest concentration tested","Physa acuta","Not stated","28 days","NOEC","Fecundity: Number of egg masses","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-14",67,0.73626373626373631,"Toxicity value is highest concentration tested","Helisoma trivolvis","Not stated","28 days","NOEC","Fecundity: Number of egg masses","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-15",67,0.73626373626373631,"Toxicity value is highest concentration tested","Biomphalaria glabrata","Not stated","28 days","NOEC","Fecundity: Number of egg masses","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-16",67,0.73626373626373631,"Toxicity value is highest concentration tested","Stagnicola elodes","Not stated","28 days","NOEC","Fecundity: Number of egg masses","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-17",67,0.73626373626373631,"Toxicity value is highest concentration tested","Stagnicola elodes","Not stated","28 days","NOEC","Fecundity: Number of eggs","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-18",67,0.73626373626373631,"Toxicity value is highest concentration tested","Helisoma trivolvis","Not stated","28 days","NOEC","Fecundity: Number of eggs","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-19",67,0.73626373626373631,"Toxicity value is highest concentration tested","Biomphalaria glabrata","Not stated","28 days","NOEC","Fecundity: Number of eggs","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1196-20",67,0.73626373626373631,"Toxicity value is highest concentration tested","Physa acuta","Not stated","28 days","NOEC","Fecundity: Number of eggs","30 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Dechlorinated and filtered tap water","22.4-26.2","Chronic","7.4-7.9","N.A.","Gustafson,K.D., J.B. Belden, and M.G. Bolek (2015) The Effects of the Herbicide Atrazine on Freshwater Snails Ecotoxicology24(5): 1183-1197 ","1196",null,null,"Atrazine 98% purity"]
[]
["Freshwater/non-metal/non- plant","1197-1",72,0.79120879120879117,"Non-monotic response, tests run until metamorphosis therefore different test times depending on conc as conc has a sig effect on development time","Xenopus laevis","Tadpole","58 days","LOEC","Growth inhibition: Body mass","55.72 ppb","Amphibian","Chordata","Amphibia","Dechlorinated tap water","19.78 ± 1.70","Chronic","7.54 ± 0.13","N.A.","Gutierrez,M.M. Evidence of Endocrine Disruption in Amphibians Due to Agricultural Chemical Exposure Ph.D.Thesis, Rutgers, The State University of New Jersey, New Brunswick, NJ:378 p. 2007","1197",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1197-2",72,0.79120879120879117,"Non-monotic response, tests run until metamorphosis therefore different test times depending on conc as conc has a sig effect on development time","Xenopus laevis","Tadpole","70 days","NOEC","Growth inhibition: Body mass","21.07 ppb","Amphibian","Chordata","Amphibia","Dechlorinated tap water","19.78 ± 1.70","Chronic","7.54 ± 0.13","N.A.","Gutierrez,M.M. Evidence of Endocrine Disruption in Amphibians Due to Agricultural Chemical Exposure Ph.D.Thesis, Rutgers, The State University of New Jersey, New Brunswick, NJ:378 p. 2007","1197",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1197-3",72,0.79120879120879117,"Non-monotic response, tests run until metamorphosis therefore different test times depending on conc as conc has a sig effect on development time","Xenopus laevis","Tadpole","64 days","LOEC","Growth: Snout-vent-length","4.96 ppb","Amphibian","Chordata","Amphibia","Dechlorinated tap water","19.78 ± 1.70","Chronic","7.54 ± 0.13","N.A.","Gutierrez,M.M. Evidence of Endocrine Disruption in Amphibians Due to Agricultural Chemical Exposure Ph.D.Thesis, Rutgers, The State University of New Jersey, New Brunswick, NJ:378 p. 2007","1197",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1197-4",72,0.79120879120879117,"Non-monotic response, tests run until metamorphosis therefore different test times depending on conc as conc has a sig effect on development time","Xenopus laevis","Tadpole","68 days","NOEC","Growth: Snout-vent-length","1.32 ppb","Amphibian","Chordata","Amphibia","Dechlorinated tap water","19.78 ± 1.70","Chronic","7.54 ± 0.13","N.A.","Gutierrez,M.M. Evidence of Endocrine Disruption in Amphibians Due to Agricultural Chemical Exposure Ph.D.Thesis, Rutgers, The State University of New Jersey, New Brunswick, NJ:378 p. 2007","1197",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1197-5",67,0.73626373626373631,"Non-monotic response, tests run until metamorphosis therefore different test times depending on conc as conc has a sig effect on development time","Xenopus laevis","Tadpole","64 days","LOEC","Mortality","4.96 ppb","Amphibian","Chordata","Amphibia","Dechlorinated tap water","19.78 ± 1.70","Chronic","7.54 ± 0.13","N.A.","Gutierrez,M.M. Evidence of Endocrine Disruption in Amphibians Due to Agricultural Chemical Exposure Ph.D.Thesis, Rutgers, The State University of New Jersey, New Brunswick, NJ:378 p. 2007","1197",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1197-6",67,0.73626373626373631,"Non-monotic response, tests run until metamorphosis therefore different test times depending on conc as conc has a sig effect on development time","Xenopus laevis","Tadpole","68 days","NOEC","Mortality","1.32 ppb","Amphibian","Chordata","Amphibia","Dechlorinated tap water","19.78 ± 1.70","Chronic","7.54 ± 0.13","N.A.","Gutierrez,M.M. Evidence of Endocrine Disruption in Amphibians Due to Agricultural Chemical Exposure Ph.D.Thesis, Rutgers, The State University of New Jersey, New Brunswick, NJ:378 p. 2007","1197",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1197-7",67,0.73626373626373631,"Non-monotic response, tests run until metamorphosis therefore different test times depending on conc as conc has a sig effect on development time","Xenopus laevis","Tadpole","64 days","LOEC","Growth: Hind limb length","4.96 ppb","Amphibian","Chordata","Amphibia","Dechlorinated tap water","19.78 ± 1.70","Chronic","7.54 ± 0.13","N.A.","Gutierrez,M.M. Evidence of Endocrine Disruption in Amphibians Due to Agricultural Chemical Exposure Ph.D.Thesis, Rutgers, The State University of New Jersey, New Brunswick, NJ:378 p. 2007","1197",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1197-8",67,0.73626373626373631,"Non-monotic response, tests run until metamorphosis therefore different test times depending on conc as conc has a sig effect on development time","Xenopus laevis","Tadpole","68 days","NOEC","Growth: Hind limb length","1.32 ppb","Amphibian","Chordata","Amphibia","Dechlorinated tap water","19.78 ± 1.70","Chronic","7.54 ± 0.13","N.A.","Gutierrez,M.M. Evidence of Endocrine Disruption in Amphibians Due to Agricultural Chemical Exposure Ph.D.Thesis, Rutgers, The State University of New Jersey, New Brunswick, NJ:378 p. 2007","1197",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/non- plant","1197-7",67,0.73626373626373631,"Non-monotic response, tests run until metamorphosis therefore different test times depending on conc as conc has a sig effect on development time","Xenopus laevis","Tadpole","64 days","LOEC","Growth: Abdomen girth","4.96 ppb","Amphibian","Chordata","Amphibia","Dechlorinated tap water","19.78 ± 1.70","Chronic","7.54 ± 0.13","N.A.","Gutierrez,M.M. Evidence of Endocrine Disruption in Amphibians Due to Agricultural Chemical Exposure Ph.D.Thesis, Rutgers, The State University of New Jersey, New Brunswick, NJ:378 p. 2007","1197",null,null,"Do Not Use - Non-viable endpoint"]
["Freshwater/non-metal/non- plant","1197-8",67,0.73626373626373631,"Non-monotic response, tests run until metamorphosis therefore different test times depending on conc as conc has a sig effect on development time","Xenopus laevis","Tadpole","68 days","NOEC","Growth: Abdomen girth","1.32 ppb","Amphibian","Chordata","Amphibia","Dechlorinated tap water","19.78 ± 1.70","Chronic","7.54 ± 0.13","N.A.","Gutierrez,M.M. Evidence of Endocrine Disruption in Amphibians Due to Agricultural Chemical Exposure Ph.D.Thesis, Rutgers, The State University of New Jersey, New Brunswick, NJ:378 p. 2007","1197",null,null,"Do Not Use - Non-viable endpoint"]
[]
["MEW_nonplant","1198-1",73,0.77659574468085102,null,"Robertsonia propinqua","Reproductive adult","96 hours","LC50","Mortality","31.8 mg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Reverse osmosis water","21±1","Acute","Not stated",32,"Hack,L.A., L.A. Tremblay, S.D. Wratten, G. Forrester, and V. Keesing (2008) Zinc Sulfate and Atrazine Toxicity to the Marine Harpacticoid Copepod Robertsonia propinqua N. Z. J. Mar. Freshw. Res.42(1): 93-98 ","1198",null,null,"Atrazine 98% purity"]
["MEW_nonplant","1198-2",73,0.77659574468085102,null,"Robertsonia propinqua","<24h nauplii","96 hours","LC50","Mortality","7.5 mg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Reverse osmosis water","21±1","Acute","Not stated",32,"Hack,L.A., L.A. Tremblay, S.D. Wratten, G. Forrester, and V. Keesing (2008) Zinc Sulfate and Atrazine Toxicity to the Marine Harpacticoid Copepod Robertsonia propinqua N. Z. J. Mar. Freshw. Res.42(1): 93-98 ","1198",null,null,"Atrazine 98% purity"]
[]
["MEW_nonplant","1199-1",87,0.92553191489361697,"Salinity: 5ppt","Eurytemora affinis","<24h nauplii","8 days","LOEC","Mortality","17.5 mg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Autoclaved estuarine water","23-25","Chronic","7.39-7.94","4-5","Hall,L.W.,Jr., M.C. Ziegenfuss, R.D. Anderson, and D.P. Tierney (1995) The Influence of Salinity on the Chronic Toxicity of Atrazine to an Estuarine Copepod: Implications for Development of an Estuarine Chronic Criterion Arch. Environ. Contam. Toxicol.28(3): 344-348 ","1199",null,null,"Technical grade atrazine 97.1%"]
["MEW_nonplant","1199-2",87,0.92553191489361697,"Highest concentration tested","Eurytemora affinis","<24h nauplii","8 days","NOEC","Reproduction: Egg carrying females (%)","23.4 mg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Autoclaved estuarine water","23-25","Chronic","7.39-7.94","4-5","Hall,L.W.,Jr., M.C. Ziegenfuss, R.D. Anderson, and D.P. Tierney (1995) The Influence of Salinity on the Chronic Toxicity of Atrazine to an Estuarine Copepod: Implications for Development of an Estuarine Chronic Criterion Arch. Environ. Contam. Toxicol.28(3): 344-348 ","1199",null,null,"Technical grade atrazine 97.1%"]
["MEW_nonplant","1199-3",87,0.92553191489361697,"Salinity: 5ppt","Eurytemora affinis","<24h nauplii","8 days","NOEC","Mortality","11.7 mg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Autoclaved estuarine water","23-25","Chronic","7.39-7.94","4-5","Hall,L.W.,Jr., M.C. Ziegenfuss, R.D. Anderson, and D.P. Tierney (1995) The Influence of Salinity on the Chronic Toxicity of Atrazine to an Estuarine Copepod: Implications for Development of an Estuarine Chronic Criterion Arch. Environ. Contam. Toxicol.28(3): 344-348 ","1199",null,null,"Technical grade atrazine 97.1%"]
["MEW_nonplant","1199-4",87,0.92553191489361697,"Salinity: 15ppt","Eurytemora affinis","<24h nauplii","8 days","NOEC","Mortality","17.5 mg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Autoclaved estuarine water","24-25","Chronic","7.95-8.26","14-16","Hall,L.W.,Jr., M.C. Ziegenfuss, R.D. Anderson, and D.P. Tierney (1995) The Influence of Salinity on the Chronic Toxicity of Atrazine to an Estuarine Copepod: Implications for Development of an Estuarine Chronic Criterion Arch. Environ. Contam. Toxicol.28(3): 344-348 ","1199",null,null,"Technical grade atrazine 97.1%"]
["MEW_nonplant","1199-5",87,0.92553191489361697,"Salinity: 15ppt","Eurytemora affinis","<24h nauplii","8 days","LOEC","Mortality","25.8 mg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Autoclaved estuarine water","24-25","Chronic","7.95-8.26","14-16","Hall,L.W.,Jr., M.C. Ziegenfuss, R.D. Anderson, and D.P. Tierney (1995) The Influence of Salinity on the Chronic Toxicity of Atrazine to an Estuarine Copepod: Implications for Development of an Estuarine Chronic Criterion Arch. Environ. Contam. Toxicol.28(3): 344-348 ","1199",null,null,"Technical grade atrazine 97.1%"]
["MEW_nonplant","1199-6",87,0.92553191489361697,"15ppt, salinity appears to have a sig effect on reproduction","Eurytemora affinis","<24h nauplii","8 days","NOEC","Reproduction: Egg carrying females (%)","25.8 mg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Autoclaved estuarine water","24-25","Chronic","7.95-8.26","14-16","Hall,L.W.,Jr., M.C. Ziegenfuss, R.D. Anderson, and D.P. Tierney (1995) The Influence of Salinity on the Chronic Toxicity of Atrazine to an Estuarine Copepod: Implications for Development of an Estuarine Chronic Criterion Arch. Environ. Contam. Toxicol.28(3): 344-348 ","1199",null,null,"Technical grade atrazine 97.1%"]
["MEW_nonplant","1199-7",87,0.92553191489361697,"Salinity: 25ppt","Eurytemora affinis","<24h nauplii","8 days","NOEC","Mortality","3.98 mg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Autoclaved estuarine water","24-26","Chronic","7.94-8.39","23-25","Hall,L.W.,Jr., M.C. Ziegenfuss, R.D. Anderson, and D.P. Tierney (1995) The Influence of Salinity on the Chronic Toxicity of Atrazine to an Estuarine Copepod: Implications for Development of an Estuarine Chronic Criterion Arch. Environ. Contam. Toxicol.28(3): 344-348 ","1199",null,null,"Technical grade atrazine 97.1%"]
["MEW_nonplant","1199-8",87,0.92553191489361697,"Salinity: 25ppt","Eurytemora affinis","<24h nauplii","8 days","LOEC","Mortality","6 mg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Autoclaved estuarine water","24-26","Chronic","7.94-8.39","23-25","Hall,L.W.,Jr., M.C. Ziegenfuss, R.D. Anderson, and D.P. Tierney (1995) The Influence of Salinity on the Chronic Toxicity of Atrazine to an Estuarine Copepod: Implications for Development of an Estuarine Chronic Criterion Arch. Environ. Contam. Toxicol.28(3): 344-348 ","1199",null,null,"Technical grade atrazine 97.1%"]
["MEW_nonplant","1199-9",87,0.92553191489361697,"25ppt, salinity appears to have a sig effect on reproduction","Eurytemora affinis","<24h nauplii","8 days","NOEC","Reproduction: Egg carrying females (%)","25.2 mg/L","Macroinvertebrate","Arthropoda","Maxillopoda","Autoclaved estuarine water","24-26","Chronic","7.94-8.39","23-25","Hall,L.W.,Jr., M.C. Ziegenfuss, R.D. Anderson, and D.P. Tierney (1995) The Influence of Salinity on the Chronic Toxicity of Atrazine to an Estuarine Copepod: Implications for Development of an Estuarine Chronic Criterion Arch. Environ. Contam. Toxicol.28(3): 344-348 ","1199"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Technical grade atrazine 97.1%"]
["MEW_nonplant","1200-1",76,0.80851063829787229,"Salinity: 5ppt","Eurytemora affinis","<24h nauplii","96 hours","LC50","Mortality","0.5 mg/L","Macroinvertebrate","Arthropoda","Maxillopoda","H-W Marinemix or reconstituted water","20-20.5","Acute","7.66-8.03",5,"Hall,L.W.,Jr., M.C. Ziegenfuss, R.D. Anderson, T.D. Spittler, and H.C. Leichtweis (1994) Influence of Salinity on Atrazine Toxicity to a Chesapeake Bay Copepod (Eurytemora affinis) and Fish (Cyprinodon variegatus) Estuaries17(1B): 181-186","1200",null,null,"Technical grade atrazine 97.1%"]
["MEW_nonplant","1200-2",76,0.80851063829787229,"Salinity: 15ppt","Eurytemora affinis","<24h nauplii","96 hours","LC50","Mortality","2.6 mg/L","Macroinvertebrate","Arthropoda","Maxillopoda","H-W Marinemix or reconstituted water","19.5-20.4","Acute","7.94-8.16","15-17","Hall,L.W.,Jr., M.C. Ziegenfuss, R.D. Anderson, T.D. Spittler, and H.C. Leichtweis (1994) Influence of Salinity on Atrazine Toxicity to a Chesapeake Bay Copepod (Eurytemora affinis) and Fish (Cyprinodon variegatus) Estuaries17(1B): 181-186","1200",null,null,"Technical grade atrazine 97.1%"]
["MEW_nonplant","1200-3",76,0.80851063829787229,"Salinity: 25ppt","Eurytemora affinis","<24h nauplii","96 hours","LC50","Mortality","13.2 mg/L","Macroinvertebrate","Arthropoda","Maxillopoda","H-W Marinemix or reconstituted water","20.3-20.4","Acute","8.05-8.41","25-28","Hall,L.W.,Jr., M.C. Ziegenfuss, R.D. Anderson, T.D. Spittler, and H.C. Leichtweis (1994) Influence of Salinity on Atrazine Toxicity to a Chesapeake Bay Copepod (Eurytemora affinis) and Fish (Cyprinodon variegatus) Estuaries17(1B): 181-186","1200",null,null,"Technical grade atrazine 97.1%"]
["MEW_nonplant","1200-4",76,0.80851063829787229,"Salinity: 5ppt","Cyprinodon variegatus","48hr larvae","96 hours","LC50","Mortality","16.2 mg/L","Fish ","Chordata","Actinopterygii","H-W Marinemix or reconstituted water","19.5-20","Acute","7.1-8.0",5,"Hall,L.W.,Jr., M.C. Ziegenfuss, R.D. Anderson, T.D. Spittler, and H.C. Leichtweis (1994) Influence of Salinity on Atrazine Toxicity to a Chesapeake Bay Copepod (Eurytemora affinis) and Fish (Cyprinodon variegatus) Estuaries17(1B): 181-186","1200",null,null,"Technical grade atrazine 97.1%"]
["MEW_nonplant","1200-4",76,0.80851063829787229,"Salinity: 15ppt","Cyprinodon variegatus","48hr larvae","96 hours","LC50","Mortality","2.3 mg/L","Fish ","Chordata","Actinopterygii","H-W Marinemix or reconstituted water","20.5-22","Acute","7.8-8.08","15-16","Hall,L.W.,Jr., M.C. Ziegenfuss, R.D. Anderson, T.D. Spittler, and H.C. Leichtweis (1994) Influence of Salinity on Atrazine Toxicity to a Chesapeake Bay Copepod (Eurytemora affinis) and Fish (Cyprinodon variegatus) Estuaries17(1B): 181-186","1200",null,null,"Technical grade atrazine 97.1%"]
["MEW_nonplant","1200-4",76,0.80851063829787229,"Salinity: 25ppt","Cyprinodon variegatus","48hr larvae","96 hours","LC50","Mortality","2.0 mg/L","Fish ","Chordata","Actinopterygii","H-W Marinemix or reconstituted water","20.5-22","Acute","7.98-8.17","25-26","Hall,L.W.,Jr., M.C. Ziegenfuss, R.D. Anderson, T.D. Spittler, and H.C. Leichtweis (1994) Influence of Salinity on Atrazine Toxicity to a Chesapeake Bay Copepod (Eurytemora affinis) and Fish (Cyprinodon variegatus) Estuaries17(1B): 181-186","1200",null,null,"Technical grade atrazine 97.1%"]
[]
["MEW_plant","729-1",84,0.92307692307692313,"Salinity: 1ppt","Stuckenia pectinata","4-5 weeks","28 days","NOEC","Growth: Dry weight","15.9 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",23.3,"Chronic",6.5,1,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-2",84,0.92307692307692313,"Salinity: 1ppt","Stuckenia pectinata","4-5 weeks","28 days","LOEC","Growth: Dry weight","30 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",22.9,"Chronic",6.5,1,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-3",84,0.92307692307692313,"Salinity: 1ppt","Stuckenia pectinata","4-5 weeks","28 days","NOEC","Growth: Wet weight","15.9 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",23.3,"Chronic",6.5,1,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-4",84,0.92307692307692313,"Salinity: 1ppt","Stuckenia pectinata","4-5 weeks","28 days","LOEC","Growth: Wet weight","30 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",22.9,"Chronic",6.5,1,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-5",84,0.92307692307692313,"Salinity: 1ppt","Stuckenia pectinata","4-5 weeks","28 days","NOEC","Growth: Rhizome tip number","30 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",22.9,"Chronic",6.5,1,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-6",84,0.92307692307692313,"Salinity: 1ppt","Stuckenia pectinata","4-5 weeks","28 days","LOEC","Growth: Rhizome tip number","311 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",23.4,"Chronic",6.55,1,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-7",84,0.92307692307692313,"Salinity: 6ppt","Stuckenia pectinata","4-5 weeks","28 days","NOEC","Growth: Dry weight","14.1 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",23.8,"Chronic",6.58,6,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-8",84,0.92307692307692313,"Salinity: 6ppt","Stuckenia pectinata","4-5 weeks","28 days","LOEC","Growth: Dry weight","30 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",23.6,"Chronic",6.59,6,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-9",84,0.92307692307692313,"Salinity: 6ppt","Stuckenia pectinata","4-5 weeks","28 days","NOEC","Growth: Wet weight","14.1 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",23.8,"Chronic",6.58,6,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-10",84,0.92307692307692313,"Salinity: 6ppt","Stuckenia pectinata","4-5 weeks","28 days","LOEC","Growth: Wet weight","30 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",23.6,"Chronic",6.59,6,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-11",84,0.92307692307692313,"Salinity: 6ppt","Stuckenia pectinata","4-5 weeks","28 days","NOEC","Growth: Rhizome tip number","30 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",23.6,"Chronic",6.59,6,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-12",84,0.92307692307692313,"Salinity: 6ppt","Stuckenia pectinata","4-5 weeks","28 days","LOEC","Growth: Rhizome tip number","282 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",23.4,"Chronic",6.54,6,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-14",84,0.92307692307692313,"Salinity: 12ppt","Stuckenia pectinata","4-5 weeks","28 days","NOEC","Growth: Dry weight","7.5 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",22.5,"Chronic",6.78,12,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-15",84,0.92307692307692313,"Salinity: 12ppt","Stuckenia pectinata","4-5 weeks","28 days","LOEC","Growth: Dry weight","16.1 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",23,"Chronic",6.76,12,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-16",84,0.92307692307692313,"Salinity: 12ppt","Stuckenia pectinata","4-5 weeks","28 days","NOEC","Growth: Wet weight","16.1 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",23,"Chronic",6.76,12,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-17",84,0.92307692307692313,"Salinity: 12ppt","Stuckenia pectinata","4-5 weeks","28 days","LOEC","Growth: Wet weight","30 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",23.2,"Chronic",6.64,12,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-18",84,0.92307692307692313,"Salinity: 12ppt","Stuckenia pectinata","4-5 weeks","28 days","NOEC","Growth: Rhizome tip number","30 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",23.2,"Chronic",6.64,12,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
["MEW_plant","729-19",84,0.92307692307692313,"Salinity: 12ppt","Stuckenia pectinata","4-5 weeks","28 days","LOEC","Growth: Rhizome tip number","286 ug/L","Macrophyte","Tracheophyta","Liliopsida","Synthetic freshwater added salts and nutrients",23.5,"Chronic",6.59,12,"Hall,L.W.,Jr., R.D. Anderson, and M.S. Ailstock (1997) Chronic Toxicity of Atrazine to Sago Pondweed at a Range of Salinities: Implications for Criteria Development and Ecological Risk Arch. Environ. Contam. Toxicol.33(3): 261-267","729",null,null,"Atrazine 97.1% active ingredient"]
[]
["Freshwater/non-metal/non- plant","1202-1",48,0.52747252747252749,null,"Xenopus laevis","NF stage 48","46 days","NOEC","Mortality","200 ppb","Amphibian","Chordata","Amphibia","Not stated",22,"Chronic","Not stated","N.A.","Hayes,T.B., A. Collins, M. Lee, M. Mendoza, N. Noriega, A.A. Stuart, and A. Vonk (2002) Hermaphroditic, Demasculinized Frogs After Exposure to the Herbicide Atrazine at Low Ecologically Relevant Doses Proc. Natl. Acad. Sci. U.S.A.99(8): 5476-5480 ","1202",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1202-2",48,0.52747252747252749,null,"Xenopus laevis","NF stage 48","46 days","NOEC","Growth inhibition: Mass ","200 ppb","Amphibian","Chordata","Amphibia","Not stated",22,"Chronic","Not stated","N.A.","Hayes,T.B., A. Collins, M. Lee, M. Mendoza, N. Noriega, A.A. Stuart, and A. Vonk (2002) Hermaphroditic, Demasculinized Frogs After Exposure to the Herbicide Atrazine at Low Ecologically Relevant Doses Proc. Natl. Acad. Sci. U.S.A.99(8): 5476-5480 ","1202",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1202-3",48,0.52747252747252749,null,"Xenopus laevis","NF stage 48","46 days","NOEC","Growth inhibition: Length ","200 ppb","Amphibian","Chordata","Amphibia","Not stated",22,"Chronic","Not stated","N.A.","Hayes,T.B., A. Collins, M. Lee, M. Mendoza, N. Noriega, A.A. Stuart, and A. Vonk (2002) Hermaphroditic, Demasculinized Frogs After Exposure to the Herbicide Atrazine at Low Ecologically Relevant Doses Proc. Natl. Acad. Sci. U.S.A.99(8): 5476-5480 ","1202",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["Freshwater/non-metal/non- plant","843-1",29,0.31868131868131866,"Only one concentration tested","Rana pipiens","Tadpole (2 days post-hatch)","59 days","NOEC","Mortality","0.1 ppb","Amphibian","Chordata","Amphibia","Aerated Holtfreter's solution","22-23","Chronic","Not stated","N.A.","Hayes,T.B., P. Case, S. Chui, D. Chung, C. Haeffele, K. Haston, M. Lee, V.P. Mai, Y. Marjuoa, J. Parker, and M. Tsui (2006) Pesticide Mixtures, Endocrine Disruption, and Amphibian Declines: Are We Underestimating the Impact? Environ. Health Perspect.114(suppl.1): 40-50 ","843",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","843-2",29,0.31868131868131866,"Only one concentration tested","Rana pipiens","Tadpole (2 days post-hatch)","59 days","NOEC","Time to metamorphosis","0.1 ppb","Amphibian","Chordata","Amphibia","Aerated Holtfreter's solution","22-23","Chronic","Not stated","N.A.","Hayes,T.B., P. Case, S. Chui, D. Chung, C. Haeffele, K. Haston, M. Lee, V.P. Mai, Y. Marjuoa, J. Parker, and M. Tsui (2006) Pesticide Mixtures, Endocrine Disruption, and Amphibian Declines: Are We Underestimating the Impact? Environ. Health Perspect.114(suppl.1): 40-50 ","843",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","843-3",34,0.37362637362637363,"Only one concentration tested","Rana pipiens","Tadpole (2 days post-hatch)","59 days","LOEC","Growth inhibition: Snout-vent-length","0.1 ppb","Amphibian","Chordata","Amphibia","Aerated Holtfreter's solution","22-23","Chronic","Not stated","N.A.","Hayes,T.B., P. Case, S. Chui, D. Chung, C. Haeffele, K. Haston, M. Lee, V.P. Mai, Y. Marjuoa, J. Parker, and M. Tsui (2006) Pesticide Mixtures, Endocrine Disruption, and Amphibian Declines: Are We Underestimating the Impact? Environ. Health Perspect.114(suppl.1): 40-50 ","843",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/non- plant","843-4",34,0.37362637362637363,"Only one concentration tested","Rana pipiens","Tadpole (2 days post-hatch)","59 days","LOEC","Growth inhibition: Body weight","0.1 ppb","Amphibian","Chordata","Amphibia","Aerated Holtfreter's solution","22-23","Chronic","Not stated","N.A.","Hayes,T.B., P. Case, S. Chui, D. Chung, C. Haeffele, K. Haston, M. Lee, V.P. Mai, Y. Marjuoa, J. Parker, and M. Tsui (2006) Pesticide Mixtures, Endocrine Disruption, and Amphibian Declines: Are We Underestimating the Impact? Environ. Health Perspect.114(suppl.1): 40-50 ","843",null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/non- plant","1203-1",65,0.7142857142857143,null,"Xenopus laevis","Adult","36 days","NOEC","Mortality","250 ug/L","Amphibian","Chordata","Amphibia","UV treated/filtered freshwater","19.6 ± 1.3","Chronic","Not stated","N.A.","Hecker,M., J.W. Park, M.B. Murphy, P.D. Jones, K.R. Solomon, G. Van der Kraak, J.A. Carr, E.E. Smith, L. Du Preez, R.J. (2005) Effects of Atrazine on CYP19 Gene Expression and Aromatase Activity in Testes and on Plasma Sex Steroid Concentrations of Male African Clawed Frogs (Xenopus laevis) Toxicol. Sci.86(2): 273-280","1203",null,null,"Atrazine 97.1%"]
[]
["Freshwater/non-metal/plant","1204-1",41,0.46590909090909088,null,"Chlamydomonas reinhardtii","Exponential growth phase","<4 days","NOEC","Growth rate: Cell density","21.6 ug/L","Microalga","Chlorophyta","WC media/deionised water","20 ± 1°C","20 ± 1°C","Chronic","Not stated","N.A.","Hersh,C.M., and W.G. Crumpton (1987) Determination of Growth Rate Depression of Some Green Algae by Atrazine Bull. Environ. Contam. Toxicol.39(6): 1041-1048","1204",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1204-2",41,0.46590909090909088,"100% reduction of growth rate, no LOEC as this is the next highest conc from NOEC","Chlamydomonas reinhardtii","Exponential growth phase","<4 days","EC100","Growth rate: Cell density","216 ug/L","Microalga","Chlorophyta","WC media/deionised water","20 ± 1°C","20 ± 1°C","Chronic","Not stated","N.A.","Hersh,C.M., and W.G. Crumpton (1987) Determination of Growth Rate Depression of Some Green Algae by Atrazine Bull. Environ. Contam. Toxicol.39(6): 1041-1048","1204",null,null,"Do Not Use - Failed QAQC"]
[]
["MEW_plant","1205-1",80,0.87912087912087911,"The highest possible grade for this datum is acceptable.","Zostera marina","Separated plant from natural population","21 days","LC1","Mortality","1.9 ppb","Macrophyte","Tracheophyta","Liliopsida","Marinewater","6.3-16","Chronic","Not stated",21.96,"Hershner,C., K. Ward, J. Illowsky, D. Delistraty, and J. Martorana Effects of Atrazine on Zostera marina in Chesapeake Bay, Virginia EPA-600/3-88/050, U.S.EPA, Annapolis, MD:286 p. 1982","1205",null,null,"Do Not Use - LC1 too low."]
["MEW_plant","1205-2",80,0.87912087912087911,"The highest possible grade for this datum is acceptable.","Zostera marina","Separated plant from natural population","21 days","LC50","Mortality","540 ppb","Macrophyte","Tracheophyta","Liliopsida","Marinewater","6.3-16","Chronic","Not stated",21.96,"Hershner,C., K. Ward, J. Illowsky, D. Delistraty, and J. Martorana Effects of Atrazine on Zostera marina in Chesapeake Bay, Virginia EPA-600/3-88/050, U.S.EPA, Annapolis, MD:286 p. 1982","1205",null,null,"Technical grade atrazine"]
["MEW_plant","1205-3",80,0.87912087912087911,"The highest possible grade for this datum is acceptable.","Zostera marina","Separated plant from natural population","21 days","LC1","Mortality","2.6 pbb","Macrophyte","Tracheophyta","Liliopsida","Marinewater","13.4-25.3","Chronic","Not stated",20.14,"Hershner,C., K. Ward, J. Illowsky, D. Delistraty, and J. Martorana Effects of Atrazine on Zostera marina in Chesapeake Bay, Virginia EPA-600/3-88/050, U.S.EPA, Annapolis, MD:286 p. 1982","1205",null,null,"Do Not Use - LC1 too low."]
["MEW_plant","1205-4",80,0.87912087912087911,"The highest possible grade for this datum is acceptable.","Zostera marina","Separated plant from natural population","21 days","LC50","Mortality","100 ppb","Macrophyte","Tracheophyta","Liliopsida","Marinewater","13.4-25.3","Chronic","Not stated",20.14,"Hershner,C., K. Ward, J. Illowsky, D. Delistraty, and J. Martorana Effects of Atrazine on Zostera marina in Chesapeake Bay, Virginia EPA-600/3-88/050, U.S.EPA, Annapolis, MD:286 p. 1982","1205",null,null,"Technical grade atrazine"]
["MEW_plant","1205-5",80,0.87912087912087911,"The highest possible grade for this datum is acceptable.","Zostera marina","Separated plant from natural population","21 days","LC1","Mortality","38.7 ppb","Macrophyte","Tracheophyta","Liliopsida","Marinewater","15.2-24.6","Chronic","Not stated",20.14,"Hershner,C., K. Ward, J. Illowsky, D. Delistraty, and J. Martorana Effects of Atrazine on Zostera marina in Chesapeake Bay, Virginia EPA-600/3-88/050, U.S.EPA, Annapolis, MD:286 p. 1982","1205",null,null,"Do Not Use - LC1 too low."]
["MEW_plant","1205-6",80,0.87912087912087911,"The highest possible grade for this datum is acceptable.","Zostera marina","Separated plant from natural population","21 days","LC50","Mortality","365 ppb","Macrophyte","Tracheophyta","Liliopsida","Marinewater","15.2-24.6","Chronic","Not stated",20.14,"Hershner,C., K. Ward, J. Illowsky, D. Delistraty, and J. Martorana Effects of Atrazine on Zostera marina in Chesapeake Bay, Virginia EPA-600/3-88/050, U.S.EPA, Annapolis, MD:286 p. 1982","1205",null,null,"Technical grade atrazine"]
["MEW_plant","1205-7",80,0.87912087912087911,"The highest possible grade for this datum is acceptable.","Zostera marina","Separated plant from natural population","21 days","LC1","Mortality","35.5 ppb","Macrophyte","Tracheophyta","Liliopsida","Marinewater","18.7-28.4","Chronic","Not stated",19.13,"Hershner,C., K. Ward, J. Illowsky, D. Delistraty, and J. Martorana Effects of Atrazine on Zostera marina in Chesapeake Bay, Virginia EPA-600/3-88/050, U.S.EPA, Annapolis, MD:286 p. 1982","1205",null,null,"Do Not Use - LC1 too low."]
["MEW_plant","1205-8",80,0.87912087912087911,"The highest possible grade for this datum is acceptable.","Zostera marina","Separated plant from natural population","21 days","LC50","Mortality","367 ppb","Macrophyte","Tracheophyta","Liliopsida","Marinewater","18.7-28.4","Chronic","Not stated",19.13,"Hershner,C., K. Ward, J. Illowsky, D. Delistraty, and J. Martorana Effects of Atrazine on Zostera marina in Chesapeake Bay, Virginia EPA-600/3-88/050, U.S.EPA, Annapolis, MD:286 p. 1982","1205",null,null,"Technical grade atrazine"]
["MEW_plant","1205-9",80,0.87912087912087911,"The highest possible grade for this datum is acceptable.","Zostera marina","Separated plant from natural population","21 days","LOEC","Growth inhibition: Shoot length","1000 ppb","Macrophyte","Tracheophyta","Liliopsida","Marinewater","6.3-28.4","Chronic","Not stated","19.13-21.96","Hershner,C., K. Ward, J. Illowsky, D. Delistraty, and J. Martorana Effects of Atrazine on Zostera marina in Chesapeake Bay, Virginia EPA-600/3-88/050, U.S.EPA, Annapolis, MD:286 p. 1982","1205",null,null,"Technical grade atrazine"]
["MEW_plant","1205-10",80,0.87912087912087911,"The highest possible grade for this datum is acceptable.","Zostera marina","Separated plant from natural population","21 days","NOEC","Growth inhibition: Shoot length","100 ppb","Macrophyte","Tracheophyta","Liliopsida","Marinewater","6.3-28.4","Chronic","Not stated","19.13-21.96","Hershner,C., K. Ward, J. Illowsky, D. Delistraty, and J. Martorana Effects of Atrazine on Zostera marina in Chesapeake Bay, Virginia EPA-600/3-88/050, U.S.EPA, Annapolis, MD:286 p. 1982","1205",null,null,"Technical grade atrazine"]
["MEW_plant","1205-11",80,0.87912087912087911,"The highest possible grade for this datum is acceptable.","Zostera marina","Separated plant from natural population","21 days","LOEC","Growth inhibition: Number of leaves","100 ppb","Macrophyte","Tracheophyta","Liliopsida","Marinewater","6.3-28.4","Chronic","Not stated","19.13-21.96","Hershner,C., K. Ward, J. Illowsky, D. Delistraty, and J. Martorana Effects of Atrazine on Zostera marina in Chesapeake Bay, Virginia EPA-600/3-88/050, U.S.EPA, Annapolis, MD:286 p. 1982","1205",null,null,"Technical grade atrazine"]
["MEW_plant","1205-12",80,0.87912087912087911,"The highest possible grade for this datum is acceptable.","Zostera marina","Separated plant from natural population","21 days","NOEC","Growth inhibition: Number of leaves","10 ppb","Macrophyte","Tracheophyta","Liliopsida","Marinewater","6.3-28.4","Chronic","Not stated","19.13-21.96","Hershner,C., K. Ward, J. Illowsky, D. Delistraty, and J. Martorana Effects of Atrazine on Zostera marina in Chesapeake Bay, Virginia EPA-600/3-88/050, U.S.EPA, Annapolis, MD:286 p. 1982","1205",null,null,"Technical grade atrazine"]
[]
["Freshwater/non-metal/plant","1206-1",59,0.67045454545454541,null,"Chlamydomonsa eugametos","100,000 cells/mL","48 hours","LOEC","Growth rate: Cell number","1x10^-7 M","Microalga","Chlorophyta","Chlorophyceae","Growth media",25,"Chronic",6.7,"N.A.","Hess,F.D. A Chlamydomonas Algal Bioassay for Detecting Growth Inhibitor Herbicides Weed Sci.28(5): 515-520 1980","1206",null,null,"Technical grade"]
["Freshwater/non-metal/plant","1206-1",59,0.67045454545454541,"With acetate added to the test medium","Chlamydomonsa eugametos","100,000 cells/mL","48 hours","NOEC","Growth rate: Cell number","1x10^-7 M","Microalga","Chlorophyta","Chlorophyceae","Growth media",25,"Chronic",6.7,"N.A.","Hess,F.D. A Chlamydomonas Algal Bioassay for Detecting Growth Inhibitor Herbicides Weed Sci.28(5): 515-520 1980","1206",null,null,"Technical grade"]
["Freshwater/non-metal/plant","1206-1",59,0.67045454545454541,"With acetate added to the test medium","Chlamydomonsa eugametos","100,000 cells/mL","48 hours","LOEC","Growth rate: Cell number","1x10^-6 M","Microalga","Chlorophyta","Chlorophyceae","Growth media",25,"Chronic",6.7,"N.A.","Hess,F.D. A Chlamydomonas Algal Bioassay for Detecting Growth Inhibitor Herbicides Weed Sci.28(5): 515-520 1980","1206",null,null,"Technical grade"]
[]
["Freshwater/non-metal/plant","1207-1",55,0.625,null,"Cyclotella meneghiniana","Log growth phase","7 days","EC50","Growth inhibition: Fluorescence: Cell density","3213.7 ug/L","Microalga","Bacillariophyta","Mediophyceae","WC media/deionised water","Not stated","Chronic","Not stated","N.A.","Hoagland,K.D., S.A. Matteen, J. Tang, and B.D. Siegfried Relative Toxicity of the Herbicide Atrazine and Its Metabolites to Freshwater Diatoms In: J.John (Ed.), Proc.15th Int.Diatom Symp., Sept.28-Oct.2, 1998, Perth, Australia:135-141 2002","1207",null,"Other EC50s presented graphically cannot be derived from article.","99.8% pure"]
["Freshwater/non-metal/plant","1207-2",55,0.625,null,"Chlamydomonas sp.","Log growth phase","7 days","EC50","Growth inhibition: Fluorescence: Cell density","80.6 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC media/deionised water","Not stated","Chronic","Not stated","N.A.","Hoagland,K.D., S.A. Matteen, J. Tang, and B.D. Siegfried Relative Toxicity of the Herbicide Atrazine and Its Metabolites to Freshwater Diatoms In: J.John (Ed.), Proc.15th Int.Diatom Symp., Sept.28-Oct.2, 1998, Perth, Australia:135-141 2002","1207",null,null,"Do Not Use - Not species specific and we already have the Chlamydomonas genus"]
["Freshwater/non-metal/plant","1207-3",55,0.625,null,"Cyclotella gamma","Log growth phase","28 days","EC50","Growth inhibition: Fluorescence: Cell density","429.7 ug/L","Microalga","Bacillariophyta","Mediophyceae","WC media/deionised water","Not stated","Chronic","Not stated","N.A.","Hoagland,K.D., S.A. Matteen, J. Tang, and B.D. Siegfried Relative Toxicity of the Herbicide Atrazine and Its Metabolites to Freshwater Diatoms In: J.John (Ed.), Proc.15th Int.Diatom Symp., Sept.28-Oct.2, 1998, Perth, Australia:135-141 2002","1207",null,null,"99.8% pure"]
["Freshwater/non-metal/plant","1207-4",55,0.625,null,"Scenedesmus quadricauda","Log growth phase","28 days","EC50","Growth inhibition: Fluorescence: Cell density","27.6 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC media/deionised water","Not stated","Chronic","Not stated","N.A.","Hoagland,K.D., S.A. Matteen, J. Tang, and B.D. Siegfried Relative Toxicity of the Herbicide Atrazine and Its Metabolites to Freshwater Diatoms In: J.John (Ed.), Proc.15th Int.Diatom Symp., Sept.28-Oct.2, 1998, Perth, Australia:135-141 2002","1207",null,null,"99.8% pure"]
[]
["Freshwater/non-metal/non- plant","1208-1",30,0.32967032967032966,null,"Rana pipiens","Not stated","8 weeks","NOEC","Mortality","10 ppb","Amphibian","Chordata","Amphibia","Not stated","Not stated","Chronic","Not stated","N.A.","Houck,A., and S.K. Sessions (2006) Could Atrazine Affect the Immune System of the Frog, Rana pipiens? Bios77(4): 107-112","1208",null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/plant","1209-1",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","48 hr","NOEC","Growth inhibition: Absorbance: Dry cell weight","100 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-2",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","96 hours","LOEC","Growth inhibition: Absorbance: Dry cell weight","25 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-3",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","96 hours","NOEC","Growth inhibition: Absorbance: Dry cell weight","10 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-4",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","6 days","LOEC","Growth inhibition: Absorbance: Dry cell weight","10 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-5",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","8 days","LOEC","Growth inhibition: Absorbance: Dry cell weight","10 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-6",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","10 days","LOEC","Growth inhibition: Absorbance: Dry cell weight","25 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-7",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","10 days","NOEC","Growth inhibition: Absorbance: Dry cell weight","10 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-8",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","14 days","LOEC","Growth inhibition: Absorbance: Dry cell weight","25 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-9",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","14 days","NOEC","Growth inhibition: Absorbance: Dry cell weight","10 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-10",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","48 hours","NOEC","Growth inhibition: Absorbance: Chl-a content","100 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-11",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","96 hours","NOEC","Growth inhibition: Absorbance: Chl-a content","10 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-12",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","96 hours","LOEC","Growth inhibition: Absorbance: Chl-a content","25 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-13",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","6 days","LOEC","Growth inhibition: Absorbance: Chl-a content","10 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-14",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","8 days","LOEC","Growth inhibition: Absorbance: Chl-a content","10 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-15",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","10 days","LOEC","Growth inhibition: Absorbance: Chl-a content","10 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-16",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","14 days","LOEC","Growth inhibition: Absorbance: Chl-a content","25 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1209-17",65,0.73863636363636365,null,"Chlamydomonas mexicana ","Not stated","14 days","NOEC","Growth inhibition: Absorbance: Chl-a content","10 ug/L","Microalga","Chlorophyta","Chlorophyceae","Bold’s basal medium",27,"Chronic","Not stated","N.A.","Kabra,A.N., M.K. Ji, J. Choi, J.R. Kim, S.P. Govindwar, and B.H. Jeon (2014) Toxicity of Atrazine and Its Bioaccumulation and Biodegradation in a Green Microalga, Chlamydomonas mexicana Environ. Sci. Pollut. Res.21:12270-12278 ","1209",null,null,"Analytical grade"]
[]
["MEW_plant","745-1",63,0.69230769230769229,"40.5% growth inhibition","Rhizosolenia setigera","Exponential growth phase","12 days","LOEC (or EC40.5)","Growth: Cell density","71.3 ug/L","Microalga","Bacillariophyta","Coscinodiscophyceae","f/2 marine media","19±1","Chronic","7.8-8.0",36,"Kalopesa,E., G. Nikolaidis, and U. Menkissoglu-Spiroudi (2008) Atrazine Effects on Growth of the Diatom Rhizosolenia setigera (Ehrenberg) Brightwell Fresenius Environ. Bull.17(11b): 1932-1937 ","745",null,null,"Analytical grade 97%"]
["MEW_plant","745-2",63,0.69230769230769229,null,"Rhizosolenia setigera","Exponential growth phase","12 days","NOEC","Growth: Cell density","61.24 ug/L","Microalga","Bacillariophyta","Coscinodiscophyceae","f/2 marine media","19±1","Chronic","7.8-8.0",36,"Kalopesa,E., G. Nikolaidis, and U. Menkissoglu-Spiroudi (2008) Atrazine Effects on Growth of the Diatom Rhizosolenia setigera (Ehrenberg) Brightwell Fresenius Environ. Bull.17(11b): 1932-1937 ","745",null,null,"Analytical grade 97%"]
["MEW_plant","745-3",63,0.69230769230769229,null,"Rhizosolenia setigera","Exponential growth phase","12 days","NOEC","Growth: Chl-a concentration","81.3 ug/L","Microalga","Bacillariophyta","Coscinodiscophyceae","f/2 marine media","19±1","Chronic","7.8-8.0",36,"Kalopesa,E., G. Nikolaidis, and U. Menkissoglu-Spiroudi (2008) Atrazine Effects on Growth of the Diatom Rhizosolenia setigera (Ehrenberg) Brightwell Fresenius Environ. Bull.17(11b): 1932-1937 ","745",null,null,"Analytical grade 97%"]
["MEW_plant","745-5","OK added this data point in",null,"Cell size increased ","Rhizosolenia setigera","Exponential growth phase","12 days","LOEC","Growth: Changes in cell size","71.3 ug/L","Microalga","Bacillariophyta","Coscinodiscophyceae","f/2 marine media","19±1","Chronic","7.8-8.0",36,"Kalopesa,E., G. Nikolaidis, and U. Menkissoglu-Spiroudi (2008) Atrazine Effects on Growth of the Diatom Rhizosolenia setigera (Ehrenberg) Brightwell Fresenius Environ. Bull.17(11b): 1932-1937 ","745",null,null,"Analytical grade 97%"]
[]
["MEW_plant","687-1",72,0.79120879120879117,null,"Potamogeton perfoliatus","6-14cm stem length","4 weeks","LOEC","Growth: Biomass: Wet and dry weight of stems and leaves","90 ug/L","Macrophyte","Tracheophyta","Liliopsida","Filtered estuarine water","21±1.5","Chronic","N.A.","9±1.1","Kemp,W.M., W.R. Boynton, J.J. Cunningham, J.C. Stevenson, T.W. Jones, and J.C. Means (1985) Effects of Atrazine and Linuron on Photosynthesis and Growth of the Macrophytes, Potamogeton perfoliatus L. and Myriophyllum spicatum L. in an Estuarine Environment Aquat. Toxicol.9(2/3): 190-191 ","687",null,null,"Technical grade atrazine"]
["MEW_plant","687-2",72,0.79120879120879117,null,"Potamogeton perfoliatus","6-14cm stem length","4 weeks","NOEC","Growth: Biomass: Wet and dry weight of stems and leaves","42 ug/L","Macrophyte","Tracheophyta","Liliopsida","Filtered estuarine water","21±1.5","Chronic","N.A.","9±1.1","Kemp,W.M., W.R. Boynton, J.J. Cunningham, J.C. Stevenson, T.W. Jones, and J.C. Means (1985) Effects of Atrazine and Linuron on Photosynthesis and Growth of the Macrophytes, Potamogeton perfoliatus L. and Myriophyllum spicatum L. in an Estuarine Environment Aquat. Toxicol.9(2/3): 190-191 ","687",null,null,"Technical grade atrazine"]
["MEW_plant","687-3",72,0.79120879120879117,"","Potamogeton perfoliatus","6-14cm stem length","7 days","LOEC","Growth: Biomass: Wet and dry weight of stems and leaves","450 ug/L","Macrophyte","Tracheophyta","Liliopsida","Filtered estuarine water","21±1.5","Chronic","N.A.","9±1.1","Kemp,W.M., W.R. Boynton, J.J. Cunningham, J.C. Stevenson, T.W. Jones, and J.C. Means (1985) Effects of Atrazine and Linuron on Photosynthesis and Growth of the Macrophytes, Potamogeton perfoliatus L. and Myriophyllum spicatum L. in an Estuarine Environment Aquat. Toxicol.9(2/3): 190-191 ","687",null,null,"Technical grade atrazine"]
["MEW_plant","687-4",72,0.79120879120879117,"","Potamogeton perfoliatus","6-14cm stem length","7 days","NOEC","Growth: Biomass: Wet and dry weight of stems and leaves","90 ug/L","Macrophyte","Tracheophyta","Liliopsida","Filtered estuarine water","21±1.5","Chronic","N.A.","9±1.1","Kemp,W.M., W.R. Boynton, J.J. Cunningham, J.C. Stevenson, T.W. Jones, and J.C. Means (1985) Effects of Atrazine and Linuron on Photosynthesis and Growth of the Macrophytes, Potamogeton perfoliatus L. and Myriophyllum spicatum L. in an Estuarine Environment Aquat. Toxicol.9(2/3): 190-191 ","687",null,null,"Technical grade atrazine"]
["MEW_plant","687-5",72,0.79120879120879117,"","Myriophyllum spicatum","6-14cm stem length","2 weeks ","LOEC","Growth: Biomass: Wet and dry weight of stems and leaves","450 ug/L","Macrophyte","Tracheophyta","Liliopsida","Filtered estuarine water","21±1.5","Chronic","N.A.","9±1.1","Kemp,W.M., W.R. Boynton, J.J. Cunningham, J.C. Stevenson, T.W. Jones, and J.C. Means (1985) Effects of Atrazine and Linuron on Photosynthesis and Growth of the Macrophytes, Potamogeton perfoliatus L. and Myriophyllum spicatum L. in an Estuarine Environment Aquat. Toxicol.9(2/3): 190-191 ","687",null,null,"Technical grade atrazine"]
["MEW_plant","687-6",72,0.79120879120879117,"","Myriophyllum spicatum","6-14cm stem length","2 weeks ","NOEC","Growth: Biomass: Wet and dry weight of stems and leaves","92 ug/L","Macrophyte","Tracheophyta","Liliopsida","Filtered estuarine water","21±1.5","Chronic","N.A.","9±1.1","Kemp,W.M., W.R. Boynton, J.J. Cunningham, J.C. Stevenson, T.W. Jones, and J.C. Means (1985) Effects of Atrazine and Linuron on Photosynthesis and Growth of the Macrophytes, Potamogeton perfoliatus L. and Myriophyllum spicatum L. in an Estuarine Environment Aquat. Toxicol.9(2/3): 190-191 ","687",null,null,"Technical grade atrazine"]
["MEW_plant","687-7",72,0.79120879120879117,"","Myriophyllum spicatum","6-14cm stem length","5 weeks","LOEC","Growth: Biomass: Wet and dry weight of stems and leaves","450 ug/L","Macrophyte","Tracheophyta","Liliopsida","Filtered estuarine water","21±1.5","Chronic","N.A.","9±1.1","Kemp,W.M., W.R. Boynton, J.J. Cunningham, J.C. Stevenson, T.W. Jones, and J.C. Means (1985) Effects of Atrazine and Linuron on Photosynthesis and Growth of the Macrophytes, Potamogeton perfoliatus L. and Myriophyllum spicatum L. in an Estuarine Environment Aquat. Toxicol.9(2/3): 190-191 ","687",null,null,"Technical grade atrazine"]
["MEW_plant","687-8",72,0.79120879120879117,"","Myriophyllum spicatum","6-14cm stem length","5 weeks","NOEC","Growth: Biomass: Wet and dry weight of stems and leaves","92 ug/L","Macrophyte","Tracheophyta","Liliopsida","Filtered estuarine water","21±1.5","Chronic","N.A.","9±1.1","Kemp,W.M., W.R. Boynton, J.J. Cunningham, J.C. Stevenson, T.W. Jones, and J.C. Means (1985) Effects of Atrazine and Linuron on Photosynthesis and Growth of the Macrophytes, Potamogeton perfoliatus L. and Myriophyllum spicatum L. in an Estuarine Environment Aquat. Toxicol.9(2/3): 190-191 ","687",null,null,"Technical grade atrazine"]
["MEW_plant","687-9",72,0.79120879120879117,"","Myriophyllum spicatum","6-14cm stem length","5 weeks","IC1","Growth: Biomass: Wet and dry weight of stems and leaves","3 ug/L","Macrophyte","Tracheophyta","Liliopsida","Filtered estuarine water","21±1.5","Chronic","N.A.","9±1.1","Kemp,W.M., W.R. Boynton, J.J. Cunningham, J.C. Stevenson, T.W. Jones, and J.C. Means (1985) Effects of Atrazine and Linuron on Photosynthesis and Growth of the Macrophytes, Potamogeton perfoliatus L. and Myriophyllum spicatum L. in an Estuarine Environment Aquat. Toxicol.9(2/3): 190-191 ","687",null,null,"Do Not Use - IC1 too low."]
["MEW_plant","687-10",72,0.79120879120879117,"","Potamogeton perfoliatus","6-14cm stem length","4 weeks","IC1","Growth: Biomass: Wet and dry weight of stems and leaves","1 ug/L","Macrophyte","Tracheophyta","Liliopsida","Filtered estuarine water","21±1.5","Chronic","N.A.","9±1.1","Kemp,W.M., W.R. Boynton, J.J. Cunningham, J.C. Stevenson, T.W. Jones, and J.C. Means (1985) Effects of Atrazine and Linuron on Photosynthesis and Growth of the Macrophytes, Potamogeton perfoliatus L. and Myriophyllum spicatum L. in an Estuarine Environment Aquat. Toxicol.9(2/3): 190-191 ","687",null,null,"Do Not Use - IC1 too low."]
["MEW_plant","687-11",72,0.79120879120879117,"","Potamogeton perfoliatus","6-14cm stem length","4 weeks","IC50","Growth: Biomass: Wet and dry weight of stems and leaves","30 ug/L","Macrophyte","Tracheophyta","Liliopsida","Filtered estuarine water","21±1.5","Chronic","N.A.","9±1.1","Kemp,W.M., W.R. Boynton, J.J. Cunningham, J.C. Stevenson, T.W. Jones, and J.C. Means (1985) Effects of Atrazine and Linuron on Photosynthesis and Growth of the Macrophytes, Potamogeton perfoliatus L. and Myriophyllum spicatum L. in an Estuarine Environment Aquat. Toxicol.9(2/3): 190-191 ","687",null,null,"Technical grade atrazine"]
["MEW_plant","687-12",72,0.79120879120879117,"","Myriophyllum spicatum","6-14cm stem length","5 weeks","IC50","Growth: Biomass: Wet and dry weight of stems and leaves","91 ug/L","Macrophyte","Tracheophyta","Liliopsida","Filtered estuarine water","21±1.5","Chronic","N.A.","9±1.1","Kemp,W.M., W.R. Boynton, J.J. Cunningham, J.C. Stevenson, T.W. Jones, and J.C. Means (1985) Effects of Atrazine and Linuron on Photosynthesis and Growth of the Macrophytes, Potamogeton perfoliatus L. and Myriophyllum spicatum L. in an Estuarine Environment Aquat. Toxicol.9(2/3): 190-191 ","687",null,null,"Technical grade atrazine"]
[]
["Freshwater/non-metal/plant","1210-1",77,0.875,"","Lemna minor","Double fronded colonies","10 day","EC50","Growth: Frond count","56 ug/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg medium","25±1","Chronic",7,"N.A.","Kirby,M.F., and D.A. Sheahan Effects of Atrazine, Isoproturon, and Mecoprop on the Macrophyte Lemna minor and the Alga Scenedesmus subspicatus Bull. Environ. Contam. Toxicol.53(1): 120-126 1994","1210",null,null,"Technical grade 98% purity"]
["Freshwater/non-metal/plant","1210-2",77,0.875,"","Lemna minor","Double fronded colonies","10 day","EC50","Growth: Fresh weight","60 ug/L","Macrophyte","Tracheophyta",null,"Steinberg medium","25±1","Chronic",7,"N.A.","Kirby,M.F., and D.A. Sheahan Effects of Atrazine, Isoproturon, and Mecoprop on the Macrophyte Lemna minor and the Alga Scenedesmus subspicatus Bull. Environ. Contam. Toxicol.53(1): 120-126 1994","1210",null,null,"Technical grade 98% purity"]
["Freshwater/non-metal/plant","1210-3",77,0.875,null,"Lemna minor","Double fronded colonies","10 day","EC50","Growth inhibition: Absorbance: Chl-a content","62 ug/L","Macrophyte","Tracheophyta","Liliopsida","Steinberg medium","25±1","Chronic",7,"N.A.","Kirby,M.F., and D.A. Sheahan Effects of Atrazine, Isoproturon, and Mecoprop on the Macrophyte Lemna minor and the Alga Scenedesmus subspicatus Bull. Environ. Contam. Toxicol.53(1): 120-126 1994","1210",null,null,"Technical grade 98% purity"]
["Freshwater/non-metal/plant","1210-4",74,0.84090909090909094,null,"Scenedesmus subspicatus","Not stated","96 hrs","EC50","Growth inhibition: absorbance: cell count","21 ug/L","Microalgae","Chlorophyta","Chlorophyceae","Steinberg medium",20,"Chronic",7,"N.A.","Kirby,M.F., and D.A. Sheahan Effects of Atrazine, Isoproturon, and Mecoprop on the Macrophyte Lemna minor and the Alga Scenedesmus subspicatus Bull. Environ. Contam. Toxicol.53(1): 120-126 1994","1210",null,null,"Technical grade 98% purity"]
[]
["Freshwater/non-metal/plant","1211-1",69,0.78409090909090906,null,"Pithophora oedogonia","Exponential growth phase","7 days","EC50","Growth: Fresh weight","60 ug/L","Microalgae","Chlorophyta","Ulvophyceae","Deionised water and nutrient media",20,"Chronic","Not stated","N.A.","Kish,P.A. (2004) Effects of Roundup, Glean, Aatrex, and Their Active Ingredients (Glyphosate, Chlorsulfuron, and Atrazine) on Periphyton Communities Studied by Using Matlock Periphytometer and Bottle Tests Ph.D.Thesis, Oklahoma State Univ., Stillwater, OK:166 p.","1211",null,null,"Technical grade atrazine"]
["Freshwater/non-metal/plant","1211-2",69,0.78409090909090906,null,"Pithophora oedogonia","Exponential growth phase","7 days","EC25","Growth: Fresh weight","38 ug/L","Microalgae","Chlorophyta","Ulvophyceae","Deionised water and nutrient media",20,"Chronic","Not stated","N.A.","Kish,P.A. (2004) Effects of Roundup, Glean, Aatrex, and Their Active Ingredients (Glyphosate, Chlorsulfuron, and Atrazine) on Periphyton Communities Studied by Using Matlock Periphytometer and Bottle Tests Ph.D.Thesis, Oklahoma State Univ., Stillwater, OK:166 p.","1211",null,null,"Technical grade atrazine"]
["Freshwater/non-metal/plant","1211-3",64,0.72727272727272729,null,"Pithophora oedogonia","Exponential growth phase","7 days","LOEC","Growth rate: Fresh weight","50 ug/L","Microalgae","Chlorophyta","Ulvophyceae","Deionised water and nutrient media",20,"Chronic","Not stated","N.A.","Kish,P.A. (2004) Effects of Roundup, Glean, Aatrex, and Their Active Ingredients (Glyphosate, Chlorsulfuron, and Atrazine) on Periphyton Communities Studied by Using Matlock Periphytometer and Bottle Tests Ph.D.Thesis, Oklahoma State Univ., Stillwater, OK:166 p.","1211",null,null,"Technical grade atrazine"]
["Freshwater/non-metal/plant","1211-4",64,0.72727272727272729,null,"Pithophora oedogonia","Exponential growth phase","7 days","NOEC","Growth rate: Fresh weight","25 ug/L","Microalgae","Chlorophyta","Ulvophyceae","Deionised water and nutrient media",20,"Chronic","Not stated","N.A.","Kish,P.A. (2004) Effects of Roundup, Glean, Aatrex, and Their Active Ingredients (Glyphosate, Chlorsulfuron, and Atrazine) on Periphyton Communities Studied by Using Matlock Periphytometer and Bottle Tests Ph.D.Thesis, Oklahoma State Univ., Stillwater, OK:166 p.","1211",null,null,"Technical grade atrazine"]
["Freshwater/non-metal/plant","1211-5",64,0.72727272727272729,"Toxicity value is highest concentration tested","Pithophora oedogonia","Exponential growth phase","7 days","NOEC","Growth: Chl-a conc","100 ug/L","Microalgae","Chlorophyta","Ulvophyceae","Deionised water and nutrient media",20,"Chronic","Not stated","N.A.","Kish,P.A. (2004) Effects of Roundup, Glean, Aatrex, and Their Active Ingredients (Glyphosate, Chlorsulfuron, and Atrazine) on Periphyton Communities Studied by Using Matlock Periphytometer and Bottle Tests Ph.D.Thesis, Oklahoma State Univ., Stillwater, OK:166 p.","1211",null,null,"Technical grade atrazine"]
[]
["Freshwater/non-metal/plant","1212-1",62,0.70454545454545459,"Toxicity value is lowest concentration tested","Selenastrum capricornutum","2x10^6 cells/mL","96 hrs","LOEC","Growth inhibition: cell count","10 ug/L","Microalgae","Chlorophyta","Chlorophyceae","Standard algal medium",25,"Chronic","not stated","N.A.","Klaine,S.J., P. Richards, D. Baker, R. Naddy, T. Brown, B. Joab, R. Casey, D. Fernandez, J. Overmeyer, and R. Benjamin Agrochemical Fate and Effects in Terrestrial, Aquatic and Estuarine Ecosystems In: Environ.Behav.Crop Prot.Chem., Proc.Int.Symp.Use Nucl.Relat.Tech.Stud.Environ.Behav.Crop Prot.Chem., Meeting Date 1996, International Atomic Energy Agency, Vienna, Austria:247-263 1997","1212",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1212-2",58,0.65909090909090906,"Only one concentration tested, significance vague","Selenastrum capricornutum","2x10^6 cells/mL","32 days","LOEC","Growth inhibition: cell count","10 ug/L","Microalgae","Chlorophyta","Chlorophyceae","Standard algal medium",25,"Chronic","not stated","N.A.","Klaine,S.J., P. Richards, D. Baker, R. Naddy, T. Brown, B. Joab, R. Casey, D. Fernandez, J. Overmeyer, and R. Benjamin Agrochemical Fate and Effects in Terrestrial, Aquatic and Estuarine Ecosystems In: Environ.Behav.Crop Prot.Chem., Proc.Int.Symp.Use Nucl.Relat.Tech.Stud.Environ.Behav.Crop Prot.Chem., Meeting Date 1996, International Atomic Energy Agency, Vienna, Austria:247-263 1997","1212",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/plant","1213-1",55,0.625,"Only one concentration tested","Elodea canadensis","Not stated","5 weeks","NOEC","Growth rate: Total shoot length","76.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Mesocosm water","14-18","Chronic","7.3-8.3","N.A.","Knauert,S., H. Singer, J. Hollender, and K. Knauer (2010) Phytotoxicity of Atrazine, Isoproturon, and Diuron to Submersed Macrophytes in Outdoor Mesocosms Environ. Pollut.158(1): 167-174","1213",null,null,"Do Not Use - Only one concentration tested, not accurate"]
["Freshwater/non-metal/plant","1213-2",55,0.625,"Only one concentration tested","Myriophyllum spicatum","Not stated","5 weeks","NOEC","Growth rate: Total shoot length","76.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Mesocosm water","14-18","Chronic","7.3-8.3","N.A.","Knauert,S., H. Singer, J. Hollender, and K. Knauer (2010) Phytotoxicity of Atrazine, Isoproturon, and Diuron to Submersed Macrophytes in Outdoor Mesocosms Environ. Pollut.158(1): 167-174","1213",null,null,"Do Not Use - Only one concentration tested, not accurate"]
[]
["Freshwater/non-metal/plant","959-2",64,0.72727272727272729,"Planktonic mode of growth","Craticula accomoda","Not stated","96 hour","EC50","Growth rate: Fluorescence","919 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Do Not Use - Double up of 845 entries"]
["Freshwater/non-metal/plant","959-4",64,0.72727272727272729,"Planktonic mode of growth","Sellaphora minima","Not stated","96 hour","EC50","Growth rate: Fluorescence","2510 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-6",64,0.72727272727272729,"Planktonic mode of growth","Mayamaea fossalis","Not stated","96 hour","EC50","Growth rate: Fluorescence","8297 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Do Not Use - Double up of 845 entries"]
["Freshwater/non-metal/plant","959-12",64,0.72727272727272729,"Planktonic mode of growth","Gomphonema parvulum","Not stated","96 hour","EC50","Growth rate: Fluorescence","907 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Do Not Use - Double up of 845 entries"]
["Freshwater/non-metal/plant","959-14",64,0.72727272727272729,"Planktonic mode of growth","Fragilaria capucina var vaucheriae","Not stated","96 hour","EC50","Growth rate: Fluorescence","801 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Do Not Use - Double up of 845 entries"]
["Freshwater/non-metal/plant","959-17",64,0.72727272727272729,"Planktonic mode of growth","Ulnaria ulna","Not stated","96 hour","EC50","Growth rate: Fluorescence","306 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Do Not Use - Double up of 845 entries"]
["Freshwater/non-metal/plant","959-20",64,0.72727272727272729,"Planktonic mode of growth","Fragilaria rumpens","Not stated","96 hour","EC50","Growth rate: Fluorescence","629 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Do Not Use - Double up of 845 entries"]
["Freshwater/non-metal/plant","959-22",64,0.72727272727272729,"Planktonic mode of growth","Nitzschia palea","Not stated","96 hour","EC50","Growth rate: Fluorescence","3988 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Do Not Use - Double up of 845 entries"]
["Freshwater/non-metal/plant","959-24",64,0.72727272727272729,"Planktonic mode of growth","Achnanthidium minutissimum","Not stated","96 hour","EC50","Growth rate: Fluorescence","748 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Do Not Use - Double up of 845 entries"]
["Freshwater/non-metal/plant","959-27",64,0.72727272727272729,"Planktonic mode of growth","Cyclotella meneghiniana","Not stated","96 hour","EC50","Growth rate: Fluorescence","812 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Do Not Use - Double up of 845 entries"]
["Freshwater/non-metal/plant","959-30",64,0.72727272727272729,"Planktonic mode of growth","Craticula accomoda","Not stated","96 hour","EC10","Growth rate: Fluorescence","583 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-32",64,0.72727272727272729,"Planktonic mode of growth","Sellaphora minima","Not stated","96 hour","EC10","Growth rate: Fluorescence","2096 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-34",64,0.72727272727272729,"Planktonic mode of growth","Mayamaea fossalis","Not stated","96 hour","EC10","Growth rate: Fluorescence","5174 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-40",64,0.72727272727272729,"Planktonic mode of growth","Gomphonema parvulum","Not stated","96 hour","EC10","Growth rate: Fluorescence","634 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-43",64,0.72727272727272729,"Planktonic mode of growth","Fragilaria capucina var vaucheriae","Not stated","96 hour","EC10","Growth rate: Fluorescence","246 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-46",64,0.72727272727272729,"Planktonic mode of growth","Ulnaria ulna","Not stated","96 hour","EC10","Growth rate: Fluorescence","255 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-49",64,0.72727272727272729,"Planktonic mode of growth","Fragilaria rumpens","Not stated","96 hour","EC10","Growth rate: Fluorescence","214 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-22",64,0.72727272727272729,"Planktonic mode of growth","Nitzschia palea","Not stated","96 hour","EC10","Growth rate: Fluorescence","1292 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-24",64,0.72727272727272729,"Planktonic mode of growth","Achnanthidium minutissimum","Not stated","96 hour","EC10","Growth rate: Fluorescence","197 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-27",64,0.72727272727272729,"Planktonic mode of growth","Cyclotella meneghiniana","Not stated","96 hour","EC10","Growth rate: Fluorescence","60 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-2",64,0.72727272727272729,"Benthic mode of growth","Craticula accomoda","Not stated","96 hour","EC50","Growth rate: Fluorescence","4038 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-4",64,0.72727272727272729,"Benthic mode of growth","Sellaphora minima","Not stated","96 hour","EC50","Growth rate: Fluorescence","10312 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-6",64,0.72727272727272729,"Benthic mode of growth","Mayamaea fossalis","Not stated","96 hour","EC50","Growth rate: Fluorescence","929 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-9",64,0.72727272727272729,"Benthic mode of growth","Encyonema silesiacum","Not stated","96 hour","EC50","Growth rate: Fluorescence","5995 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-12",64,0.72727272727272729,"Benthic mode of growth","Gomphonema parvulum","Not stated","96 hour","EC50","Growth rate: Fluorescence","1686 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-14",64,0.72727272727272729,"Benthic mode of growth","Fragilaria capucina var vaucheriae","Not stated","96 hour","EC50","Growth rate: Fluorescence","635 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-17",64,0.72727272727272729,"Benthic mode of growth","Ulnaria ulna","Not stated","96 hour","EC50","Growth rate: Fluorescence","232 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-20",64,0.72727272727272729,"Benthic mode of growth","Fragilaria rumpens","Not stated","96 hour","EC50","Growth rate: Fluorescence","106 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-22",64,0.72727272727272729,"Benthic mode of growth","Nitzschia palea","Not stated","96 hour","EC50","Growth rate: Fluorescence","14943 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-24",64,0.72727272727272729,"Benthic mode of growth","Achnanthidium minutissimum","Not stated","96 hour","EC50","Growth rate: Fluorescence","991 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-27",64,0.72727272727272729,"Benthic mode of growth","Cyclotella meneghiniana","Not stated","96 hour","EC50","Growth rate: Fluorescence","957 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-30",64,0.72727272727272729,"Benthic mode of growth","Craticula accomoda","Not stated","96 hour","EC10","Growth rate: Fluorescence","3765 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-32",64,0.72727272727272729,"Benthic mode of growth","Sellaphora minima","Not stated","96 hour","EC10","Growth rate: Fluorescence","3365 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-34",64,0.72727272727272729,"Benthic mode of growth","Mayamaea fossalis","Not stated","96 hour","EC10","Growth rate: Fluorescence","358 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-37",64,0.72727272727272729,"Benthic mode of growth","Encyonema silesiacum","Not stated","96 hour","EC10","Growth rate: Fluorescence","3637 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-40",64,0.72727272727272729,"Benthic mode of growth","Gomphonema parvulum","Not stated","96 hour","EC10","Growth rate: Fluorescence","914 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-43",64,0.72727272727272729,"Benthic mode of growth","Fragilaria capucina var vaucheriae","Not stated","96 hour","EC10","Growth rate: Fluorescence","254 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-46",64,0.72727272727272729,"Benthic mode of growth","Ulnaria ulna","Not stated","96 hour","EC10","Growth rate: Fluorescence","26 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-49",64,0.72727272727272729,"Benthic mode of growth","Fragilaria rumpens","Not stated","96 hour","EC10","Growth rate: Fluorescence","17 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-22",64,0.72727272727272729,"Benthic mode of growth","Nitzschia palea","Not stated","96 hour","EC10","Growth rate: Fluorescence","5487 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-24",64,0.72727272727272729,"Benthic mode of growth","Achnanthidium minutissimum","Not stated","96 hour","EC10","Growth rate: Fluorescence","409 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
["Freshwater/non-metal/plant","959-27",64,0.72727272727272729,"Benthic mode of growth","Cyclotella meneghiniana","Not stated","96 hour","EC10","Growth rate: Fluorescence","671 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV culture medium","Not stated","Chronic","Not stated","N.A.","Larras, F., Montuelle. B. & Bouchez, A. 2013. Assessment of toxicity thresholds in aquatic environments: Does benthic growth of diatoms affect their exposure and sensitivity to herbicides?, Science of the Total Environment, pp. 469 - 477. ","959","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 99.9%"]
[]
["Freshwater/non-metal/non- plant","960-1",66,0.72499999999999998,null,"Fragilaria crotonensis ","Not stated","96hrs","EC10","Population growth rate: Biomass: Chl-a fluorescence","2.75 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","filtered diatom + vitamin (DV) media","21 ± 2","Chronic","Not stated","N.A.","Larras, F., Keck, F., Montuelle, B., Rimet, F. & Bouchez, A. (2014). Linking Diatom Sensitivity to Herbicides to Phylogeny: A Step Forward for Biomonitoring?, Environ. Sci. Technol.48(3): 1921-1930","960","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"purity >99.5%"]
["Freshwater/non-metal/non- plant","960-2",66,0.72499999999999998,null,"Fragilaria crotonensis ","Not stated","96hrs","EC50","Population growth rate: Biomass: Chl-a fluorescence","1202 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","filtered diatom + vitamin (DV) media","21 ± 2","Chronic","Not stated","N.A.","Larras, F., Keck, F., Montuelle, B., Rimet, F. & Bouchez, A. (2014). Linking Diatom Sensitivity to Herbicides to Phylogeny: A Step Forward for Biomonitoring?, Environ. Sci. Technol.48(3): 1921-1930","960","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"purity >99.5%"]
["Freshwater/non-metal/non- plant","960-3",66,0.72499999999999998,null,"Fistulifera saprophila","Not stated","96hrs","EC10","Population growth rate: Biomass: Chl-a fluorescence","1343 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","filtered diatom + vitamin (DV) media","21 ± 2","Chronic","Not stated","N.A.","Larras, F., Keck, F., Montuelle, B., Rimet, F. & Bouchez, A. (2014). Linking Diatom Sensitivity to Herbicides to Phylogeny: A Step Forward for Biomonitoring?, Environ. Sci. Technol.48(3): 1921-1930","960","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"purity >99.5%"]
["Freshwater/non-metal/non- plant","960-4",66,0.72499999999999998,null,"Fistulifera saprophila","Not stated","96hrs","EC50","Population growth rate: Biomass: Chl-a fluorescence","4964 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","filtered diatom + vitamin (DV) media","21 ± 2","Chronic","Not stated","N.A.","Larras, F., Keck, F., Montuelle, B., Rimet, F. & Bouchez, A. (2014). Linking Diatom Sensitivity to Herbicides to Phylogeny: A Step Forward for Biomonitoring?, Environ. Sci. Technol.48(3): 1921-1930","960","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"purity >99.5%"]
["Freshwater/non-metal/non- plant","960-5",66,0.72499999999999998,null,"Gomphonema clavatum","Not stated","96hrs","EC10","Population growth rate: Biomass: Chl-a fluorescence","2686 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","filtered diatom + vitamin (DV) media","21 ± 2","Chronic","Not stated","N.A.","Larras, F., Keck, F., Montuelle, B., Rimet, F. & Bouchez, A. (2014). Linking Diatom Sensitivity to Herbicides to Phylogeny: A Step Forward for Biomonitoring?, Environ. Sci. Technol.48(3): 1921-1930","960","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"purity >99.5%"]
["Freshwater/non-metal/non- plant","960-6",66,0.72499999999999998,null,"Gomphonema clavatum","Not stated","96hrs","EC50","Population growth rate: Biomass: Chl-a fluorescence","3539 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","filtered diatom + vitamin (DV) media","21 ± 2","Chronic","Not stated","N.A.","Larras, F., Keck, F., Montuelle, B., Rimet, F. & Bouchez, A. (2014). Linking Diatom Sensitivity to Herbicides to Phylogeny: A Step Forward for Biomonitoring?, Environ. Sci. Technol.48(3): 1921-1930","960","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"purity >99.5%"]
[]
["Freshwater/non-metal/plant","1214-1",53,0.60199999999999998,null,"Oscillatoria limnetica","Not stated","11 days","EC50","Growth inhibition: Absorbance: Chl-a content","52 ug/L","Microalgae","Cyanobacteria","Cyanophyceae","Z media","20 ± 1","Chronic","Not stated","N.A.","Leboulanger,C., F. Rimet, M. Heme de Lacotte, and A. Berard (2001) Effects of Atrazine and Nicosulfuron on Freshwater Microalgae Environ. Int.26:131-135 ","1214",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1214-2",53,0.60199999999999998,null,"Navicula accomoda","Not stated","11 days","EC50","Growth inhibition: Absorbance: Chl-a content","104 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV media","20 ± 1","Chronic","Not stated","N.A.","Leboulanger,C., F. Rimet, M. Heme de Lacotte, and A. Berard (2001) Effects of Atrazine and Nicosulfuron on Freshwater Microalgae Environ. Int.26:131-135 ","1214",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1214-3",53,0.60199999999999998,null,"Pseudokirchneriella subcapitata","Not stated","11 days","EC50","Growth inhibition: Absorbance: Chl-a content","98 ug/L","Microalgae","Chlorophyta","Chlorophyceae","L-C media","20 ± 1","Chronic","Not stated","N.A.","Leboulanger,C., F. Rimet, M. Heme de Lacotte, and A. Berard (2001) Effects of Atrazine and Nicosulfuron on Freshwater Microalgae Environ. Int.26:131-135 ","1214",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1214-4",53,0.60199999999999998,null,"Chlorella vulgaris","Not stated","11 days","EC50","Growth inhibition: Absorbance: Chl-a content","42 ug/L","Microalgae","Chlorophyta","Trebouxiophyceae","L-C media","20 ± 1","Chronic","Not stated","N.A.","Leboulanger,C., F. Rimet, M. Heme de Lacotte, and A. Berard (2001) Effects of Atrazine and Nicosulfuron on Freshwater Microalgae Environ. Int.26:131-135 ","1214",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1214-5",57,0.64772727272727271,"Toxicity value is lowest concentration tested","Oscillatoria limnetica","Not stated","11 days","LOEC","Growth inhibition: Absorbance: Chl-a content","<10 ug/L","Microalgae","Cyanobacteria","Cyanophyceae","Z media","20 ± 1","Chronic","Not stated","N.A.","Leboulanger,C., F. Rimet, M. Heme de Lacotte, and A. Berard (2001) Effects of Atrazine and Nicosulfuron on Freshwater Microalgae Environ. Int.26:131-135 ","1214","NOEC changed to LOEC as NOEC not derived",null,"Do Not Use - LOEC value not obtained"]
["Freshwater/non-metal/plant","1214-6",57,0.64772727272727271,"Toxicity value is lowest concentration tested","Navicula accomoda","Not stated","11 days","LOEC","Growth inhibition: Absorbance: Chl-a content","<10 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","DV media","20 ± 1","Chronic","Not stated","N.A.","Leboulanger,C., F. Rimet, M. Heme de Lacotte, and A. Berard (2001) Effects of Atrazine and Nicosulfuron on Freshwater Microalgae Environ. Int.26:131-135 ","1214","NOEC changed to LOEC as NOEC not derived",null,"Do Not Use - LOEC value not obtained"]
["Freshwater/non-metal/plant","1214-7",57,0.64772727272727271,"Toxicity value is lowest concentration tested","Pseudokirchneriella subcapitata","Not stated","11 days","LOEC","Growth inhibition: Absorbance: Chl-a content","<10 ug/L","Microalgae","Chlorophyta","Chlorophyceae","L-C media","20 ± 1","Chronic","Not stated","N.A.","Leboulanger,C., F. Rimet, M. Heme de Lacotte, and A. Berard (2001) Effects of Atrazine and Nicosulfuron on Freshwater Microalgae Environ. Int.26:131-135 ","1214","NOEC changed to LOEC as NOEC not derived",null,"Do Not Use - LOEC value not obtained"]
["Freshwater/non-metal/plant","1214-8",57,0.64772727272727271,"Toxicity value is lowest concentration tested","Chlorella vulgaris","Not stated","11 days","LOEC","Growth inhibition: Absorbance: Chl-a content","<10 ug/L","Microalgae","Chlorophyta","Trebouxiophyceae","L-C media","20 ± 1","Chronic","Not stated","N.A.","Leboulanger,C., F. Rimet, M. Heme de Lacotte, and A. Berard (2001) Effects of Atrazine and Nicosulfuron on Freshwater Microalgae Environ. Int.26:131-135 ","1214","NOEC changed to LOEC as NOEC not derived",null,"Do Not Use - LOEC value not obtained"]
[]
["Freshwater/non-metal/plant","1215-1",62,0.70454545454545459,null,"Scenedesmus obliquus","Exponential growth phase","72 hours","EC50","Growth inhibition: Biomass","0.086 mg/L","Microalgae","Chlorophyta","Chlorophyceae","Culture media and deionised water","22 ± 1","Chronic","7.5±0.2","N.A.","Liu,W., Y.B. Zhang, X. Quan, Y.H. Jin, and S. Chen (2009) Effect of Perfluorooctane Sulfonate on Toxicity and Cell Uptake of Other Compounds with Different Hydrophobicity in Green Alga Chemosphere75(3): 405-409 ","1215",null,null,"Atrazine >98%"]
[]
["Freshwater/non-metal/plant","613-1",62,0.70454545454545459,"No sig effect of atrazine up to 10ug/L (data not shown in article)","Ankistrodesmus falcatus","Exponential growth phase","5 day","NOEC","Growth: Cell density","10.44 ug/L","Microalgae","Chlorophyta","Chlorophyceae","WC freshwater media",21,"Chronic","Not stated","N.A.","Lockert,C.K., K.D. Hoagland, and B.D. Siegfried (2006) Comparative Sensitivity of Freshwater Algae to Atrazine Bull. Environ. Contam. Toxicol.76(1): 73-79","613",null,"Other endpoints stated in paper however the authors only looked at the effect of atrazine species v species and not concentration v control","Technical grade 99%"]
["Freshwater/non-metal/plant","613-2",62,0.70454545454545459,"No sig effect of atrazine up to 10ug/L (data not shown in article)","Arthrospira sp. ","Exponential growth phase","5 day","NOEC","Growth: Cell density","10.44 ug/L","Microalgae","Cyanobacteria","Cyanophyceae","Allen's media",21,"Chronic","Not stated","N.A.","Lockert,C.K., K.D. Hoagland, and B.D. Siegfried (2006) Comparative Sensitivity of Freshwater Algae to Atrazine Bull. Environ. Contam. Toxicol.76(1): 73-79","613",null,null,"Technical grade 99%"]
["Freshwater/non-metal/plant","613-3",62,0.70454545454545459,"No sig effect of atrazine up to 10ug/L (data not shown in article)","Chlorella vulgaris","Exponential growth phase","5 day","NOEC","Growth: Cell density","10.44 ug/L","Microalgae","Chlorophyta","Trebouxiophyceae","WC freshwater media",21,"Chronic","Not stated","N.A.","Lockert,C.K., K.D. Hoagland, and B.D. Siegfried (2006) Comparative Sensitivity of Freshwater Algae to Atrazine Bull. Environ. Contam. Toxicol.76(1): 73-79","613",null,null,"Technical grade 99%"]
["Freshwater/non-metal/plant","613-4",62,0.70454545454545459,"No sig effect of atrazine up to 10ug/L (data not shown in article)","Cryptomonas ovata","Exponential growth phase","5 day","NOEC","Growth: Cell density","10.44 ug/L","Microalgae","Cryptophyta","Cryptophyceae","WC freshwater media",21,"Chronic","Not stated","N.A.","Lockert,C.K., K.D. Hoagland, and B.D. Siegfried (2006) Comparative Sensitivity of Freshwater Algae to Atrazine Bull. Environ. Contam. Toxicol.76(1): 73-79","613",null,null,"Technical grade 99%"]
["Freshwater/non-metal/plant","613-5",62,0.70454545454545459,"No sig effect of atrazine up to 10ug/L (data not shown in article)","Cyclotella meneghiniana","Exponential growth phase","5 day","NOEC","Growth: Cell density","10.44 ug/L","Microalgae","Bacillariophyta","Mediophyceae","WC freshwater media",21,"Chronic","Not stated","N.A.","Lockert,C.K., K.D. Hoagland, and B.D. Siegfried (2006) Comparative Sensitivity of Freshwater Algae to Atrazine Bull. Environ. Contam. Toxicol.76(1): 73-79","613",null,null,"Technical grade 99%"]
["Freshwater/non-metal/plant","613-6",62,0.70454545454545459,"No sig effect of atrazine up to 10ug/L (data not shown in article)","Euglena gracilis","Exponential growth phase","5 day","NOEC","Growth: Cell density","10.44 ug/L","Microalgae","Euglenophyta ","Euglenophyceae","Soil-water extract",21,"Chronic","Not stated","N.A.","Lockert,C.K., K.D. Hoagland, and B.D. Siegfried (2006) Comparative Sensitivity of Freshwater Algae to Atrazine Bull. Environ. Contam. Toxicol.76(1): 73-79","613",null,null,"Technical grade 99%"]
["Freshwater/non-metal/plant","613-7",62,0.70454545454545459,"No sig effect of atrazine up to 10ug/L (data not shown in article)","Nitzschia palea ","Exponential growth phase","5 day","NOEC","Growth: Cell density","10.44 ug/L","Microalgae","Bacillariophyta","Bacillariophyceae","WC freshwater media",21,"Chronic","Not stated","N.A.","Lockert,C.K., K.D. Hoagland, and B.D. Siegfried (2006) Comparative Sensitivity of Freshwater Algae to Atrazine Bull. Environ. Contam. Toxicol.76(1): 73-79","613",null,null,"Technical grade 99%"]
["Freshwater/non-metal/plant","613-8",62,0.70454545454545459,"No sig effect of atrazine up to 10ug/L (data not shown in article)","Staurastrum cristatum","Exponential growth phase","5 day","NOEC","Growth: Cell density","10.44 ug/L","Microalgae","Charophyta","Conjugatophyceae ","WC freshwater media",21,"Chronic","Not stated","N.A.","Lockert,C.K., K.D. Hoagland, and B.D. Siegfried (2006) Comparative Sensitivity of Freshwater Algae to Atrazine Bull. Environ. Contam. Toxicol.76(1): 73-79","613",null,null,"Technical grade 99%"]
["Freshwater/non-metal/plant","613-9",62,0.70454545454545459,"No sig effect of atrazine up to 10ug/L (data not shown in article)","Synechococcus sp.","Exponential growth phase","5 day","NOEC","Growth: Cell density","10.44 ug/L","Microalgae","Cyanobacteria","Cyanophyceae","Allen's media",21,"Chronic","Not stated","N.A.","Lockert,C.K., K.D. Hoagland, and B.D. Siegfried (2006) Comparative Sensitivity of Freshwater Algae to Atrazine Bull. Environ. Contam. Toxicol.76(1): 73-79","613",null,null,"Technical grade 99%"]
["Freshwater/non-metal/plant","613-1",62,0.70454545454545459,">40% inhibition, assumed to be sig","Ankistrodesmus falcatus","Exponential growth phase","5 day","LOEC","Growth: Cell density","106.2 ug/L","Microalgae","Chlorophyta","Chlorophyceae","WC freshwater media",21,"Chronic","Not stated","N.A.","Lockert,C.K., K.D. Hoagland, and B.D. Siegfried (2006) Comparative Sensitivity of Freshwater Algae to Atrazine Bull. Environ. Contam. Toxicol.76(1): 73-79","613",null,null,"Technical grade 99%"]
["Freshwater/non-metal/plant","613-3",62,0.70454545454545459,">40% inhibition, assumed to be sig","Chlorella vulgaris","Exponential growth phase","5 day","LOEC","Growth: Cell density","106.2 ug/L","Microalgae","Chlorophyta","Trebouxiophyceae","WC freshwater media",21,"Chronic","Not stated","N.A.","Lockert,C.K., K.D. Hoagland, and B.D. Siegfried (2006) Comparative Sensitivity of Freshwater Algae to Atrazine Bull. Environ. Contam. Toxicol.76(1): 73-79","613",null,null,"Do Not Use - ~ 74% inhibition, but unable to be certain to obtain a ECx value"]
["Freshwater/non-metal/plant","613-8",62,0.70454545454545459,">40% inhibition, assumed to be sig","Staurastrum cristatum","Exponential growth phase","5 day","EC50","Growth: Cell density","106.2 ug/L","Microalgae","Charophyta","Conjugatophyceae ","WC freshwater media",21,"Chronic","Not stated","N.A.","Lockert,C.K., K.D. Hoagland, and B.D. Siegfried (2006) Comparative Sensitivity of Freshwater Algae to Atrazine Bull. Environ. Contam. Toxicol.76(1): 73-79","613",null,null,"Technical grade 99%"]
[]
["Freshwater/non-metal/plant","1216-1",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","24 hours","NOEC","Growth inhibition: Shoot length","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-2",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","48 hours","NOEC","Growth inhibition: Shoot length","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-3",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","96 hours","NOEC","Growth inhibition: Shoot length","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-4",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","8 days","NOEC","Growth inhibition: Shoot length","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-5",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","16 days","NOEC","Growth inhibition: Shoot length","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-6",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","32 days","LOEC","Growth inhibition: Shoot length","96 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-7",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","64 days","NOEC","Growth inhibition: Shoot length","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-8",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","70 days","LOEC","Growth inhibition: Shoot length","96 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-9",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","94 days","NOEC","Growth inhibition: Shoot length","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-1",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","24 hours","NOEC","Growth inhibition: Shoot number","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-2",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","48 hours","NOEC","Growth inhibition: Shoot number","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-3",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","96 hours","NOEC","Growth inhibition: Shoot number","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-4",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","8 days","NOEC","Growth inhibition: Shoot number","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-5",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","16 days","NOEC","Growth inhibition: Shoot number","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-6",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","32 days","LOEC","Growth inhibition: Shoot number","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-7",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","64 days","NOEC","Growth inhibition: Shoot number","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-8",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","70 days","NOEC","Growth inhibition: Shoot number","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
["Freshwater/non-metal/plant","1216-9",54,0.61363636363636365,"Toxicity value is highest concentration tested","Juncus effusus","Not stated","94 days","NOEC","Growth inhibition: Shoot number","192 ug/L","Macrophyte","Tracheophyta","Liliopsida","Natural pond water","N.A.","Acute ","Not stated","N.A.","Lytle,T.F., and J.S. Lytle (2005) Growth Inhibition as Indicator of Stress Because of Atrazine Following Multiple Toxicant Exposure of the Freshwater Macrophyte, Juncus effusus L. Environ. Toxicol. Chem.24(5): 1198-1203 ","1216",null,null,"98% pure"]
[]
["Freshwater/non-metal/plant","620-1",69,0.78409090909090906,null,"Desmodesmus subspicatus","Exponential growth phase","72 hours","EC50","Growth rate: Cell density","41 ug/L","Microalgae","Chlorophyta","Chlorophyceae","inorganic medium","23±2","Chronic","8±1","N.A.","Masojidek,J., P. Soucek, J. Machova, J. Frolik, K. Klem, and J. Maly (2011) Detection of Photosynthetic Herbicides: Algal Growth Inhibition Test vs. Electrochemical Photosystem II Biosensor Ecotoxicol. Environ. Saf.74(1): 117-122 ","620",null,null,"Analytical standard"]
[]
["Freshwater/non-metal/plant","1217-1",62,0.70454545454545459,null,"Chlorella pyrenoidosa","Exponential growth phase","96 hrs","EC50","Growth inhibition: Absorbance: Chl-a content","0.06 ug/mL","Microalgae","Chlorophyta","Chlorophyceae","Knop's solution",25,"Chronic","not stated","N.A.","Maule,A., and S.J.L. Wright (1984) Herbicide Effects on the Population Growth of Some Green Algae and Cyanobacteria J. Appl. Bacteriol.57(2): 369-379 ","1217",null,null,"Atrazine 98.2%"]
["Freshwater/non-metal/plant","1217-2",62,0.70454545454545459,null,"Gloeocapsa alpicola","Exponential growth phase","96 hrs","EC50","Growth inhibition: Absorbance: Chl-a content","5.36 ug/mL","Microalgae","Cyanobacteria","Cyanophyceae","Allen's medium",30,"Chronic","not stated","N.A.","Maule,A., and S.J.L. Wright (1984) Herbicide Effects on the Population Growth of Some Green Algae and Cyanobacteria J. Appl. Bacteriol.57(2): 369-379 ","1217",null,null,"Atrazine 98.2%"]
[]
["Freshwater/non-metal/plant","1218-1",73,0.82954545454545459,null,"Selenastrum capricornutum","Exponential growth phase","72 hours","EC50","Growth rate: Biomass","164 ug/L","Microalgae","Chlorophyta","Chlorophyceae","ISO media","23±2","Chronic","8.1±1.5","N.A.","Mayer,P., J. Frickmann, E.R. Christensen, and N. Nyholm (1998) Influence of Growth Conditions on the Results Obtained in Algal Toxicity Tests Environ. Toxicol. Chem.17(6): 1091-1098 ","1218",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1218-2",73,0.82954545454545459,null,"Selenastrum capricornutum","Exponential growth phase","72 hours","EC10","Growth rate: Biomass","17.2 ug/L","Microalgae","Chlorophyta","Chlorophyceae","ISO media","23±2","Chronic","8.1±1.5","N.A.","Mayer,P., J. Frickmann, E.R. Christensen, and N. Nyholm (1998) Influence of Growth Conditions on the Results Obtained in Algal Toxicity Tests Environ. Toxicol. Chem.17(6): 1091-1098 ","1218",null,null,"Analytical grade"]
["Freshwater/non-metal/plant","1218-3",73,0.82954545454545459,null,"Selenastrum capricornutum","Exponential growth phase","72 hours","EC90","Growth rate: Biomass","688 ug/L","Microalgae","Chlorophyta","Chlorophyceae","ISO media","23±2","Chronic","8.1±1.5","N.A.","Mayer,P., J. Frickmann, E.R. Christensen, and N. Nyholm (1998) Influence of Growth Conditions on the Results Obtained in Algal Toxicity Tests Environ. Toxicol. Chem.17(6): 1091-1098 ","1218",null,null,"Do Not Use - EC90 too high."]
["Freshwater/non-metal/plant","1218-4",73,0.82954545454545459,"Low temp, low light (43-44uE/m2/s)","Selenastrum capricornutum","Exponential growth phase","96 hours","EC50","Growth rate: Biomass","159 ug/L","Microalgae","Chlorophyta","Chlorophyceae","ISO media","15.5 ± 0.5","Chronic","7.5 ± 0.2","N.A.","Mayer,P., J. Frickmann, E.R. Christensen, and N. Nyholm (1998) Influence of Growth Conditions on the Results Obtained in Algal Toxicity Tests Environ. Toxicol. Chem.17(6): 1091-1098 ","1218",null,null,"Do Not Use - Low temperature, low light - not environmentally relevant"]
["Freshwater/non-metal/plant","1218-5",73,0.82954545454545459,"Low temp, high light (192-196 uE/m2/s)","Selenastrum capricornutum","Exponential growth phase","96 hours","EC50","Growth rate: Biomass","300 ug/L","Microalgae","Chlorophyta","Chlorophyceae","ISO media","15.5 ± 0.5","Chronic","7.5 ± 0.2","N.A.","Mayer,P., J. Frickmann, E.R. Christensen, and N. Nyholm (1998) Influence of Growth Conditions on the Results Obtained in Algal Toxicity Tests Environ. Toxicol. Chem.17(6): 1091-1098 ","1218",null,null,"Do Not Use - Low temperature, low light - not environmentally relevant"]
["Freshwater/non-metal/plant","1218-6",73,0.82954545454545459,"High temp, low light (43-44uE/m2/s)","Selenastrum capricornutum","Exponential growth phase","48-72 hours","EC50","Growth rate: Biomass","158 ug/L","Microalgae","Chlorophyta","Chlorophyceae","ISO media","25.7 ± 0.5","Chronic","8.6 ± 0.2","N.A.","Mayer,P., J. Frickmann, E.R. Christensen, and N. Nyholm (1998) Influence of Growth Conditions on the Results Obtained in Algal Toxicity Tests Environ. Toxicol. Chem.17(6): 1091-1098 ","1218",null,null,"Do Not Use - High temperature, high light - not environmentally relevant"]
["Freshwater/non-metal/plant","1218-7",73,0.82954545454545459,"High temp, high light (192-196 uE/m2/s)","Selenastrum capricornutum","Exponential growth phase","48-72 hours","EC50","Growth rate: Biomass","191 ug/L","Microalgae","Chlorophyta","Chlorophyceae","ISO media","25.7 ± 0.5","Chronic","8.6 ± 0.2","N.A.","Mayer,P., J. Frickmann, E.R. Christensen, and N. Nyholm (1998) Influence of Growth Conditions on the Results Obtained in Algal Toxicity Tests Environ. Toxicol. Chem.17(6): 1091-1098 ","1218",null,null,"Do Not Use - High temperature, high light - not environmentally relevant"]
[]
["Freshwater/non-metal/non- plant","1047-1-OK",48,0.52747252747252749,"","Batrachochytrium dendrobatidis","Not stated","1-2 weeks","LOEC","Population: Abundance: Zoospore concentration","106 ug/L","Fungi","\tChytridiomycota","Chytridiomycetes","Agar growth media",23,"Chronic","Not stated","N.A.","McMahon,T.A., J.M. Romansic, and J.R. Rohr (2013) Nonmonotonic and Monotonic Effects of Pesticides on the Pathogenic Fungus Batrachochytrium dendrobatidis in Culture and on Tadpoles Environ. Sci. Technol.47(14): 7958-7964","1047","QAQC Assessment is in the Chlorothalonil QAQC spreadsheet.",null,"Technical grade purity >98%"]
["Freshwater/non-metal/non- plant","1047-1-OK",48,0.52747252747252749,"","Batrachochytrium dendrobatidis","Not stated","1-2 weeks","NOEC","Population: Abundance: Zoospore concentration","58 ug/L","Fungi","\tChytridiomycota","Chytridiomycetes","Agar growth media",23,"Chronic","Not stated","N.A.","McMahon,T.A., J.M. Romansic, and J.R. Rohr (2013) Nonmonotonic and Monotonic Effects of Pesticides on the Pathogenic Fungus Batrachochytrium dendrobatidis in Culture and on Tadpoles Environ. Sci. Technol.47(14): 7958-7964","1047","QAQC Assessment is in the Chlorothalonil QAQC spreadsheet.",null,"Technical grade purity >98%"]
["Freshwater/non-metal/non- plant","1047-2-OK",48,0.52747252747252749,"Growth was reduced, then increased, then reduced. Took the value of the first reduction.","Batrachochytrium dendrobatidis","Not stated","8 days","LOEC","Population: Abundance: AUC/Cell density","0.011 ug/L","Fungi","\tChytridiomycota","Chytridiomycetes","Agar growth media",23,"Chronic","Not stated","N.A.","McMahon,T.A., J.M. Romansic, and J.R. Rohr (2013) Nonmonotonic and Monotonic Effects of Pesticides on the Pathogenic Fungus Batrachochytrium dendrobatidis in Culture and on Tadpoles Environ. Sci. Technol.47(14): 7958-7964","1047","QAQC Assessment is in the Chlorothalonil QAQC spreadsheet.",null,"Technical grade purity >98%"]
[]
["Freshwater/non-metal/plant","863-1-OK",64,0.62135922330097082,null,"Lemna paucicostata","Exponential growth phase: 4-5 day old stock culture","7 days","EC50","Population: Growth Rate: Total frond area","0.929 uM","Macrophyte","Tracheophyta","Liliopsida","Modified hoagland media",25,"Chronic",5.5,"N.A.","Michel,A., R.D. Johnson, S.O. Duke, and B.E. Scheffler, 2004. Dose-Response Relationships Between Herbicides with Different Modes of Action and Growth of Lemna paucicostata: An Improved Ecotoxicological Method, Environ. Toxicol. Chem.23(4): 1074-1079. ","863","QAQC Assessment is in the Pendamethalin QAQC spreadsheet.",null,"Analytical grade"]
[]
["Freshwater/non-metal/plant","1219-1",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Chl-a content","29.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Do Not Use - Fluorescence measure - no correlation with growth"]
["Freshwater/non-metal/plant","1219-2",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Chl-a content","74.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Do Not Use - Fluorescence measure - no correlation with growth"]
["Freshwater/non-metal/plant","1219-3",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Chl-a content","149.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Do Not Use - Fluorescence measure - no correlation with growth"]
["Freshwater/non-metal/plant","1219-4",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Wet weight","21.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-5",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Wet weight","36 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-6",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Wet weight","59.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-7",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Wet weight","18.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-8",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Wet weight","32.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-9",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Wet weight","56.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-10",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Wet weight","23.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-11",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Wet weight","39.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-12",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Wet weight","63.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-13",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Wet weight","15.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-14",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Wet weight","26.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-15",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Wet weight","46.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-16",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Wet weight","24.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-17",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Wet weight","35.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-18",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Wet weight","51.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-19",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Dry weight","27.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-20",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Dry weight","43.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-21",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Dry weight","69 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-22",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Dry weight","26.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-23",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Dry weight","66.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-24",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Dry weight","132.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-25",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Dry weight","25.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-26",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Dry weight","41.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-27",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Dry weight","67.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-28",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Dry weight","13.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-29",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Dry weight","23.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-30",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Dry weight","40.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-31",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Dry weight","24 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-32",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Dry weight","59.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-33",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Dry weight","120 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-34",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Wet weight","75.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-35",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Wet weight","188.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-36",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Wet weight","377.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-37",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Wet weight","27.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-38",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Wet weight","69.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-39",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Wet weight","138.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-40",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Wet weight","26.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-41",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Wet weight","50.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-42",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Wet weight","96.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-43",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Wet weight","12.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-44",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Wet weight","36.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-45",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Wet weight","109.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-46",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Wet weight","26.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-47",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Wet weight","65.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-48",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Wet weight","130.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-49",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Dry weight","35.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-50",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Dry weight","89.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-51",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Dry weight","178.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-52",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Dry weight","24 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-53",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Dry weight","59.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-54",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Dry weight","119.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-55",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Dry weight","27.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-56",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Dry weight","42.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-57",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Dry weight","66.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-58",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Dry weight","3.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-59",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Dry weight","14.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-60",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Dry weight","55.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-61",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Dry weight","18.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-62",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Dry weight","31.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-63",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Dry weight","53.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-1",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Chl-a content","21 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Do Not Use - Fluorescence measure - no correlation with growth"]
["Freshwater/non-metal/plant","1219-2",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Chl-a content","52.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Do Not Use - Fluorescence measure - no correlation with growth"]
["Freshwater/non-metal/plant","1219-3",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Chl-a content","104.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Do Not Use - Fluorescence measure - no correlation with growth"]
["Freshwater/non-metal/plant","1219-4",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Wet weight","6.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-5",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Wet weight","14.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-6",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Wet weight","33.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-7",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Wet weight","22.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-8",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Wet weight","55.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-9",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Wet weight","111 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-10",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Wet weight","17.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-11",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Wet weight","25.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-12",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Wet weight","38.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-13",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Wet weight","21.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-14",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Wet weight","26.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-15",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Wet weight","31.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-16",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Wet weight","23.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-17",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Wet weight","58.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-18",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Wet weight","116.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-19",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Dry weight","1.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-20",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Dry weight","6.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-21",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Dry weight","25.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-22",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Dry weight","21.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-23",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Dry weight","52.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-24",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Dry weight","105.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-25",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Dry weight","24.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-26",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Dry weight","31.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-27",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Dry weight","39.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-28",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Dry weight","18.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-29",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Dry weight","22.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-30",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Dry weight","27.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-31",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Dry weight","3.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-32",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Dry weight","7.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-33",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Dry weight","15.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-34",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Wet weight","30.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-35",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Wet weight","75.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-36",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Wet weight","151.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-37",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Wet weight","24 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-38",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Wet weight","60 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-39",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Wet weight","120.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-40",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Wet weight","37.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-41",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Wet weight","57.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-42",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Wet weight","86.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-43",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Wet weight","26.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-44",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Wet weight","67 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-45",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Wet weight","133.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-46",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Wet weight","25.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-47",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Wet weight","64.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-48",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Wet weight","129.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-49",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Dry weight","4.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-50",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Dry weight","14.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-51",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Dry weight","42.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-52",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Dry weight","22.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-53",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Dry weight","56.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-54",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Dry weight","112.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-55",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Dry weight","43.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-56",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Dry weight","57.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-57",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Dry weight","77.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-58",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Dry weight","21 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-59",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Dry weight","52.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-60",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Dry weight","105.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-61",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Dry weight","35.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-62",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Dry weight","51.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-63",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Dry weight","73.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-1",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC10","Chl-a content","24.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Do Not Use - Fluorescence measure - no correlation with growth"]
["Freshwater/non-metal/plant","1219-2",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC25","Chl-a content","61.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Do Not Use - Fluorescence measure - no correlation with growth"]
["Freshwater/non-metal/plant","1219-3",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Chl-a content","122.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Do Not Use - Fluorescence measure - no correlation with growth"]
["Freshwater/non-metal/plant","1219-4",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Roots: Wet weight","25 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-5",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Roots: Wet weight","62.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-6",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Wet weight","125.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-9",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Wet weight","28.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-12",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Wet weight","35.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-13",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Roots: Wet weight","20.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-14",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Roots: Wet weight","29.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-15",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Wet weight","40.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-16",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Roots: Wet weight","22.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-17",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Roots: Wet weight","57.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-18",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Wet weight","114.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-19",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Roots: Dry weight","22.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-20",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Roots: Dry weight","57.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-21",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Dry weight","114.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-24",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Dry weight","24.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-28",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Roots: Dry weight","21 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-29",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Roots: Dry weight","52,4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-30",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Dry weight","104.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-31",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Roots: Dry weight","42.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-32",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Roots: Dry weight","52.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-33",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Dry weight","64 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-34",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Shoots: Wet weight","34.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-35",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Shoots: Wet weight","86.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-36",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Wet weight","173.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-39",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Wet weight","53.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-43",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Shoots: Wet weight","36 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-44",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Shoots: Wet weight","52.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-45",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Wet weight","75.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-46",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Shoots: Wet weight","25.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-47",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Shoots: Wet weight","64.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-48",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Wet weight","129 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-49",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Shoots: Dry weight","13.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-50",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Shoots: Dry weight","22.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-51",79,0.89772727272727271,"Individual species in mesocosm","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Dry weight","37.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-52",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Shoots: Dry weight","21.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-53",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Shoots: Dry weight","53.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-54",79,0.89772727272727271,"Low population density tests","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Dry weight","106.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-57",79,0.89772727272727271,"High population density tests","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Dry weight","54.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-58",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Shoots: Dry weight","26.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-59",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Shoots: Dry weight","45.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-60",79,0.89772727272727271,"Community low density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Dry weight","75.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-61",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Shoots: Dry weight","23.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-62",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Shoots: Dry weight","58.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-63",79,0.89772727272727271,"Community high density assemblage","Myriophyllum spicatum","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Dry weight","116.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-4",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Wet weight","41 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-5",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Wet weight","58.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-6",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Wet weight","82.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-7",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Wet weight","0.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-8",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Wet weight","1.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-9",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Wet weight","6.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-10",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Wet weight","5.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-11",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Wet weight","12.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-12",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Wet weight","29.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-13",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Wet weight","8.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-14",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Wet weight","23 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-15",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Wet weight","62.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-16",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Wet weight","22.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-17",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Wet weight","57.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-18",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Wet weight","114.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-19",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Dry weight","29.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-20",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Dry weight","73.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-21",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Dry weight","146.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-22",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Dry weight","0.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-23",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Dry weight","1.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-24",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Dry weight","4.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-25",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Dry weight","3.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-26",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Dry weight","10.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-27",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Dry weight","30.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-30",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Dry weight","0.001 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-31",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Roots: Dry weight","22.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-32",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Roots: Dry weight","56.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-33",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Roots: Dry weight","112.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-34",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Wet weight","0.006 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-35",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Wet weight","0.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-36",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Wet weight","23.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-37",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Wet weight","1.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-38",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Wet weight","5.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-39",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Wet weight","21.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-40",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Wet weight","25.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-41",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Wet weight","45.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-42",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Wet weight","78.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-43",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Wet weight","7.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-44",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Wet weight","20.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-45",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Wet weight","61.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-46",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Wet weight","47.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-47",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Wet weight","61.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-48",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Wet weight","79.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-49",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Dry weight","8.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-50",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Dry weight","19.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-51",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Dry weight","44.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-52",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Dry weight","17.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-53",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Dry weight","21.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-54",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Dry weight","27.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-55",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Dry weight","28 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-56",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Dry weight","35 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-57",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Dry weight","43.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-58",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Dry weight","9.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-59",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Dry weight","18.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-60",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Dry weight","36.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-61",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC10","Growth inhibition: Shoots: Dry weight","27.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-62",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC25","Growth inhibition: Shoots: Dry weight","32.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-63",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","14 days","EC50","Growth inhibition: Shoots: Dry weight","39.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-2",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Chl-a content","82.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Do Not Use - Fluorescence measure - no correlation with growth"]
["Freshwater/non-metal/plant","1219-3",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Chl-a content","165.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Do Not Use - Fluorescence measure - no correlation with growth"]
["Freshwater/non-metal/plant","1219-7",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Wet weight","9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-8",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Wet weight","13.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-9",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Wet weight","20 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-10",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Wet weight","11.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-11",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Wet weight","16.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-12",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Wet weight","22.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-13",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Wet weight","30.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-14",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Wet weight","48.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-15",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Wet weight","76.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-16",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Wet weight","20.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-17",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Wet weight","50.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-18",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Wet weight","100.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-22",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Dry weight","5.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-23",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Dry weight","9.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-24",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Dry weight","15.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-25",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Dry weight","10.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-26",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Dry weight","15.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-27",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Dry weight","21.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-28",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Dry weight","33 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-29",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Dry weight","44.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-30",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Dry weight","61 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-31",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Roots: Dry weight","5.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-32",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Roots: Dry weight","9.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-33",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Roots: Dry weight","18.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-34",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Wet weight","4.8x10^-10 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-35",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Wet weight","0.00011 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-36",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Wet weight","24.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-37",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Wet weight","4.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-38",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Wet weight","9.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-39",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Wet weight","20.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-40",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Wet weight","9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-41",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Wet weight","16.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-42",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Wet weight","30 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-46",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Wet weight","10.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-47",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Wet weight","20.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-48",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Wet weight","42.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-49",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Dry weight","30 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-50",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Dry weight","75 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-51",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Dry weight","150.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-52",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Dry weight","4.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-53",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Dry weight","9.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-54",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Dry weight","18.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-55",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Dry weight","7.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-56",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Dry weight","12.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-57",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Dry weight","22.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-61",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC10","Growth inhibition: Shoots: Dry weight","10.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-62",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC25","Growth inhibition: Shoots: Dry weight","19.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-63",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","28 days","EC50","Growth inhibition: Shoots: Dry weight","35.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-2",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Chl-a content","80 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Do Not Use - Fluorescence measure - no correlation with growth"]
["Freshwater/non-metal/plant","1219-3",79,0.89772727272727271,"Individual species in mesocosm","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Chl-a content","159.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Do Not Use - Fluorescence measure - no correlation with growth"]
["Freshwater/non-metal/plant","1219-8",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Roots: Wet weight","6.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-9",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Wet weight","10.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-9",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Wet weight","17.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-10",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Roots: Wet weight","19.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-11",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Roots: Wet weight","27.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-12",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Wet weight","38.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-13",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Roots: Wet weight","20.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-14",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Roots: Wet weight","29.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-15",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Wet weight","40.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-16",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Roots: Wet weight","4.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-17",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Roots: Wet weight","9.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-18",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Wet weight","23.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-24",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Roots: Dry weight","5.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-24",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Roots: Dry weight","9.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-24",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Dry weight","16.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-25",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Roots: Dry weight","5.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-26",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Roots: Dry weight","11.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-27",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Dry weight","22.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-28",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Roots: Dry weight","21 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-29",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Roots: Dry weight","52.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-30",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Dry weight","104.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-33",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Roots: Dry weight","4.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-33",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Roots: Dry weight","9.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-33",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Roots: Dry weight","22.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-39",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Shoots: Wet weight","6.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-39",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Shoots: Wet weight","14.5 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-39",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Wet weight","31.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-43",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Wet weight","62.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-43",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Shoots: Wet weight","39.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-44",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Shoots: Wet weight","59.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-45",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Wet weight","91.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-46",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Shoots: Wet weight","23.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-47",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Shoots: Wet weight","58.2 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-48",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Wet weight","116.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-52",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Shoots: Dry weight","2.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-53",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Shoots: Dry weight","7  ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-54",79,0.89772727272727271,"Low population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Dry weight","20.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-57",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Shoots: Dry weight","17.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-57",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Shoots: Dry weight","30 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-57",79,0.89772727272727271,"High population density tests","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Dry weight","50.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-58",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Shoots: Dry weight","28.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-59",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Shoots: Dry weight","47.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-60",79,0.89772727272727271,"Community low density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Dry weight","80.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-61",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC10","Growth inhibition: Shoots: Dry weight","2.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-62",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC25","Growth inhibition: Shoots: Dry weight","8  ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
["Freshwater/non-metal/plant","1219-63",79,0.89772727272727271,"Community high density assemblage","Elodea canadensis","Apical shoots (5cm)","42 days","EC50","Growth inhibition: Shoots: Dry weight","26.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida","Natural pond water","22-26.3","Chronic","8.3-8.8","N.A.","McGregor,E.B., K.R. Solomon, and M.L. Hanson (2008) Effects of Planting System Design on the Toxicological Sensitivity of Myriophyllum spicatum and Elodea canadensis to Atrazine Chemosphere73:249-260","1219",null,null,"Atrazine 96% active ingredient technical grade"]
[]
["Freshwater/non-metal/plant","1220-1",72,0.81818181818181823,null,"Lemna gibba","Single frond","7 days","EC50","Relative growth rate: Frond count","89 ppb","Macrophyte","Tracheophyta","Liliopsida","20X-AAP","24 ± 2","Chronic","not stated","N.A.","Mohammad,M., K. Itoh, and K. Suyama (2010) Effects of Herbicides on Lemna gibba and Recovery from Damage After Prolonged Exposure Arch. Environ. Contam. Toxicol.58(3): 605-612","1220",null,null,"Analytical standard 99.9%"]
["Freshwater/non-metal/plant","1220-2",72,0.81818181818181823,"Toxicity value is lowest concentration tested","Lemna gibba","Single frond","7 days","LOEC","Relative growth rate: Frond count","200 ppb","Macrophyte","Tracheophyta","Liliopsida","20X-AAP","24 ± 2","Chronic","not stated","N.A.","Mohammad,M., K. Itoh, and K. Suyama (2010) Effects of Herbicides on Lemna gibba and Recovery from Damage After Prolonged Exposure Arch. Environ. Contam. Toxicol.58(3): 605-612","1220",null,null,"Analytical standard 99.9%"]
["Freshwater/non-metal/plant","1220-3",72,0.81818181818181823,"Toxicity value is lowest concentration tested","Lemna gibba","Single frond","14 days","LOEC","Relative growth rate: Frond count","200 ppb","Macrophyte","Tracheophyta","Liliopsida","20X-AAP","24 ± 2","Chronic","not stated","N.A.","Mohammad,M., K. Itoh, and K. Suyama (2010) Effects of Herbicides on Lemna gibba and Recovery from Damage After Prolonged Exposure Arch. Environ. Contam. Toxicol.58(3): 605-612","1220",null,null,"Analytical standard 99.9%"]
["Freshwater/non-metal/plant","1220-4",72,0.81818181818181823,"Toxicity value is lowest concentration tested","Lemna gibba","Single frond","21 days","LOEC","Relative growth rate: Frond count","200 ppb","Macrophyte","Tracheophyta","Liliopsida","20X-AAP","24 ± 2","Chronic","not stated","N.A.","Mohammad,M., K. Itoh, and K. Suyama (2010) Effects of Herbicides on Lemna gibba and Recovery from Damage After Prolonged Exposure Arch. Environ. Contam. Toxicol.58(3): 605-612","1220",null,null,"Analytical standard 99.9%"]
["Freshwater/non-metal/plant","1220-5",72,0.81818181818181823,"Toxicity value is lowest concentration tested","Lemna gibba","Single frond","28 days","LOEC","Relative growth rate: Frond count","200 ppb","Macrophyte","Tracheophyta","Liliopsida","20X-AAP","24 ± 2","Chronic","not stated","N.A.","Mohammad,M., K. Itoh, and K. Suyama (2010) Effects of Herbicides on Lemna gibba and Recovery from Damage After Prolonged Exposure Arch. Environ. Contam. Toxicol.58(3): 605-612","1220",null,null,"Analytical standard 99.9%"]
[]
["Freshwater/non-metal/plant","895-1",54,0.61363636363636365,null,"Selenastrum capricornutum","Not stated","72 hrs","EC50","Population growth rate: Cell count: Area under the growth curve","110 ug/L","Microalgae","Chlorophyta","Chlorophyceae","unknown growth media",25,"Chronic","Not stated","N.A.","Okamura,H., I. Aoyama, D. Liu, R.J. Maguire, G.J. Pacepavicius, and Y.L. Lau (2000). Fate and Ecotoxicity of the New Antifouling Compound Irgarol 1051 in the Aquatic Environment, Water Res.34(14): 3523-3530.","895","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 8%"]
["Freshwater/non-metal/plant","895-2",54,0.61363636363636365,null,"Selenastrum capricornutum","Not stated","72 hrs","EC50","Population growth rate: Cell count: Growth rate","180 ug/L","Microalgae","Chlorophyta","Chlorophyceae","unknown growth media",25,"Chronic","Not stated","N.A.","Okamura,H., I. Aoyama, D. Liu, R.J. Maguire, G.J. Pacepavicius, and Y.L. Lau (2000). Fate and Ecotoxicity of the New Antifouling Compound Irgarol 1051 in the Aquatic Environment, Water Res.34(14): 3523-3530.","895","QAQC Assessment is in the Terbutryn QAQC spreadsheet.",null,"Atrazine 8%"]
[]
["Freshwater/non-metal/plant","1221-1",58,0.65909090909090906,null,"Ceratophyllum demersum","Not stated","21 days","LOEC","Relative growth rate: Fresh weight","0.0005 mg/L","Macrophyte","Tracheophyta","not stated","22-28","22-28","Chronic","not stated","N.A.","Pan,H., X. Li, X. Xu, and S. Gao (2009) Phytotoxicity of Four Herbicides on Ceratophyllum demersum, Vallisneria natans and Elodea nuttallii J. Environ. Sci.21:307-312 ","1221",null,null,"Atrazine 98.0%"]
["Freshwater/non-metal/plant","1221-2",58,0.65909090909090906,null,"Ceratophyllum demersum","Not stated","21 days","LOEC","Chl-a content","0.0005 mg/L","Macrophyte","Tracheophyta","not stated","22-28","22-28","Chronic","not stated","N.A.","Pan,H., X. Li, X. Xu, and S. Gao (2009) Phytotoxicity of Four Herbicides on Ceratophyllum demersum, Vallisneria natans and Elodea nuttallii J. Environ. Sci.21:307-312 ","1221",null,null,"Atrazine 98.0%"]
["Freshwater/non-metal/plant","1221-3",58,0.65909090909090906,"Other V. natans data omitted due to large variations across reps","Vallisneria natans","Not stated","21 days","LOEC","Chl-a content","0.0005 mg/L","Macrophyte","Tracheophyta","not stated","22-28","22-28","Chronic","not stated","N.A.","Pan,H., X. Li, X. Xu, and S. Gao (2009) Phytotoxicity of Four Herbicides on Ceratophyllum demersum, Vallisneria natans and Elodea nuttallii J. Environ. Sci.21:307-312 ","1221",null,null,"Atrazine 98.0%"]
[]
["Freshwater/non-metal/plant","1222-1",58,0.65909090909090906,"Highest concentration tested","Selenastrum sp. ","Not stated","7 weeks","NOEC","Growth inhibition: Cell density","10 ug/L","Microalga","Chlorophyta","Chlorophyceae","Distilled water","N.A.","Chronic","not stated","N.A.","Pannard,A., B. Le Rouzic, and F. Binet (2009) Response of Phytoplankton Community to Low-Dose Atrazine Exposure Combined with Phosphorus Fluctuations Arch. Environ. Contam. Toxicol.57(1): 50-59","1222",null,null,"Do Not Use - Not species specific and we already have the Selenastrum genus"]
["Freshwater/non-metal/plant","1222-2",58,0.65909090909090906,"Toxicity value is lowest concentration tested","Aphanocapsa sp. ","Not stated","7 weeks","LOEC","Growth inhibition: Cell density","0.1 ug/L","Microalga","Cyanobacteria ","Cyanophyceae","Distilled water","N.A.","Chronic","not stated","N.A.","Pannard,A., B. Le Rouzic, and F. Binet (2009) Response of Phytoplankton Community to Low-Dose Atrazine Exposure Combined with Phosphorus Fluctuations Arch. Environ. Contam. Toxicol.57(1): 50-59","1222",null,null,"Pure atrazine from Pestanal, Riedel de Haen"]
["Freshwater/non-metal/plant","1222-3",58,0.65909090909090906,"Toxicity value is lowest concentration tested","Chlorella sp. ","Not stated","7 weeks","LOEC","Growth inhibition: Cell density","0.1 ug/L","Microalga","Chlorophyta","Chlorophyceae","Distilled water","N.A.","Chronic","not stated","N.A.","Pannard,A., B. Le Rouzic, and F. Binet (2009) Response of Phytoplankton Community to Low-Dose Atrazine Exposure Combined with Phosphorus Fluctuations Arch. Environ. Contam. Toxicol.57(1): 50-59","1222",null,null,"Do Not Use - Not species specific and we already have the Chlorella genus"]
["Freshwater/non-metal/plant","1222-4",58,0.65909090909090906,"Toxicity value is lowest concentration tested","Oscillatoria sp.","Not stated","7 weeks","LOEC","Growth inhibition: Cell density","0.1 ug/L","Microalga","Cyanobacteria ","Cyanophyceae","Distilled water","N.A.","Chronic","not stated","N.A.","Pannard,A., B. Le Rouzic, and F. Binet (2009) Response of Phytoplankton Community to Low-Dose Atrazine Exposure Combined with Phosphorus Fluctuations Arch. Environ. Contam. Toxicol.57(1): 50-59","1222",null,null,"Do Not Use - Not species specific and we already have the Oscillatoria genus"]
[]
["MEW_plant","1223-1",74,0.81318681318681318,null,"Pavlova sp. ","Not stated","96 hrs","EC50","Growth rate: Absorbance: Cell density","147 ug/L","Microalga","Haptophyta","Palvovophyceae","Filtered artifical seawater with added nutrients",24,"Chronic","7.8±0.3",20,"Pennington,P.L., and G.I. Scott (2001) Toxicity of Atrazine to the Estuarine Phytoplankter Pavlova sp. (Prymnesiophyceae): Increased Sensitivity After Long-Term, Low-Level Population Exposure Environ. Toxicol. Chem.20(10): 2237-2242 ","1223",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1223-2",74,0.81318681318681318,"NOEC reported as <39 ug/L so took this as a LOEC value.","Pavlova sp. ","Not stated","96 hrs","LOEC","Growth rate: Absorbance: Cell density","39 ug/L","Microalga","Haptophyta","Palvovophyceae","Filtered artifical seawater with added nutrients",24,"Chronic","7.8±0.3",20,"Pennington,P.L., and G.I. Scott (2001) Toxicity of Atrazine to the Estuarine Phytoplankter Pavlova sp. (Prymnesiophyceae): Increased Sensitivity After Long-Term, Low-Level Population Exposure Environ. Toxicol. Chem.20(10): 2237-2242 ","1223",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1223-5",60,0.65934065934065933,"Only one concentration tested, batch culture 1","Pavlova sp. ","Not stated","96 hours","NOEC","Growth rate: Absorbance: Cell density","20 ug/L","Microalga","Haptophyta","Palvovophyceae","Filtered artifical seawater with added nutrients",24,"Chronic","7.8±0.3",20,"Pennington,P.L., and G.I. Scott (2001) Toxicity of Atrazine to the Estuarine Phytoplankter Pavlova sp. (Prymnesiophyceae): Increased Sensitivity After Long-Term, Low-Level Population Exposure Environ. Toxicol. Chem.20(10): 2237-2242 ","1223",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1223-4",60,0.65934065934065933,"Only one concentration tested, batch culture 2","Pavlova sp. ","Not stated","8 days","NOEC","Growth rate: Absorbance: Cell density","20 ug/L","Microalga","Haptophyta","Palvovophyceae","Filtered artifical seawater with added nutrients",24,"Chronic","7.8±0.3",20,"Pennington,P.L., and G.I. Scott (2001) Toxicity of Atrazine to the Estuarine Phytoplankter Pavlova sp. (Prymnesiophyceae): Increased Sensitivity After Long-Term, Low-Level Population Exposure Environ. Toxicol. Chem.20(10): 2237-2242 ","1223",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1223-3",60,0.65934065934065933,"Only one concentration tested, batch culture 3","Pavlova sp. ","Not stated","12 days","NOEC","Growth rate: Absorbance: Cell density","20 ug/L","Microalga","Haptophyta","Palvovophyceae","Filtered artifical seawater with added nutrients",24,"Chronic","7.8±0.3",20,"Pennington,P.L., and G.I. Scott (2001) Toxicity of Atrazine to the Estuarine Phytoplankter Pavlova sp. (Prymnesiophyceae): Increased Sensitivity After Long-Term, Low-Level Population Exposure Environ. Toxicol. Chem.20(10): 2237-2242 ","1223",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1223-6",60,0.65934065934065933,"Only one concentration tested, batch culture 4","Pavlova sp. ","Not stated","16 days","LOEC","Growth rate: Absorbance: Cell density","20 ug/L","Microalga","Haptophyta","Palvovophyceae","Filtered artifical seawater with added nutrients",24,"Chronic","7.8±0.3",20,"Pennington,P.L., and G.I. Scott (2001) Toxicity of Atrazine to the Estuarine Phytoplankter Pavlova sp. (Prymnesiophyceae): Increased Sensitivity After Long-Term, Low-Level Population Exposure Environ. Toxicol. Chem.20(10): 2237-2242 ","1223",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater","848-1-RE",74,0.71844660194174759,null,"Pseudokirchneriela subcapitata","Exponential Growth Phase","48 hours","EC50","Population abundance: Growth rate: Cell density","206 ug/L","Microalgae","Chlorophyta","Chlorophyceae","Marine Biological Laboratory (MBL) medium","21±2","Chronic","Not stated","N.A.","Perez,J., I. Domingues, A.M.V.M. Soares, and S. Loureiro, 2011. Growth Rate of Pseudokirchneriella subcapitata Exposed to Herbicides Found in Surface Waters in the Alqueva Reservoir (Portugal): A Bottom-up Approach Using Binary Mixtures, Ecotoxicology20(6): 1167-1175.",848,"QAQC Assessment is in the Metolachlor QAQC spreadsheet.",null,"Atrazine 97.4% purity"]
["Freshwater","848-2-RE",74,0.71844660194174759,null,"Pseudokirchneriela subcapitata","Exponential Growth Phase","72 hours","EC50","Population abundance: Growth rate: Cell density","196 ug/L","Microalgae","Chlorophyta","Chlorophyceae","Marine Biological Laboratory (MBL) medium","21±2","Chronic","Not stated","N.A.","Perez,J., I. Domingues, A.M.V.M. Soares, and S. Loureiro, 2011. Growth Rate of Pseudokirchneriella subcapitata Exposed to Herbicides Found in Surface Waters in the Alqueva Reservoir (Portugal): A Bottom-up Approach Using Binary Mixtures, Ecotoxicology20(6): 1167-1175.",848,"QAQC Assessment is in the Metolachlor QAQC spreadsheet.",null,"Atrazine 97.4% purity"]
["Freshwater","848-3-RE",74,0.71844660194174759,null,"Pseudokirchneriela subcapitata","Exponential Growth Phase","72 hours","NOEC","Population abundance: Growth rate: Cell density","55 ug/L","Microalgae","Chlorophyta","Chlorophyceae","Marine Biological Laboratory (MBL) medium","21±2","Chronic","Not stated","N.A.","Perez,J., I. Domingues, A.M.V.M. Soares, and S. Loureiro, 2011. Growth Rate of Pseudokirchneriella subcapitata Exposed to Herbicides Found in Surface Waters in the Alqueva Reservoir (Portugal): A Bottom-up Approach Using Binary Mixtures, Ecotoxicology20(6): 1167-1175.",848,"QAQC Assessment is in the Metolachlor QAQC spreadsheet.",null,"Atrazine 97.4% purity"]
["Freshwater","848-4-RE",74,0.71844660194174759,null,"Pseudokirchneriela subcapitata","Exponential Growth Phase","72 hours","LOEC","Population abundance: Growth rate: Cell density","170 ug/L","Microalgae","Chlorophyta","Chlorophyceae","Marine Biological Laboratory (MBL) medium","21±2","Chronic","Not stated","N.A.","Perez,J., I. Domingues, A.M.V.M. Soares, and S. Loureiro, 2011. Growth Rate of Pseudokirchneriella subcapitata Exposed to Herbicides Found in Surface Waters in the Alqueva Reservoir (Portugal): A Bottom-up Approach Using Binary Mixtures, Ecotoxicology20(6): 1167-1175.",848,"QAQC Assessment is in the Metolachlor QAQC spreadsheet.",null,"Atrazine 97.4% purity"]
["Freshwater","848-12",67,0.65048543689320393,null,"Pseudokirchneriela subcapitata","Exponential Growth Phase","24 hours","EC50","Population abundance: Growth rate: Cell density","599 ug/L","Microalgae","Chlorophyta","Chlorophyceae","Marine Biological Laboratory (MBL) medium","21±2","Acute","Not stated","N.A.","Perez,J., I. Domingues, A.M.V.M. Soares, and S. Loureiro, 2011. Growth Rate of Pseudokirchneriella subcapitata Exposed to Herbicides Found in Surface Waters in the Alqueva Reservoir (Portugal): A Bottom-up Approach Using Binary Mixtures, Ecotoxicology20(6): 1167-1175.",848,"QAQC Assessment is in the Simazine QAQC spreadsheet.",null,"Atrazine 97.4% purity"]
[]
["Freshwater/non-metal/plant","1224-1",36,0.40909090909090912,"Only one concentration tested, 56% reduction from control","Chlorella vulgaris","Exponential growth phase","48 hours","LOEC","Growth inhibition: Absorbance: Cell density","100 ug/L","Microalgae","Chlorophyta","Chlorophyceae","Sterilised fresh water and Shuisheng-4 media","25±0.5","Chronic","not stated","N.A.","Qian,H., W. Chen, J. Li, J. Wang, Z. Zhou, W. Liu, and Z. Fu (2009) The Effect of Exogenous Nitric Oxide on Alleviating Herbicide Damage in Chlorella vulgaris Aquat. Toxicol.92(4): 250-257 ","1224",null,null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1224-2",36,0.40909090909090912,"Only one concentration tested","Chlorella vulgaris","Exponential growth phase","48 hours","LOEC","Chl-a content","100 ug/L","Microalgae","Chlorophyta","Chlorophyceae","Sterilised fresh water and Shuisheng-4 media","25±0.5","Chronic","not stated","N.A.","Qian,H., W. Chen, J. Li, J. Wang, Z. Zhou, W. Liu, and Z. Fu (2009) The Effect of Exogenous Nitric Oxide on Alleviating Herbicide Damage in Chlorella vulgaris Aquat. Toxicol.92(4): 250-257 ","1224",null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/plant","1225-1",70,0.79545454545454541,"","Pseudokirchneriella subcapitata","Exponential growth phase","72 hours","LC50","Growth inhibition: Cell count","1600 ug/L","Microalgae","Chlorophyta","Chlorophyceae","Standard algal medium","24 ± 2","Chronic","not stated","N.A.","Ralston-Hooper,K., J. Hardy, L. Hahn, H. Ochoa-Acuna, L.S. Lee, R. Mollenhauer, and M.S. Sepulveda (2009) Acute and Chronic Toxicity of Atrazine and Its Metabolites Deethylatrazine and Deisopropylatrazine on Aquatic Organisms Ecotoxicology18(7): 899-905","1225",null,null,"Atrazine 98% purity"]
[]
["Freshwater/non-metal/plant","1226-1",56,0.63636363636363635,"Low pH test","Selenastrum capricornutum","Exponential growth phase","7 days","IC50","Growth inhibition: cell count","0.1 mg/L","Microalgae","Chlorophyta","Chlorophyceae","Distilled water/DMSO","N.A.","Chronic",6,"N.A.","Roberts,S., P. Vasseur, and D. Dive (1990) Combined Effects Between Atrazine, Copper and pH, on Target and Non Target Species Water Res.24(4): 485-491 1990","1226",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1226-2",56,0.63636363636363635,"High pH test","Selenastrum capricornutum","Exponential growth phase","7 days","IC50","Growth inhibition: cell count","0.95 mg/L","Microalgae","Chlorophyta","Chlorophyceae","Distilled water/DMSO","N.A.","Chronic",8,"N.A.","Roberts,S., P. Vasseur, and D. Dive (1990) Combined Effects Between Atrazine, Copper and pH, on Target and Non Target Species Water Res.24(4): 485-491 1990","1226",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/plant","1005-1",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","NOEC","Growth: shoot length","2987 ug/L","Macrophyte","Tracheophyta ","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p.","1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant","1005-2",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","NOEC","Chlorophyll a (fresh wt)","1991.1 ug/L","Macrophyte","Tracheophyta ","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p.","1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant","1005-3",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","NOEC","Growth: Area under Growth Curve","2987 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p.","1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-4",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","NOEC","Growth: Plant area","1493.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-7",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","NOEC","Chlorophyll a (dry wt)","497.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-7",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","NOEC","Increase node number","1493.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-7",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","NOEC","Abundance: growth: root number","995.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-7",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","NOEC","Growth: root length","497.8 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-7",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","NOEC","Growth: fresh weight","995.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant","1005-2",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","LOEC","Chlorophyll a (fresh wt)","2488.9 ug/L","Macrophyte","Tracheophyta ","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p.","1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-4",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","LOEC","Growth: Plant area","1991.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-7",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","LOEC","Chlorophyll a (dry wt)","995.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-7",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","LOEC","Increase node number","1991.1 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-7",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","LOEC","Abundance: growth: root number","1493.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-7",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","LOEC","Growth: root length","995.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-7",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","LOEC","Growth: fresh weight","1493.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-11",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","IC25","Increase node number","2342.3 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-12",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","IC25","Growth: root length","601.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-13",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","IC25","Abundance: growth: root number","1069.9 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-14",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","IC25","Growth: fresh weight","1605.7 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-15",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","IC25","Growth: Plant area","1687 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-24",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","IC50","Growth: root length","1130 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-25",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","IC50","Abundance: growth: root number","2118.6 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
["Freshwater/non-metal/plant"," 1005-27",70,0.79545454545454541,null,"Myriophyllum sibiricum","Not stated","14 days","IC50","Growth: Plant area","2679.4 ug/L","Macrophyte","Tracheophyta","Magnoliopsida ","Andrew's media/Hard water",15,"Chronic",5.7,"N.A.","Roshon, R.D. (1997), A Toxicity Test for the Effects of Chemicals on the Non-Target Submersed Aquatic Macrophyte, Myriophyllum sibiricum Komarov, Ph.D.Thesis, University of Guelph, Ontario, Canada:464 p."," 1005","QAQC Assessment is in the Triclopyr QAQC spreadsheet.",null,"Technical atrazine 99% pure"]
[]
["Freshwater/non-metal/plant","853-3",68,0.66019417475728159,null,"Pseudokirchneriella subcapita","Not-stated","72 hours","EC50","Population Abundance","130 ug/L","Microalgae","Chlorophyta","Chlorophyceae","Herbicide/acetone mixture in EPA algal growth medium","24 ± 2","Chronic","6.5–8.5","N/A","Sbrilli,G., B. Bimbi, F. Cioni, L. Pagliai, F. Luchi, and E. Lanciotti, 2005. Surface and Ground Waters Characterization in Tuscany (Italy) by Using Algal Bioassay and Pesticide Determinations: Comparative Evaluation of the Results and Hazard Assessment of the Pesticides Impact on Primary Product, Chemosphere58(5): 571-578. ",853,"QAQC Assessment is in the Metolachlor QAQC spreadsheet.",null,"Analytical material"]
["Freshwater/non-metal/plant","853-4",68,0.66019417475728159,null,"Pseudokirchneriella subcapita","Not-stated","72 hours","NOEC","Population Abundance","62 ug/L","Microalgae","Chlorophyta","Chlorophyceae","Herbicide/acetone mixture in EPA algal growth medium","24 ± 2","Chronic","6.5–8.5","N/A","Sbrilli,G., B. Bimbi, F. Cioni, L. Pagliai, F. Luchi, and E. Lanciotti, 2005. Surface and Ground Waters Characterization in Tuscany (Italy) by Using Algal Bioassay and Pesticide Determinations: Comparative Evaluation of the Results and Hazard Assessment of the Pesticides Impact on Primary Product, Chemosphere58(5): 571-578. ",853,"QAQC Assessment is in the Metolachlor QAQC spreadsheet.",null,"Analytical material"]
[]
["Freshwater/non-metal/plant","1227-1",64,0.72727272727272729,"Flow through tests","Chlamydomonas reinhardtii","Exponential growth phase","96 hrs","EC10","Growth inhibition: Cell count","3.4 ug/L","Microalga","Chlorophyta","Chlorophyceae","SAG media 1 with added macronutrients","24 ± 2","Chronic",6.2,"N.A.","Schafer,H., A. Wenzel, U. Fritsche, G. Roderer, and W. Traunspurger (1993) Long-Term Effects of Selected Xenobiotica on Freshwater Green Algae: Development of a Flow-Through Test System Sci. Total Environ.Suppl:735-740 ","1227",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1227-2",64,0.72727272727272729,"Flow through tests","Chlamydomonas reinhardtii","Exponential growth phase","7 days","EC10","Growth inhibition: Cell count","5.1 ug/L","Microalga","Chlorophyta","Chlorophyceae","SAG media 1 with added macronutrients","24 ± 2","Chronic",6.2,"N.A.","Schafer,H., A. Wenzel, U. Fritsche, G. Roderer, and W. Traunspurger (1993) Long-Term Effects of Selected Xenobiotica on Freshwater Green Algae: Development of a Flow-Through Test System Sci. Total Environ.Suppl:735-740 ","1227",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1227-3",64,0.72727272727272729,"Flow through tests","Chlamydomonas reinhardtii","Exponential growth phase","10 day","EC10","Growth inhibition: Cell count","3.7 ug/L","Microalga","Chlorophyta","Chlorophyceae","SAG media 1 with added macronutrients","24 ± 2","Chronic",6.2,"N.A.","Schafer,H., A. Wenzel, U. Fritsche, G. Roderer, and W. Traunspurger (1993) Long-Term Effects of Selected Xenobiotica on Freshwater Green Algae: Development of a Flow-Through Test System Sci. Total Environ.Suppl:735-740 ","1227",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1227-4",64,0.72727272727272729,"Flow through tests","Chlamydomonas reinhardtii","Exponential growth phase","96 hrs","EC50","Growth inhibition: Cell count","51 ug/L","Microalga","Chlorophyta","Chlorophyceae","SAG media 1 with added macronutrients","24 ± 2","Chronic",6.2,"N.A.","Schafer,H., A. Wenzel, U. Fritsche, G. Roderer, and W. Traunspurger (1993) Long-Term Effects of Selected Xenobiotica on Freshwater Green Algae: Development of a Flow-Through Test System Sci. Total Environ.Suppl:735-740 ","1227",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1227-5",64,0.72727272727272729,"Flow through tests","Chlamydomonas reinhardtii","Exponential growth phase","7 days","EC50","Growth inhibition: Cell count","21 ug/L","Microalga","Chlorophyta","Chlorophyceae","SAG media 1 with added macronutrients","24 ± 2","Chronic",6.2,"N.A.","Schafer,H., A. Wenzel, U. Fritsche, G. Roderer, and W. Traunspurger (1993) Long-Term Effects of Selected Xenobiotica on Freshwater Green Algae: Development of a Flow-Through Test System Sci. Total Environ.Suppl:735-740 ","1227",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1227-6",64,0.72727272727272729,"Flow through tests","Chlamydomonas reinhardtii","Exponential growth phase","10 day","EC50","Growth inhibition: Cell count","10.2 ug/L","Microalga","Chlorophyta","Chlorophyceae","SAG media 1 with added macronutrients","24 ± 2","Chronic",6.2,"N.A.","Schafer,H., A. Wenzel, U. Fritsche, G. Roderer, and W. Traunspurger (1993) Long-Term Effects of Selected Xenobiotica on Freshwater Green Algae: Development of a Flow-Through Test System Sci. Total Environ.Suppl:735-740 ","1227",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1227-7",64,0.72727272727272729,"Static tests","Chlamydomonas reinhardtii","Exponential growth phase","72 hours","EC10","Growth inhibition: cell count","122 ug/L","Microalga","Chlorophyta","Chlorophyceae","SAG media 1 with added macronutrients","24 ± 2","Chronic",6.2,"N.A.","Schafer,H., A. Wenzel, U. Fritsche, G. Roderer, and W. Traunspurger (1993) Long-Term Effects of Selected Xenobiotica on Freshwater Green Algae: Development of a Flow-Through Test System Sci. Total Environ.Suppl:735-740 ","1227",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1227-8",64,0.72727272727272729,"Static tests","Chlamydomonas reinhardtii","Exponential growth phase","72 hours","EC50","Growth inhibition: cell count","352 ug/L","Microalga","Chlorophyta","Chlorophyceae","SAG media 1 with added macronutrients","24 ± 2","Chronic",6.2,"N.A.","Schafer,H., A. Wenzel, U. Fritsche, G. Roderer, and W. Traunspurger (1993) Long-Term Effects of Selected Xenobiotica on Freshwater Green Algae: Development of a Flow-Through Test System Sci. Total Environ.Suppl:735-740 ","1227",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/plant","1228-1",69,0.78409090909090906,"Static tests","Chlamydomonas reinhardtii","Exponential growth phase","24 hr","NOEC","Growth inhibition: cell count","0.01mg/L","Microalga","Chlorophyta","Chlorophyceae","SAG medium 12","20 ± 1","Acute ","7.1-7.2","N.A.","Schafer,H., H. Hettler, U. Fritsche, G. Pitzen, G. Roderer, and A. Wenzel (1994) Biotests Using Unicellular Algae and Ciliates for Predicting Long-Term Effects of Toxicants Ecotoxicol. Environ. Saf.27(1): 64-81 ","1228",null,null,"Do Not Use - 24 hour text won't be used with this amount of data anyway"]
["Freshwater/non-metal/plant","1228-2",69,0.78409090909090906,"Static tests","Chlamydomonas reinhardtii","Exponential growth phase","72 hours","NOEC","Growth inhibition: cell count","0.12 mg/L","Microalga","Chlorophyta","Chlorophyceae","SAG medium 12","20 ± 1","Chronic","7.1-7.2","N.A.","Schafer,H., H. Hettler, U. Fritsche, G. Pitzen, G. Roderer, and A. Wenzel (1994) Biotests Using Unicellular Algae and Ciliates for Predicting Long-Term Effects of Toxicants Ecotoxicol. Environ. Saf.27(1): 64-81 ","1228",null,null,"Inorganic chemicals in p.a. quality"]
["Freshwater/non-metal/plant","1228-3",69,0.78409090909090906,"Static tests","Chlamydomonas reinhardtii","Exponential growth phase","72 hours","EC50","Growth inhibition: cell count","0.35 mg/L","Microalga","Chlorophyta","Chlorophyceae","SAG medium 12","20 ± 1","Chronic","7.1-7.2","N.A.","Schafer,H., H. Hettler, U. Fritsche, G. Pitzen, G. Roderer, and A. Wenzel (1994) Biotests Using Unicellular Algae and Ciliates for Predicting Long-Term Effects of Toxicants Ecotoxicol. Environ. Saf.27(1): 64-81 ","1228",null,null,"Inorganic chemicals in p.a. quality"]
["Freshwater/non-metal/plant","1228-4",69,0.78409090909090906,"Static tests","Scenedesmus supspicatus","Exponential growth phase","24 hr","NOEC","Growth inhibition: cell count","0.02 mg/L","Microalga","Chlorophyta","Chlorophyceae","SAG medium 12","20 ± 1","Acute ","7.1-7.2","N.A.","Schafer,H., H. Hettler, U. Fritsche, G. Pitzen, G. Roderer, and A. Wenzel (1994) Biotests Using Unicellular Algae and Ciliates for Predicting Long-Term Effects of Toxicants Ecotoxicol. Environ. Saf.27(1): 64-81 ","1228",null,null,"Inorganic chemicals in p.a. quality"]
["Freshwater/non-metal/plant","1228-5",69,0.78409090909090906,"Static tests","Scenedesmus supspicatus","Exponential growth phase","72 hours","NOEC","Growth inhibition: cell count","0.022 mg/L","Microalga","Chlorophyta","Chlorophyceae","SAG medium 12","20 ± 1","Chronic","7.1-7.2","N.A.","Schafer,H., H. Hettler, U. Fritsche, G. Pitzen, G. Roderer, and A. Wenzel (1994) Biotests Using Unicellular Algae and Ciliates for Predicting Long-Term Effects of Toxicants Ecotoxicol. Environ. Saf.27(1): 64-81 ","1228",null,null,"Inorganic chemicals in p.a. quality"]
["Freshwater/non-metal/plant","1228-6",69,0.78409090909090906,"Static tests","Scenedesmus supspicatus","Exponential growth phase","72 hours","EC50","Growth inhibition: cell count","0.072 mg/L","Microalga","Chlorophyta","Chlorophyceae","SAG medium 12","20 ± 1","Chronic","7.1-7.2","N.A.","Schafer,H., H. Hettler, U. Fritsche, G. Pitzen, G. Roderer, and A. Wenzel (1994) Biotests Using Unicellular Algae and Ciliates for Predicting Long-Term Effects of Toxicants Ecotoxicol. Environ. Saf.27(1): 64-81 ","1228",null,null,"Inorganic chemicals in p.a. quality"]
["Freshwater/non-metal/plant","1228-7",69,0.78409090909090906,"Flow through tests","Chlamydomonas reinhardtii","Exponential growth phase","96 hrs","NOEC","Growth inhibition: cell count","0.0034 mg/L","Microalga","Chlorophyta","Chlorophyceae","Nutrient media","24±1","Chronic",6.2,"N.A.","Schafer,H., H. Hettler, U. Fritsche, G. Pitzen, G. Roderer, and A. Wenzel (1994) Biotests Using Unicellular Algae and Ciliates for Predicting Long-Term Effects of Toxicants Ecotoxicol. Environ. Saf.27(1): 64-81 ","1228",null,null,"Inorganic chemicals in p.a. quality"]
["Freshwater/non-metal/plant","1228-8",69,0.78409090909090906,"Flow through tests","Chlamydomonas reinhardtii","Exponential growth phase","96 hrs","EC50","Growth inhibition: cell count","0.051 mg/L","Microalga","Chlorophyta","Chlorophyceae","Nutrient media","24±1","Chronic",6.2,"N.A.","Schafer,H., H. Hettler, U. Fritsche, G. Pitzen, G. Roderer, and A. Wenzel (1994) Biotests Using Unicellular Algae and Ciliates for Predicting Long-Term Effects of Toxicants Ecotoxicol. Environ. Saf.27(1): 64-81 ","1228",null,null,"Inorganic chemicals in p.a. quality"]
["Freshwater/non-metal/plant","1228-9",69,0.78409090909090906,"Flow through tests","Chlamydomonas reinhardtii","Exponential growth phase","7 days","NOEC","Growth inhibition: cell count","0.0051 mg/L","Microalga","Chlorophyta","Chlorophyceae","Nutrient media","24±1","Chronic",6.2,"N.A.","Schafer,H., H. Hettler, U. Fritsche, G. Pitzen, G. Roderer, and A. Wenzel (1994) Biotests Using Unicellular Algae and Ciliates for Predicting Long-Term Effects of Toxicants Ecotoxicol. Environ. Saf.27(1): 64-81 ","1228",null,null,"Inorganic chemicals in p.a. quality"]
["Freshwater/non-metal/plant","1228-10",69,0.78409090909090906,"Flow through tests","Chlamydomonas reinhardtii","Exponential growth phase","7 days","EC50","Growth inhibition: cell count","0.021 mg/L","Microalga","Chlorophyta","Chlorophyceae","Nutrient media","24±1","Chronic",6.2,"N.A.","Schafer,H., H. Hettler, U. Fritsche, G. Pitzen, G. Roderer, and A. Wenzel (1994) Biotests Using Unicellular Algae and Ciliates for Predicting Long-Term Effects of Toxicants Ecotoxicol. Environ. Saf.27(1): 64-81 ","1228",null,null,"Inorganic chemicals in p.a. quality"]
["Freshwater/non-metal/plant","1228-11",69,0.78409090909090906,"Flow through tests","Chlamydomonas reinhardtii","Exponential growth phase","10 days","NOEC","Growth inhibition: cell count","0.0037 mg/L","Microalga","Chlorophyta","Chlorophyceae","Nutrient media","24±1","Chronic",6.2,"N.A.","Schafer,H., H. Hettler, U. Fritsche, G. Pitzen, G. Roderer, and A. Wenzel (1994) Biotests Using Unicellular Algae and Ciliates for Predicting Long-Term Effects of Toxicants Ecotoxicol. Environ. Saf.27(1): 64-81 ","1228",null,null,"Inorganic chemicals in p.a. quality"]
["Freshwater/non-metal/plant","1228-12",69,0.78409090909090906,"Flow through tests","Chlamydomonas reinhardtii","Exponential growth phase","10 days","EC50","Growth inhibition: cell count","0.0102 mg/L","Microalga","Chlorophyta","Chlorophyceae","Nutrient media","24±1","Chronic",6.2,"N.A.","Schafer,H., H. Hettler, U. Fritsche, G. Pitzen, G. Roderer, and A. Wenzel (1994) Biotests Using Unicellular Algae and Ciliates for Predicting Long-Term Effects of Toxicants Ecotoxicol. Environ. Saf.27(1): 64-81 ","1228",null,null,"Inorganic chemicals in p.a. quality"]
[]
["MEW_plant","1229-1",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","LOEC","Mortality","1 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",33.1,"Chronic",8.52,23.26,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,"Even though this article scored highly, it was failed as there are conflicting results present in tables and figures, numerous spelling errors. Little faith in the information presented in this article. All physical parameters were also sig different from control exposures.","Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-2",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","LC50","Mortality","1538 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater","32.06-33.1","Chronic","7.91-8.52","23.26-24.28","Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-5",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","NOEC","Growth: Shoot number","1 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",33.1,"Chronic",8.52,23.26,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-6",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","LOEC","Total biomass","1 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",33.1,"Chronic",8.52,23.26,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-6",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","NOEC","Shoot biomass","10000 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",32.450000000000003,"Chronic",7.91,24.28,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-6",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","LOEC","Root biomass","1 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",33.1,"Chronic",8.52,23.26,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-6",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","7 days","LOEC","Growth: Shoot length","1 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",33.1,"Chronic",8.52,23.26,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-6",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","14 days","LOEC","Growth: Shoot length","1 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",33.1,"Chronic",8.52,23.26,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-6",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","LOEC","Growth: Shoot length","1 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",33.1,"Chronic",8.52,23.26,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-6",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","LOEC","Number dead shoots","1 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",33.1,"Chronic",8.52,23.26,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-3",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","LOEC","Mortality","1 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",20.77,"Chronic",8.11,24.44,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-4",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","LC50","Mortality","1107 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater","19.38-20.88","Chronic","7.8-8.36","24.04-25.19","Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-5",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","NOEC","Growth: Shoot number","10000 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",20.5,"Chronic",8,25.19,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-6",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","LOEC","Total biomass","10000 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",20.5,"Chronic",8,25.19,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-6",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","NOEC","Shoot biomass","100 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",20.88,"Chronic",8.17,24.04,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-6",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","LOEC","Root biomass","1000 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",19.72,"Chronic",7.8,24.23,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-6",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","7 days","NOEC","Growth: Shoot length","10000 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",20.5,"Chronic",8,25.19,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-6",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","14 days","NOEC","Growth: Shoot length","10000 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",20.5,"Chronic",8,25.19,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-6",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","NOEC","Growth: Shoot length","10000 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",20.5,"Chronic",8,25.19,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
["MEW_plant","1229-6",75,0.82417582417582413,"Even though this article scored highly we failed it, there are conflicting results present in tables and figures, numerous spelling errors, and all physical parameters were also sig different from control exposures","Spartina alterniflora","Seedling","21 days","LOEC","Number dead shoots","1 ug/L","Macrophyte","Tracheophyta","Liliopsida","Diluted seawater",20.77,"Chronic",8.11,24.44,"Scott,C.H. (2011) A Comparison of Vegetation Indices and Conventional Ecotoxicological Plant Growth Metrics to Assess the Lethal and Sublethal Effects of Atrazine in Smooth Cordgrass, Spartina alterniflora M.S. Thesis, University of South Carolina:168 p. ","1229",null,null,"Do Not Use - Too many errors present in the article"]
[]
["Freshwater/non-metal/plant","1230-1",37,0.42045454545454547,null,"Achnanthidium minutissimum","N.A.","35 days","NOEC","Growth: Cell length","30 ug/L","Microalga","Bacillariophyta","Natural pond water",18,18,"Chronic","Not stated","N.A.","Seguin,F., J.C. Druart, and R. Le Cohu (2001) Effects of Atrazine and Nicosulfuron on Periphytic Diatom Communities in Freshwater Outdoor Lentic Mesocosms Ann. Limnol.37(1): 3-8 ","1230",null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/plant","629-1",57,0.64772727272727271,null,"Anabaena inaequalis ","Not stated","12 days","EC50","Growth: Cell concentration","0.03 ppm","Microalga","Cyanobacteria","Cyanophyceae","Nitrogen-free liquid medium",20,"Chronic","Not stated","N.A.","Stratton,G.W. Effects of the Herbicide Atrazine and Its Degradation Products, Alone and in Combination, on Phototrophic Microorganisms Arch. Environ. Contam. Toxicol.13(1): 35-42 1984","629",null,null,"Technical grade >95%"]
["Freshwater/non-metal/plant","629-1",57,0.64772727272727271,null,"Anabaena cylindrica","Not stated","12 days","EC50","Growth: Cell concentration","1.2 ppm","Microalga","Cyanobacteria","Cyanophyceae","Nitrogen-free liquid medium",20,"Chronic","Not stated","N.A.","Stratton,G.W. Effects of the Herbicide Atrazine and Its Degradation Products, Alone and in Combination, on Phototrophic Microorganisms Arch. Environ. Contam. Toxicol.13(1): 35-42 1984","629",null,null,"Technical grade >95%"]
["Freshwater/non-metal/plant","629-1",57,0.64772727272727271,null,"Anabaena variabilis ","Not stated","12 days","EC50","Growth: Cell concentration","4 ppm","Microalga","Cyanobacteria","Cyanophyceae","Nitrogen-free liquid medium supplemented with nano3",20,"Chronic","Not stated","N.A.","Stratton,G.W. Effects of the Herbicide Atrazine and Its Degradation Products, Alone and in Combination, on Phototrophic Microorganisms Arch. Environ. Contam. Toxicol.13(1): 35-42 1984","629",null,null,"Technical grade >95%"]
["Freshwater/non-metal/plant","629-1",57,0.64772727272727271,null,"Chlorealla pyrenoidosa","Not stated","12 days","EC50","Growth: Cell concentration","0.3 ppm","Microalga","Chlorophyta","Chlorophyceae","Nitrogen-free liquid medium supplemented with nano3",20,"Chronic","Not stated","N.A.","Stratton,G.W. Effects of the Herbicide Atrazine and Its Degradation Products, Alone and in Combination, on Phototrophic Microorganisms Arch. Environ. Contam. Toxicol.13(1): 35-42 1984","629",null,null,"Technical grade >95%"]
["Freshwater/non-metal/plant","629-1",57,0.64772727272727271,null,"Scenedesmus quadricauda","Not stated","12 days","EC50","Growth: Cell concentration","0.1 ppm","Microalga","Chlorophyta","Chlorophyceae","Nitrogen-free liquid medium supplemented with nano3",20,"Chronic","Not stated","N.A.","Stratton,G.W. Effects of the Herbicide Atrazine and Its Degradation Products, Alone and in Combination, on Phototrophic Microorganisms Arch. Environ. Contam. Toxicol.13(1): 35-42 1984","629",null,null,"Technical grade >95%"]
["Freshwater/non-metal/plant","629-1",57,0.64772727272727271,null,"Anabaena inaequalis ","Not stated","12 days","EC50","Growth rate: Cell concentration","0.1 ppm","Microalga","Cyanobacteria","Cyanophyceae","Nitrogen-free liquid medium",20,"Chronic","Not stated","N.A.","Stratton,G.W. Effects of the Herbicide Atrazine and Its Degradation Products, Alone and in Combination, on Phototrophic Microorganisms Arch. Environ. Contam. Toxicol.13(1): 35-42 1984","629","No reference of how growth rate was determined, assumed to be absorbance values taken over time.",null,"Technical grade >95%"]
["Freshwater/non-metal/plant","629-1",57,0.64772727272727271,null,"Anabaena cylindrica","Not stated","12 days","EC50","Growth rate: Cell concentration","3.6 ppm","Microalga","Cyanobacteria","Cyanophyceae","Nitrogen-free liquid medium",20,"Chronic","Not stated","N.A.","Stratton,G.W. Effects of the Herbicide Atrazine and Its Degradation Products, Alone and in Combination, on Phototrophic Microorganisms Arch. Environ. Contam. Toxicol.13(1): 35-42 1984","629",null,null,"Technical grade >95%"]
["Freshwater/non-metal/plant","629-1",57,0.64772727272727271,null,"Anabaena variabilis ","Not stated","12 days","EC50","Growth rate: Cell concentration","5 ppm","Microalga","Cyanobacteria","Cyanophyceae","Nitrogen-free liquid medium supplemented with nano3",20,"Chronic","Not stated","N.A.","Stratton,G.W. Effects of the Herbicide Atrazine and Its Degradation Products, Alone and in Combination, on Phototrophic Microorganisms Arch. Environ. Contam. Toxicol.13(1): 35-42 1984","629",null,null,"Technical grade >95%"]
["Freshwater/non-metal/plant","629-1",57,0.64772727272727271,null,"Chlorealla pyrenoidosa","Not stated","12 days","EC50","Growth rate: Cell concentration","1 ppm","Microalga","Chlorophyta","Chlorophyceae","Nitrogen-free liquid medium supplemented with nano3",20,"Chronic","Not stated","N.A.","Stratton,G.W. Effects of the Herbicide Atrazine and Its Degradation Products, Alone and in Combination, on Phototrophic Microorganisms Arch. Environ. Contam. Toxicol.13(1): 35-42 1984","629",null,null,"Technical grade >95%"]
["Freshwater/non-metal/plant","629-1",57,0.64772727272727271,null,"Scenedesmus quadricauda","Not stated","12 days","EC50","Growth rate: Cell concentration","0.2 ppm","Microalga","Chlorophyta","Chlorophyceae","Nitrogen-free liquid medium supplemented with nano3",20,"Chronic","Not stated","N.A.","Stratton,G.W. Effects of the Herbicide Atrazine and Its Degradation Products, Alone and in Combination, on Phototrophic Microorganisms Arch. Environ. Contam. Toxicol.13(1): 35-42 1984","629",null,null,"Technical grade >95%"]
[]
["Freshwater/non-metal/plant","627-1",64,0.72727272727272729,null,"Anabaena variabilis","Exponential growth phase","12 days","IGC50","Growth: Chl-a content","1.9 mg/L","Microalga","Cyanobacteria","Cyanophyceae","BG11 medium","25 ± 1","Chronic","Not stated","N.A.","Singh,S., P. Datta, and A. Tirkey (2011) Response of Multiple Herbicide Resistant Strain of Diazotrophic Cyanobacterium, Anabaena variabilis, Exposed to Atrazine and DCMU Indian J. Exp. Biol.49(4): 298-303","627",null,"Concentration at which 50% of colonies survived","Atrazine 95%"]
["Freshwater/non-metal/plant","627-1",64,0.72727272727272729,null,"Anabaena variabilis MHR strain","Exponential growth phase","12 days","IGC50","Growth: Chl-a content","1.8 mg/L","Microalga","Cyanobacteria","Cyanophyceae","BG11 medium","25 ± 1","Chronic","Not stated","N.A.","Singh,S., P. Datta, and A. Tirkey (2011) Response of Multiple Herbicide Resistant Strain of Diazotrophic Cyanobacterium, Anabaena variabilis, Exposed to Atrazine and DCMU Indian J. Exp. Biol.49(4): 298-303","627",null,null,"Atrazine 95%"]
[]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Cyclotella gamma","Not stated","7 days","EC50","Growth inhibition: absorbance: cell density","1552.4 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Cyclotella meneghiniana","Not stated","7 days","EC50","Growth inhibition: absorbance: cell density","3213.7 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Synedra acus","Not stated","7 days","EC50","Growth inhibition: absorbance: cell density","1173.2 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Synedra radians","Not stated","7 days","EC50","Growth inhibition: absorbance: cell density","1488.6 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Cyclotella gamma","Not stated","14 dyas","EC50","Growth inhibition: absorbance: cell density","447.6 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Cyclotella meneghiniana","Not stated","14 dyas","EC50","Growth inhibition: absorbance: cell density","180.4 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Synedra acus","Not stated","14 dyas","EC50","Growth inhibition: absorbance: cell density","180.1 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Synedra radians","Not stated","14 dyas","EC50","Growth inhibition: absorbance: cell density","113.8 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Cyclotella gamma","Not stated","21 days","EC50","Growth inhibition: absorbance: cell density","493.3 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Cyclotella meneghiniana","Not stated","21 days","EC50","Growth inhibition: absorbance: cell density","244.9 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Synedra acus","Not stated","21 days","EC50","Growth inhibition: absorbance: cell density","203.4 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Synedra radians","Not stated","21 days","EC50","Growth inhibition: absorbance: cell density","68.7 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Cyclotella gamma","Not stated","28 days","EC50","Growth inhibition: absorbance: cell density","429.7 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Cyclotella meneghiniana","Not stated","28 days","EC50","Growth inhibition: absorbance: cell density","417.3 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Synedra acus","Not stated","28 days","EC50","Growth inhibition: absorbance: cell density","204.3 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Synedra radians","Not stated","28 days","EC50","Growth inhibition: absorbance: cell density","88.9 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Cyclotella gamma","Not stated","7 days","EC50","Growth inhibition: chl-a content","494.4 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Cyclotella meneghiniana","Not stated","7 days","EC50","Growth inhibition: chl-a content","959.4 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Synedra acus","Not stated","7 days","EC50","Growth inhibition: chl-a content","259.3 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Synedra radians","Not stated","7 days","EC50","Growth inhibition: chl-a content","336.9 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Cyclotella gamma","Not stated","14 dyas","EC50","Growth inhibition: chl-a content","282.9 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Cyclotella meneghiniana","Not stated","14 dyas","EC50","Growth inhibition: chl-a content","224.6 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Synedra acus","Not stated","14 dyas","EC50","Growth inhibition: chl-a content","167.3 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Synedra radians","Not stated","14 dyas","EC50","Growth inhibition: chl-a content","49.4 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Cyclotella gamma","Not stated","21 days","EC50","Growth inhibition: chl-a content","149 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Cyclotella meneghiniana","Not stated","21 days","EC50","Growth inhibition: chl-a content","265.6 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Synedra acus","Not stated","21 days","EC50","Growth inhibition: chl-a content","159.4 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Synedra radians","Not stated","21 days","EC50","Growth inhibition: chl-a content","60.5 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Cyclotella gamma","Not stated","28 days","EC50","Growth inhibition: chl-a content","241.8 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Cyclotella meneghiniana","Not stated","28 days","EC50","Growth inhibition: chl-a content","255.4 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Synedra acus","Not stated","28 days","EC50","Growth inhibition: chl-a content","168.7 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Synedra radians","Not stated","28 days","EC50","Growth inhibition: chl-a content","92 ug/L","Microalga","Bacillariophyta","Mediophyceae","CHU 10 medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Chlamydomonas sp.","Not stated","7 days","EC50","Growth inhibition: absorbance: cell density","80.6 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlamydomonas genus"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Chlorella sp.","Not stated","7 days","EC50","Growth inhibition: absorbance: cell density","155.2 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlorella genus"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Pediastrum sp.","Not stated","7 days","EC50","Growth inhibition: absorbance: cell density","1282.2 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Scenedesmus quadricauda","Not stated","7 days","EC50","Growth inhibition: absorbance: cell density","333.8 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Chlamydomonas sp.","Not stated","14 dyas","EC50","Growth inhibition: absorbance: cell density","26.2 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlamydomonas genus"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Chlorella sp.","Not stated","14 dyas","EC50","Growth inhibition: absorbance: cell density","56.2 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlorella genus"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Pediastrum sp.","Not stated","14 dyas","EC50","Growth inhibition: absorbance: cell density","66.6 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Scenedesmus quadricauda","Not stated","14 dyas","EC50","Growth inhibition: absorbance: cell density","124.2 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Chlamydomonas sp.","Not stated","21 days","EC50","Growth inhibition: absorbance: cell density","73.4 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlamydomonas genus"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Chlorella sp.","Not stated","21 days","EC50","Growth inhibition: absorbance: cell density","46.8 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlorella genus"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Pediastrum sp.","Not stated","21 days","EC50","Growth inhibition: absorbance: cell density","51.7 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Scenedesmus quadricauda","Not stated","21 days","EC50","Growth inhibition: absorbance: cell density","50.7 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Chlamydomonas sp.","Not stated","28 days","EC50","Growth inhibition: absorbance: cell density","110.6 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlamydomonas genus"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Chlorella sp.","Not stated","28 days","EC50","Growth inhibition: absorbance: cell density","53.1 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlorella genus"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Pediastrum sp.","Not stated","28 days","EC50","Growth inhibition: absorbance: cell density","51.9 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Scenedesmus quadricauda","Not stated","28 days","EC50","Growth inhibition: absorbance: cell density","27.6 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Chlamydomonas sp.","Not stated","7 days","EC50","Growth inhibition: chl-a content","46.5 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlamydomonas genus"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Chlorella sp.","Not stated","7 days","EC50","Growth inhibition: chl-a content","72.9 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlorella genus"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Pediastrum sp.","Not stated","7 days","EC50","Growth inhibition: chl-a content","536.6 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Scenedesmus quadricauda","Not stated","7 days","EC50","Growth inhibition: chl-a content","171 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Chlamydomonas sp.","Not stated","14 dyas","EC50","Growth inhibition: chl-a content","33.1 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlamydomonas genus"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Chlorella sp.","Not stated","14 dyas","EC50","Growth inhibition: chl-a content","52.6 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlorella genus"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Pediastrum sp.","Not stated","14 dyas","EC50","Growth inhibition: chl-a content","88.8 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Scenedesmus quadricauda","Not stated","14 dyas","EC50","Growth inhibition: chl-a content","80.7 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Chlamydomonas sp.","Not stated","21 days","EC50","Growth inhibition: chl-a content","58.1 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlamydomonas genus"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Chlorella sp.","Not stated","21 days","EC50","Growth inhibition: chl-a content","52.2 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlorella genus"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Pediastrum sp.","Not stated","21 days","EC50","Growth inhibition: chl-a content","28 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Scenedesmus quadricauda","Not stated","21 days","EC50","Growth inhibition: chl-a content","54.9 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-1",69,0.78409090909090906,null,"Chlamydomonas sp.","Not stated","28 days","EC50","Growth inhibition: chl-a content","116.5 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlamydomonas genus"]
["Freshwater/non-metal/plant","1231-2",69,0.78409090909090906,null,"Chlorella sp.","Not stated","28 days","EC50","Growth inhibition: chl-a content","67.8 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Do Not Use - Not species specific and we already have the Chlorella genus"]
["Freshwater/non-metal/plant","1231-3",69,0.78409090909090906,null,"Pediastrum sp.","Not stated","28 days","EC50","Growth inhibition: chl-a content","42.4 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
["Freshwater/non-metal/plant","1231-4",69,0.78409090909090906,null,"Scenedesmus quadricauda","Not stated","28 days","EC50","Growth inhibition: chl-a content","28.8 ug/L","Microalga","Chlorophyta","Chlorophyceae","WC Freshwater medium",20,"Chronic","Not stated","N.A.","Tang,J.X., K.D. Hoagland, and B.D. Siegfried (1997) Differential Toxicity of Atrazine to Selected Freshwater Algae Bull.  Contam. Toxicol.59(4): 631-637 1997","1231",null,null,"Technical atrazine 99.8%"]
[]
["Freshwater/non-metal/plant","1232-1",73,0.82954545454545459,null,"Lemna minor","Not stated","7 days","EC50","Growth: Frond count","0.13 mg/L","Macrophyte","Tracheophyta","Liliopsida","SIS medium","25 ± 2","Chronic"," 6.5 ± 0.2","N.A.","Tunic,T., V. Knezevic, U. Kerkez, A. Tubic, D. Sunjka, S. Lazic, D. Brkic, and I. Teodorovic (2015) Some Arguments in Favor of a Myriophyllum aquaticum Growth Inhibition Test in a Water-Sediment System as an Additional Test in Risk Assessment of Herbicides Environ. Toxicol. Chem.34:2104-2115 ","1232",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/plant","1232-1",73,0.82954545454545459,null,"Lemna minor","Not stated","7 days","EC50","Growth: Fresh weight","0.06 mg/L","Macrophyte","Tracheophyta","Liliopsida","SIS medium","25 ± 2","Chronic"," 6.5 ± 0.2","N.A.","Tunic,T., V. Knezevic, U. Kerkez, A. Tubic, D. Sunjka, S. Lazic, D. Brkic, and I. Teodorovic (2015) Some Arguments in Favor of a Myriophyllum aquaticum Growth Inhibition Test in a Water-Sediment System as an Additional Test in Risk Assessment of Herbicides Environ. Toxicol. Chem.34:2104-2115 ","1232",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/plant","1232-1",73,0.82954545454545459,null,"Lemna minor","Not stated","7 days","EC50","Relative growth rate: Frond number","0.22 mg/L","Macrophyte","Tracheophyta","Liliopsida","SIS medium","25 ± 2","Chronic"," 6.5 ± 0.2","N.A.","Tunic,T., V. Knezevic, U. Kerkez, A. Tubic, D. Sunjka, S. Lazic, D. Brkic, and I. Teodorovic (2015) Some Arguments in Favor of a Myriophyllum aquaticum Growth Inhibition Test in a Water-Sediment System as an Additional Test in Risk Assessment of Herbicides Environ. Toxicol. Chem.34:2104-2115 ","1232",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/plant","1232-1",73,0.82954545454545459,null,"Lemna minor","Not stated","7 days","EC50","Relative growth rate: Fresh weight","0.11 mg/L","Macrophyte","Tracheophyta","Liliopsida","SIS medium","25 ± 2","Chronic"," 6.5 ± 0.2","N.A.","Tunic,T., V. Knezevic, U. Kerkez, A. Tubic, D. Sunjka, S. Lazic, D. Brkic, and I. Teodorovic (2015) Some Arguments in Favor of a Myriophyllum aquaticum Growth Inhibition Test in a Water-Sediment System as an Additional Test in Risk Assessment of Herbicides Environ. Toxicol. Chem.34:2104-2115 ","1232",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/plant","1232-1",73,0.82954545454545459,null,"Lemna minor","Not stated","7 days","EC50","Relative growth rate: Frond area","0.25 mg/L","Macrophyte","Tracheophyta","Liliopsida","SIS medium","25 ± 2","Chronic"," 6.5 ± 0.2","N.A.","Tunic,T., V. Knezevic, U. Kerkez, A. Tubic, D. Sunjka, S. Lazic, D. Brkic, and I. Teodorovic (2015) Some Arguments in Favor of a Myriophyllum aquaticum Growth Inhibition Test in a Water-Sediment System as an Additional Test in Risk Assessment of Herbicides Environ. Toxicol. Chem.34:2104-2115 ","1232",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/plant","1232-2",78,0.88636363636363635,null,"Myriophyllum aquaticum","Apical shoots (6±1 cm)","7 days","EC50","Growth: Shoot length","0.5 mg/L","Macrophyte","Tracheophyta","Magnoliopsida","Smart and Barko nutrient media","22 ± 2","Chronic","Not stated","N.A.","Tunic,T., V. Knezevic, U. Kerkez, A. Tubic, D. Sunjka, S. Lazic, D. Brkic, and I. Teodorovic (2015) Some Arguments in Favor of a Myriophyllum aquaticum Growth Inhibition Test in a Water-Sediment System as an Additional Test in Risk Assessment of Herbicides Environ. Toxicol. Chem.34:2104-2115 ","1232",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/plant","1232-2",78,0.88636363636363635,"","Myriophyllum aquaticum","Apical shoots (6±1 cm)","7 days","EC50","Growth: Fresh weight","0.26 mg/L","Macrophyte","Tracheophyta","Magnoliopsida","Smart and Barko nutrient media","22 ± 2","Chronic","Not stated","N.A.","Tunic,T., V. Knezevic, U. Kerkez, A. Tubic, D. Sunjka, S. Lazic, D. Brkic, and I. Teodorovic (2015) Some Arguments in Favor of a Myriophyllum aquaticum Growth Inhibition Test in a Water-Sediment System as an Additional Test in Risk Assessment of Herbicides Environ. Toxicol. Chem.34:2104-2115 ","1232",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/plant","1232-2",78,0.88636363636363635,"","Myriophyllum aquaticum","Apical shoots (6±1 cm)","7 days","EC50","Growth: Dry weight","0.17 mg/L","Macrophyte","Tracheophyta","Magnoliopsida","Smart and Barko nutrient media","22 ± 2","Chronic","Not stated","N.A.","Tunic,T., V. Knezevic, U. Kerkez, A. Tubic, D. Sunjka, S. Lazic, D. Brkic, and I. Teodorovic (2015) Some Arguments in Favor of a Myriophyllum aquaticum Growth Inhibition Test in a Water-Sediment System as an Additional Test in Risk Assessment of Herbicides Environ. Toxicol. Chem.34:2104-2115 ","1232",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/plant","1232-2",78,0.88636363636363635,"","Myriophyllum aquaticum","Apical shoots (6±1 cm)","7 days","EC50","Relative growth rate: Shoot length","0.64 mg/L","Macrophyte","Tracheophyta","Magnoliopsida","Smart and Barko nutrient media","22 ± 2","Chronic","Not stated","N.A.","Tunic,T., V. Knezevic, U. Kerkez, A. Tubic, D. Sunjka, S. Lazic, D. Brkic, and I. Teodorovic (2015) Some Arguments in Favor of a Myriophyllum aquaticum Growth Inhibition Test in a Water-Sediment System as an Additional Test in Risk Assessment of Herbicides Environ. Toxicol. Chem.34:2104-2115 ","1232",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/plant","1232-2",78,0.88636363636363635,"","Myriophyllum aquaticum","Apical shoots (6±1 cm)","7 days","EC50","Relative growth rate: Fresh weight","0.32 mg/L","Macrophyte","Tracheophyta","Magnoliopsida","Smart and Barko nutrient media","22 ± 2","Chronic","Not stated","N.A.","Tunic,T., V. Knezevic, U. Kerkez, A. Tubic, D. Sunjka, S. Lazic, D. Brkic, and I. Teodorovic (2015) Some Arguments in Favor of a Myriophyllum aquaticum Growth Inhibition Test in a Water-Sediment System as an Additional Test in Risk Assessment of Herbicides Environ. Toxicol. Chem.34:2104-2115 ","1232",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/plant","1232-2",78,0.88636363636363635,"","Myriophyllum aquaticum","Apical shoots (6±1 cm)","7 days","EC50","Relative growth rate: Dry weight","0.18 mg/L","Macrophyte","Tracheophyta","Magnoliopsida","Smart and Barko nutrient media","22 ± 2","Chronic","Not stated","N.A.","Tunic,T., V. Knezevic, U. Kerkez, A. Tubic, D. Sunjka, S. Lazic, D. Brkic, and I. Teodorovic (2015) Some Arguments in Favor of a Myriophyllum aquaticum Growth Inhibition Test in a Water-Sediment System as an Additional Test in Risk Assessment of Herbicides Environ. Toxicol. Chem.34:2104-2115 ","1232",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/plant","1232-2",78,0.88636363636363635,"","Myriophyllum aquaticum","Apical shoots (6±1 cm)","7 days","EC50","Growth: Root fresh weight","0.29 mg/L","Macrophyte","Tracheophyta","Magnoliopsida","Smart and Barko nutrient media","22 ± 2","Chronic","Not stated","N.A.","Tunic,T., V. Knezevic, U. Kerkez, A. Tubic, D. Sunjka, S. Lazic, D. Brkic, and I. Teodorovic (2015) Some Arguments in Favor of a Myriophyllum aquaticum Growth Inhibition Test in a Water-Sediment System as an Additional Test in Risk Assessment of Herbicides Environ. Toxicol. Chem.34:2104-2115 ","1232",null,null,"Atrazine 98% purity"]
[]
["Freshwater/non-metal/plant","1233-1",64,0.72727272727272729,null,"Scenedesmus obliquus","Exponential growth phase","9 days","LOEC","Growth rate: cell density","0.2 mg/L","Microalga","Chlorophyta","BG11 medium","25 ± 1","25 ± 1","Chronic","not stated","N.A.","Zhu X, Sun Y, Zhang X, Heng H, Nan Hailu, Zhang L and Huang Y (2016). Herbicides interfere with antigrazer defenses in Scenedesmus obliquus, Chemosphere, 162, 243-251. ","1233",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1233-2",64,0.72727272727272729,null,"Scenedesmus obliquus","Exponential growth phase","9 days","NOEC","Growth rate: cell density","0.02 mg/L","Microalga","Chlorophyta","BG11 medium","25 ± 1","25 ± 1","Chronic","not stated","N.A.","Zhu X, Sun Y, Zhang X, Heng H, Nan Hailu, Zhang L and Huang Y (2016). Herbicides interfere with antigrazer defenses in Scenedesmus obliquus, Chemosphere, 162, 243-251. ","1233",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/plant","1234-1",68,0.77272727272727271,"Toxicity value is highest concentration tested","Scenedesmus quadricauda","Exponential growth phase","24 hr","NOEC","Growth rate: cell density","5 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Acute ",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-4",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-2",68,0.77272727272727271,"Toxicity value is highest concentration tested","Scenedesmus quadricauda","Exponential growth phase","24 hr","NOEC","Growth rate: cell density","5 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Acute ",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-5",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-3",68,0.77272727272727271,null,"Scenedesmus quadricauda","Exponential growth phase","48 hours","NOEC","Growth rate: cell density","0.5 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Chronic",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-4",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-4",68,0.77272727272727271,null,"Scenedesmus quadricauda","Exponential growth phase","48 hours","LOEC","Growth rate: cell density","5 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Chronic",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-4",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-5",68,0.77272727272727271,null,"Scenedesmus quadricauda","Exponential growth phase","48 hours","NOEC","Growth rate: cell density","0.5 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Chronic",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-5",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-6",68,0.77272727272727271,null,"Scenedesmus quadricauda","Exponential growth phase","48 hours","LOEC","Growth rate: cell density","5 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Chronic",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-5",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-7",68,0.77272727272727271,"Toxicity value is lowest concentration tested","Scenedesmus quadricauda","Exponential growth phase","72 hours","LOEC","Growth rate: cell density","0.05 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Chronic",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-4",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-8",68,0.77272727272727271,"Toxicity value is lowest concentration tested","Scenedesmus quadricauda","Exponential growth phase","72 hours","LOEC","Growth rate: cell density","0.05 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Chronic",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-4",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-9",68,0.77272727272727271,"Toxicity value is lowest concentration tested","Scenedesmus quadricauda","Exponential growth phase","96 hrs","LOEC","Growth rate: cell density","0.05 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Chronic",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-5",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-10",68,0.77272727272727271,"Toxicity value is lowest concentration tested","Scenedesmus quadricauda","Exponential growth phase","96 hrs","LOEC","Growth rate: cell density","0.05 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Chronic",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-5",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-11",68,0.77272727272727271,"Toxicity value is highest concentration tested","Scenedesmus quadricauda","Exponential growth phase","24 hr","NOEC","Biomass: Dry weight","5 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Acute ",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-4",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-12",68,0.77272727272727271,null,"Scenedesmus quadricauda","Exponential growth phase","24 hr","LOEC","Biomass: Dry weight","5 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Acute ",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-5",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-13",68,0.77272727272727271,null,"Scenedesmus quadricauda","Exponential growth phase","24 hr","NOEC","Biomass: Dry weight","0.5 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Acute ",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-5",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-14",68,0.77272727272727271,"Highest concentration tested","Scenedesmus quadricauda","Exponential growth phase","48 hours","NOEC","Biomass: Dry weight","5 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Acute ",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-4",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-15",68,0.77272727272727271,null,"Scenedesmus quadricauda","Exponential growth phase","48 hours","LOEC","Biomass: Dry weight","5 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Acute ",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-5",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-16",68,0.77272727272727271,null,"Scenedesmus quadricauda","Exponential growth phase","48 hours","NOEC","Biomass: Dry weight","0.5 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Acute ",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-5",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-17",68,0.77272727272727271,"Toxicity value is lowest concentration tested","Scenedesmus quadricauda","Exponential growth phase","72 hours","LOEC","Biomass: Dry weight","0.05 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Acute ",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-4",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-18",68,0.77272727272727271,"Toxicity value is lowest concentration tested","Scenedesmus quadricauda","Exponential growth phase","72 hours","LOEC","Biomass: Dry weight","0.05 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Acute ",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-5",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-19",68,0.77272727272727271,"Toxicity value is lowest concentration tested","Scenedesmus quadricauda","Exponential growth phase","96 hrs","LOEC","Biomass: Dry weight","0.05 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Acute ",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-4",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1234-20",68,0.77272727272727271,"Toxicity value is lowest concentration tested","Scenedesmus quadricauda","Exponential growth phase","96 hrs","LOEC","Biomass: Dry weight","0.05 mg/L","Microalga","Chlorophyta","OECD medium","23±2","23±2","Acute ",7,"N.A.","Chia MA, Dauda S and Jibril TZ (2016). Toxicity of atrazine to Scenedesmus quadricauda under different nitrogen concentrations, Environmental Earth Sciences 75: 960.","1234","Nitrogen concentration: 1.8 x 10^-5",null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/plant","1003-2",59,0.67045454545454541,"","Selenastrum capricornutum","Exponential growth phase","96 hrs","EC50","Biomass: Cell density","45.6 ug/L","Microalga","Chlorophyta","Sterilised culture medium","22 ± 1°C","22 ± 1°C","Chronic","not stated","N.A.","Ge, H., Lin, Z., Yao, Z., Gao  Y., Cong, Y. and Yu, H. (2014). Balance between herbicidal activity and toxicity effect: A case studyof the joint effects of triazine and phenylurea herbicides on Selenastrum capricornutum and Photobacterium phosphoreum, Aquat. Toxicol. 150: 165- 74.","1003",null,null,"Purity >99%"]
[]
["Freshwater/non-metal/plant","1171-1-OK",40,0.45454545454545453,null,"Chlorella fusca","Not stated","24 hr","EC50","Reproduction","0.015 mg/L","Microalga","Chlorophyta","Not stated","not stated","not stated","Acute ","not stated","N.A.","Faust,M., R. Altenburger, W. Boedeker, and L.H. Grimme (1993) Additive Effects of Herbicide Combinations on Aquatic Non-Target Organisms Sci. Total Environ.134(Suppl. 2): 941-952","1171",null,null,"Do Not Use - Failed QAQC"]
[]
["MEW_plant","1236-1",70,0.76923076923076927,"","Vallisneria americana","not stated","47 days","NOEC","Survival","12 PPB","Macrophyte","Tracheophyta","liliopsida","Well water, adjusted to the proper salinity with Instant Ocean Salt",30,"Chronic",8,5,"Correll DL and Wu TL (1982). Atrazine toxicity to submersed vascular plants in simulated estuarine microcosms, Aquatic Botany 14, 151-158..","1236",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1236-2",70,0.76923076923076927,"","Vallisneria americana","not stated","47 days","NOEC","Reproduction","1.3 PPB","Macrophyte","Tracheophyta","liliopsida","Well water, adjusted to the proper salinity with Instant Ocean Salt",30,"Chronic",8,5,"Correll DL and Wu TL (1982). Atrazine toxicity to submersed vascular plants in simulated estuarine microcosms, Aquatic Botany 14, 151-158..","1236",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1236-3",70,0.76923076923076927,"","Vallisneria americana","not stated","47 days","LOEC","Reproduction","12 PPB","Macrophyte","Tracheophyta","liliopsida","Well water, adjusted to the proper salinity with Instant Ocean Salt",30,"Chronic",8,5,"Correll DL and Wu TL (1982). Atrazine toxicity to submersed vascular plants in simulated estuarine microcosms, Aquatic Botany 14, 151-158..","1236",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1236-4",70,0.76923076923076927,"","Vallisneria americana","not stated","47 days","NOEC","Reproduction","1.3 PPB","Macrophyte","Tracheophyta","liliopsida","Well water, adjusted to the proper salinity with Instant Ocean Salt",30,"Chronic",8,5,"Correll DL and Wu TL (1982). Atrazine toxicity to submersed vascular plants in simulated estuarine microcosms, Aquatic Botany 14, 151-158..","1236",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1236-5",70,0.76923076923076927,"","Vallisneria americana","not stated","47 days","LOEC","Reproduction","12 PPB","Macrophyte","Tracheophyta","liliopsida","Well water, adjusted to the proper salinity with Instant Ocean Salt",30,"Chronic",8,5,"Correll DL and Wu TL (1982). Atrazine toxicity to submersed vascular plants in simulated estuarine microcosms, Aquatic Botany 14, 151-158..","1236",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/plant","1151-2",52,0.59090909090909094,"Toxicity value is highest concentration tested. Nominal unknown dilution concentration, carrier control approx. 90% healthy cells","Navicula cryptotenella","not stated","48 hours","NOEC","Proportion of healthy cells (%)","500 ug/L","Microalga","Bacillariophyta","Unfiltered river water","24 ± 2","24 ± 2","Chronic","not stated","N.A.","Wood, R.J., Mitrovic, S.M., Lim, R.P. and Kefford, B.J. (2016) How benthic diatoms within natural communities respond to eight common herbicides with different modes of action Science of the Total Environment 557-558 (636-643)","1151",null,null,"Do Not Use - Nominal unknown dilution concentration and uses the highest concentration tested, inaccurate"]
[]
["Freshwater/non-metal/plant","1237-1",60,0.68181818181818177,"Nominal unknown dilution concentration, carrier control approx. 90% healthy cells","Gomphonema clevei","not stated","48 hours","NOEC","Proportion of healthy cells (%)","50 ug/L","Microalga","Bacillariophyta","Unfiltered river water","24 ± 2","24 ± 2","Chronic","not stated","N.A.","Wood RJ, Mitrovic SM, Lim RP and Kefford BJ (2016). The influence of reduced light intensity on the response of benthic diatoms to herbicide exposure, Environmental Toxicology and Chemistry, 35 (9), 2252-2260. ","1237",null,null,"Analytical grade 99%"]
["Freshwater/non-metal/plant","1237-2",60,0.68181818181818177,"Nominal unknown dilution concentration, carrier control approx. 90% healthy cells","Gomphonema clevei","not stated","48 hours","LOEC","Proportion of healthy cells (%)","200 ug/L","Microalga","Bacillariophyta","Unfiltered river water","24 ± 2","24 ± 2","Chronic","not stated","N.A.","Wood RJ, Mitrovic SM, Lim RP and Kefford BJ (2016). The influence of reduced light intensity on the response of benthic diatoms to herbicide exposure, Environmental Toxicology and Chemistry, 35 (9), 2252-2260. ","1237",null,null,"Analytical grade 99%"]
[]
["Freshwater/non-metal/plant","1238-1",59,0.67045454545454541,null,"Scenedesmus vacuolatus","Exponential growth phase","72 hours","EC50","Growth rate: cell density","66 ug/L","Microalga","Chlorophyta","Sterile inorganic medium",25,25,"Chronic","not stated","N.A.","Vallotton N, Eggen RIL, Escher BI, Krayenbuhl J and Chevre N (2008). Effect of pulse herbicidal exposure on Scenedesmus vacuolatus: A comparison of two photosynthetic II inhibitors, Environmental Toxicology and Chemistry 72 (6), 1399-1407.","1238",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1238-2",68,0.77272727272727271,null,"Scenedesmus vacuolatus","Exponential growth phase","10 hour","EC50","Growth rate: cell density","423 ug/L","Microalga","Chlorophyta","Sterile inorganic medium",25,25,"Chronic","not stated","N.A.","Vallotton N, Eggen RIL, Escher BI, Krayenbuhl J and Chevre N (2008). Effect of pulse herbicidal exposure on Scenedesmus vacuolatus: A comparison of two photosynthetic II inhibitors, Environmental Toxicology and Chemistry 72 (6), 1399-1407.","1238",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1238-3",68,0.77272727272727271,null,"Scenedesmus vacuolatus","Exponential growth phase","12 hour","EC50","Growth rate: cell density","618 ug/L","Microalga","Chlorophyta","Sterile inorganic medium",25,25,"Chronic","not stated","N.A.","Vallotton N, Eggen RIL, Escher BI, Krayenbuhl J and Chevre N (2008). Effect of pulse herbicidal exposure on Scenedesmus vacuolatus: A comparison of two photosynthetic II inhibitors, Environmental Toxicology and Chemistry 72 (6), 1399-1407.","1238",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1238-4",68,0.77272727272727271,null,"Scenedesmus vacuolatus","Exponential growth phase","48 hours","EC50","Growth rate: cell density","126 ug/L","Microalga","Chlorophyta","Sterile inorganic medium",25,25,"Chronic","not stated","N.A.","Vallotton N, Eggen RIL, Escher BI, Krayenbuhl J and Chevre N (2008). Effect of pulse herbicidal exposure on Scenedesmus vacuolatus: A comparison of two photosynthetic II inhibitors, Environmental Toxicology and Chemistry 72 (6), 1399-1407.","1238",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1238-5",68,0.77272727272727271,null,"Scenedesmus vacuolatus","Exponential growth phase","48 hours","EC50","Growth rate: cell density","128 ug/L","Microalga","Chlorophyta","Sterile inorganic medium",25,25,"Chronic","not stated","N.A.","Vallotton N, Eggen RIL, Escher BI, Krayenbuhl J and Chevre N (2008). Effect of pulse herbicidal exposure on Scenedesmus vacuolatus: A comparison of two photosynthetic II inhibitors, Environmental Toxicology and Chemistry 72 (6), 1399-1407.","1238",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/plant","1239-1",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","24 hr","EC50","Growth rate: Dry mass","2.802 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Acute ","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1239-2",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","24 hr","EC10","Growth rate: Cell number","0.110 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Acute ","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1239-3",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","24 hr","EC50","Growth rate: Cell number","0.340 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Acute ","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1239-4",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","48 hours","EC10","Growth rate: Cell number","0.148 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Chronic","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1239-5",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","48 hours","EC50","Growth rate: Cell number","0.377 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Chronic","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1239-6",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","72 hours","EC10","Growth rate: Cell number","0.167 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Chronic","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1239-7",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","72 hours","EC50","Growth rate: Cell number","0.359 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Chronic","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1239-8",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","24 hr","EC10","Growth rate: chl- a concentration ","0.279 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Acute ","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1239-9",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","24 hr","EC50","Growth rate: chl- a concentration ","0.838 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Acute ","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1239-10",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","24 hr","EC90","Growth rate: chl- a concentration ","1.847 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Acute ","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1239-11",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","48 hours","EC10","Growth rate: chl- a concentration ","0.948 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Chronic","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1239-12",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","48 hours","EC50","Growth rate: chl- a concentration ","0.985 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Chronic","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1239-13",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","48 hours","EC90","Growth rate: chl- a concentration ","1.018 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Chronic","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1239-14",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","72 hours","EC10","Growth rate: chl- a concentration ","0.743 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Chronic","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1239-15",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","72 hours","EC50","Growth rate: chl- a concentration ","0.902 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Chronic","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1239-16",65,0.73863636363636365,null,"Selenastrum capricornutum","Exponential growth phase","72 hours","EC90","Growth rate: chl- a concentration ","1.053 mg/L","Microalga","Chlorophyta","Synthetic algal nutrient medium (SANM)","23±2","23±2","Chronic","7.5 ± 0.5","N.A.","van der Heever JA and Grobbelaar JU (1996). The use of Selenastrum capricornutum growth potential as a measure of toxicity of a few selected compounds, Water SA, 22 (2), 183-191.","1239",null,null,"Do Not Use - Unknown purity"]
[]
["MEW_plant","1240-1",58,0.63736263736263732,null,"Skeletonema costatum","Not stated","48 hr","EC50","Growth: Cell counts","265 PPB","Microalga","Bacillariophyta","Mediophyceae","Sterile artificial sea water","20 ± 0.5","Chronic",8.1,"30 ppt","Walsh GE (1983). Cell Death and Inhibition of Population Growth of Marine Unicellular Algae by Pesticides, Aquatic Toxicology 3 (3), 209-214.","1240",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/plant","1241-1",73,0.82954545454545459,null,"Scirpus tabernaemontani","Not stated","15 days","EC50","Growth rate: Fresh weight","29.8 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-2",73,0.82954545454545459,"","Scirpus tabernaemontani","Not stated","30 days","EC50","Growth rate: Fresh weight","46.8 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-3",73,0.82954545454545459,"","Scirpus tabernaemontani","Not stated","15 days","NOEC","Growth rate: Fresh weight","4 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-4",73,0.82954545454545459,"","Scirpus tabernaemontani","Not stated","15 days","LOEC","Growth rate: Fresh weight","8 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-5",73,0.82954545454545459,"","Scirpus tabernaemontani","Not stated","30 days","NOEC","Growth rate: Fresh weight","8 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-6",73,0.82954545454545459,"","Acorus calamus","Not stated","15 days","EC50","Growth rate: Fresh weight","16.2 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-7",73,0.82954545454545459,"","Acorus calamus","Not stated","30 days","EC50","Growth rate: Fresh weight","25.3 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-8",73,0.82954545454545459,"","Acorus calamus","Not stated","15 days","NOEC","Growth rate: Fresh weight","2 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-9",73,0.82954545454545459,"","Acorus calamus","Not stated","15 days","LOEC","Growth rate: Fresh weight","4 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-10",73,0.82954545454545459,"","Acorus calamus","Not stated","45 days","NOEC","Growth rate: Fresh weight","8 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-11",73,0.82954545454545459,"","Lythrum salicaria","Not stated","15 days","NOEC","Growth rate: Fresh weight","4 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-12",73,0.82954545454545459,"","Lythrum salicaria","Not stated","15 days","LOEC","Growth rate: Fresh weight","8 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-13",73,0.82954545454545459,"","Lythrum salicaria","Not stated","15 days","EC50","Growth rate: Fresh weight","5.0 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-14",73,0.82954545454545459,"","Lythrum salicaria","Not stated","30 days","EC50","Growth rate: Fresh weight","9.6 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-15",73,0.82954545454545459,"","Lythrum salicaria","Not stated","60 days","NOEC","Growth rate: Fresh weight","8 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-16",73,0.82954545454545459,"","Scirpus tabernaemontani","Not stated","60 days","NOEC","Growth rate: Fresh weight","8 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-17",73,0.82954545454545459,"","Scirpus tabernaemontani","Not stated","45 days","NOEC","Growth rate: Fresh weight","8 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-18",73,0.82954545454545459,null,"Acorus calamus","Not stated","30 days","NOEC","Growth rate: Fresh weight","8 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-19",73,0.82954545454545459,null,"Acorus calamus","Not stated","60 days","NOEC","Growth rate: Fresh weight","8 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-20",73,0.82954545454545459,null,"Lythrum salicaria","Not stated","45 days","NOEC","Growth rate: Fresh weight","8 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1241-21",73,0.82954545454545459,null,"Lythrum salicaria","Not stated","30 days","NOEC","Growth rate: Fresh weight","8 mg/L","Macrophyte","Tracheophyta","10% Hoagland solution","22-28","22-28","Chronic","not stated","N.A.","Wang Q, Que X, Zheng R, Pang Z, Li Cui and Xiao B (2015). Phytotoxicity assessment of atrazine on growth and physiology\nof three emergent plants, Environmental Science and Pollution Research, 22, 9646-9657.","1241",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/plant","1242-1",57,0.64772727272727271,null,"Pseudokirchneriella subcapitata","Log growth phase","96 hrs","EC50","Growth rate: Cell counts","48.77 ug/L","Microalga","Chlorophyta","ASTM freshwater algal media",25,25,"Chronic","not stated","N.A.","Weiner JA, DeLorenzo ME and Fulton MH (2004). Relationship between uptake capacity and differential toxicity of the herbicide atrazine in selected microalgal species, Aquatic Toxicology, 68(2), 121-128.","1242",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1242-2",57,0.62637362637362637,null,"Dunaliella tertiolecta","Log growth phase","96 hrs","EC50","Growth rate: Cell counts","69.44 ug/L","Microalga","Chlorophyta","Chlorophyceae","Guillard's f/2 media","25°C","Chronic","not stated","not stated","Weiner JA, DeLorenzo ME and Fulton MH (2004). Relationship between uptake capacity and differential toxicity of the herbicide atrazine in selected microalgal species, Aquatic Toxicology, 68(2), 121-128.","1242",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1242-3",57,0.62637362637362637,null,"Phaeodactylum tricornutum","Log growth phase","96 hrs","EC50","Growth rate: Cell counts","60.61 ug/L","Microalga","Chlorophyta","Chlorophyceae","Guillard's f/2 media","25°C","Chronic","not stated","not stated","Weiner JA, DeLorenzo ME and Fulton MH (2004). Relationship between uptake capacity and differential toxicity of the herbicide atrazine in selected microalgal species, Aquatic Toxicology, 68(2), 121-128.","1242",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1242-4",57,0.62637362637362637,null,"Synechoccus sp. ","Log growth phase","96 hrs","EC50","Growth rate: Cell counts","44.46 ug/L","Microalga","Chlorophyta","Chlorophyceae","Guillard's f/2 media","25°C","Chronic","not stated","not stated","Weiner JA, DeLorenzo ME and Fulton MH (2004). Relationship between uptake capacity and differential toxicity of the herbicide atrazine in selected microalgal species, Aquatic Toxicology, 68(2), 121-128.","1242",null,null,"Do Not Use - Unknown purity"]
["MEW_plant","1242-5",57,0.62637362637362637,null,"Isochrysis galbana","Log growth phase","96 hrs","EC50","Growth rate: Cell counts","91.10 ug/L","Microalga","Chlorophyta","Chlorophyceae","Guillard's f/2 media","25°C","Chronic","not stated","not stated","Weiner JA, DeLorenzo ME and Fulton MH (2004). Relationship between uptake capacity and differential toxicity of the herbicide atrazine in selected microalgal species, Aquatic Toxicology, 68(2), 121-128.","1242",null,null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/plant","1243-1",69,0.78409090909090906,null,"Navicula sp.","Not stated","48 hours","EC7.34","Percentage of healthy cells","500 ug/L","Microalga","Bacillariophyta","Fresh site water (Bluewater Creek)","24±1","24±1","Chronic","not stated","N.A.","Wood,R.J., S.M. Mitrovic, and B.J. Kefford (2014). Determining the Relative Sensitivity of Benthic Diatoms to Atrazine Using Rapid Toxicity Testing: A Novel Method, Sci. Total Environ.485/486:421-427.","1243",null,null,"Do Not Use - Not species specific and we already have the Navicula genus"]
[]
["Freshwater/non-metal/plant","1244-1",59,0.67045454545454541,null,"Pseudokirchneriella subcapitata","Not stated","48 hours","EC50","Growth: Final yield (Cell density)","0.078 mg/L","Microalga","Chlorophyta","US EPA bottle medium (growth medium)","24±1","24±1","Chronic",7.5,"N.A.","Yeh,H.J., and C.Y. Chen (2006). Toxicity Assessment of Pesticides to Pseudokirchneriella subcapitata Under Air-Tight Test Environment, J. Hazard. Mater.131(1-3): 6-12.","1244",null,null,"Reagent grade"]
[]
["Freshwater/non-metal/plant","1245-1",65,0.73863636363636365,null,"Scenedesmus vacuolatus","not stated","24 hr","EC50","Growth: Cell number","0.082 umol/L","Microalga","Chlorophyta","Inorganic sterilised medium","28±0.5","28±0.5","Acute ","6.9 ± 0.2","N.A.","Walter,H., F. Consolaro, P. Gramatica, M. Scholze, and R. Altenburger (2002). Mixture Toxicity of Priority Pollutants at No Observed Effect Concentrations (NOECs),Ecotoxicology11(5): 299-310. ","1245",null,null,"Atrazine 98% purity"]
["Freshwater/non-metal/plant","1245-2",56,0.63636363636363635,null,"Scenedesmus vacuolatus","not stated","24 hr","NOEC","Growth: Cell number","0.026 umol/L","Microalga","Chlorophyta","Inorganic sterilised medium","28±0.5","28±0.5","Acute ","6.9 ± 0.2","N.A.","Walter,H., F. Consolaro, P. Gramatica, M. Scholze, and R. Altenburger (2002). Mixture Toxicity of Priority Pollutants at No Observed Effect Concentrations (NOECs),Ecotoxicology11(5): 299-310. ","1245",null,null,"Atrazine 98% purity"]
[]
["Freshwater/non-metal/plant","1246-1",56,0.63636363636363635,null,"Acorus calamus","not stated","20 days","NOEC","Growth rate: Dry weight","4 mg/L","Macrophyte","Tracheophyta","10% strength Hoagland medium","not stated","not stated","Chronic",7,"N.A.","Wang,Q., W. Zhang, C. Li, and B. Xiao (2012). Phytoremediation of Atrazine by Three Emergent Hydrophytes in a Hydroponic System, Water Sci. Technol.66(6): 1282-1288. ","1246",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","1246-2",56,0.63636363636363635,null,"Iris pseudacorus","not stated","20 days","NOEC","Growth rate: Dry weight","4 mg/L","Macrophyte","Tracheophyta","10% strength Hoagland medium","not stated","not stated","Chronic",7,"N.A.","Wang,Q., W. Zhang, C. Li, and B. Xiao (2012). Phytoremediation of Atrazine by Three Emergent Hydrophytes in a Hydroponic System, Water Sci. Technol.66(6): 1282-1288. ","1246",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/plant","1246-3",56,0.63636363636363635,null,"Lythrum salicaria","not stated","20 days","LOEC","Growth rate: Dry weight","4 mg/L","Macrophyte","Tracheophyta","10% strength Hoagland medium","not stated","not stated","Chronic",7,"N.A.","Wang,Q., W. Zhang, C. Li, and B. Xiao (2012). Phytoremediation of Atrazine by Three Emergent Hydrophytes in a Hydroponic System, Water Sci. Technol.66(6): 1282-1288. ","1246",null,null,"Do Not Use - Formulation"]
[]
["Freshwater/non-metal/non- plant","986-1-OK",43,0.47252747252747251,"Toxicity value is highest concentration tested","Cyprinus carpio","Not stated","40 day","NOEC","Mortality","428 ug/L","Fish","Chordata","\tActinopterygii","N.A.","20 ± 1","Chronic","Not stated","N.A.","Fu,Y., M. Li, C. Liu, J.P. Qu, W.J. Zhu, H.J. Xing, S.W. Xu, and S. Li (2013). Effect of Atrazine and Chlorpyrifos Exposure on Cytochrome P450 Contents and Enzyme Activities in Common Carp Gills, Ecotoxicol. Environ. Saf.94:28-36.","986",null,null,"Do Not Use - Failed QAQC"]
[]
["Freshwater/non-metal/non- plant","633-1-OK",66,0.72527472527472525,"Toxicity value is highest concentration tested","Rana pipiens","Adult","14 days","NOEC","Body mass","20 mg/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water","20.8 - 21.3","Acute ",7.67,"N.A.","Allran,J.W., and W.H. Karasov (2001) Effects of Atrazine on Embryos, Larvae, and Adults of Anuran Amphibians Environ. Toxicol. Chem.20(4): 769-775 2001","633",null,null,"99% pure atrazine"]
["Freshwater/non-metal/non- plant","633-2-OK",68,0.74725274725274726,"Toxicity value is highest concentration tested","Rana pipiens","Embryo","6 days","NOEC","Hatchability","20 mg/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water","22.0 ± 0.5","Acute ",7.67,"N.A.","Allran,J.W., and W.H. Karasov (2001) Effects of Atrazine on Embryos, Larvae, and Adults of Anuran Amphibians Environ. Toxicol. Chem.20(4): 769-775 2001","633",null,null,"99% pure atrazine"]
["Freshwater/non-metal/non- plant","633-3-OK",68,0.74725274725274726,"Toxicity value is highest concentration tested","Rana sylvatica","Embryo","6 days","NOEC","Hatchability","20 mg/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water","22.0 ± 0.5","Acute ",7.67,"N.A.","Allran,J.W., and W.H. Karasov (2001) Effects of Atrazine on Embryos, Larvae, and Adults of Anuran Amphibians Environ. Toxicol. Chem.20(4): 769-775 2001","633",null,null,"99% pure atrazine"]
["Freshwater/non-metal/non- plant","633-4-OK",68,0.74725274725274726,"Toxicity value is highest concentration tested","Bufo americanus","Embryo","6 days","NOEC","Hatchability","20 mg/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water","22.0 ± 0.5","Acute ",7.67,"N.A.","Allran,J.W., and W.H. Karasov (2001) Effects of Atrazine on Embryos, Larvae, and Adults of Anuran Amphibians Environ. Toxicol. Chem.20(4): 769-775 2001","633",null,null,"99% pure atrazine"]
["Freshwater/non-metal/non- plant","633-5-OK",63,0.69230769230769229,"Toxicity value is highest concentration tested","Rana pipiens","Larvae (96 hour post-hatch)","96 hrs","NOEC","Mortality","20 mg/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water","22.0 ± 0.5","Acute ",7.67,"N.A.","Allran,J.W., and W.H. Karasov (2001) Effects of Atrazine on Embryos, Larvae, and Adults of Anuran Amphibians Environ. Toxicol. Chem.20(4): 769-775 2001","633",null,null,"99% pure atrazine"]
["Freshwater/non-metal/non- plant","633-6-OK",63,0.69230769230769229,"Toxicity value is highest concentration tested","Rana sylvatica","Larvae (96 hour post-hatch)","96 hrs","NOEC","Mortality","20 mg/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water","22.0 ± 0.5","Acute ",7.67,"N.A.","Allran,J.W., and W.H. Karasov (2001) Effects of Atrazine on Embryos, Larvae, and Adults of Anuran Amphibians Environ. Toxicol. Chem.20(4): 769-775 2001","633",null,null,"99% pure atrazine"]
["Freshwater/non-metal/non- plant","633-7-OK",63,0.69230769230769229,"Toxicity value is highest concentration tested","Bufo americanus","Larvae (96 hour post-hatch)","96 hrs","NOEC","Mortality","20 mg/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water","22.0 ± 0.5","Acute ",7.67,"N.A.","Allran,J.W., and W.H. Karasov (2001) Effects of Atrazine on Embryos, Larvae, and Adults of Anuran Amphibians Environ. Toxicol. Chem.20(4): 769-775 2001","633",null,null,"99% pure atrazine"]
[]
["Freshwater/non-metal/non- plant","632-1-OK",71,0.78021978021978022,"Toxicity value is highest concentration tested","Rana pipiens","Larvae","138 d","NOEC","Mortality","200 ug/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water",22,"Chronic","8.0 ± 0.1 to 8.4 ± 0.1","N.A.","Allran,J.W., and W.H. Karasov (2000) Effects of Atrazine and Nitrate on Northern Leopard Frog (Rana pipiens) Larvae Exposed in the Laboratory from Posthatch Through Metamorphosis Environ. Toxicol. Chem.19(11): 2850-2855","632",null,null,"99% pure compound atrazine"]
["Freshwater/non-metal/non- plant","632-2-OK",71,0.78021978021978022,"Toxicity value is highest concentration tested","Rana pipiens","Larvae","138 d","NOEC","Growth: Body mass","200 ug/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water",22,"Chronic","8.0 ± 0.1 to 8.4 ± 0.1","N.A.","Allran,J.W., and W.H. Karasov (2000) Effects of Atrazine and Nitrate on Northern Leopard Frog (Rana pipiens) Larvae Exposed in the Laboratory from Posthatch Through Metamorphosis Environ. Toxicol. Chem.19(11): 2850-2855","632",null,null,"99% pure compound atrazine"]
["Freshwater/non-metal/non- plant","632-3-OK",71,0.78021978021978022,"Toxicity value is highest concentration tested","Rana pipiens","Larvae","138 d","NOEC","Growth: Snout-vent-length","200 ug/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water",22,"Chronic","8.0 ± 0.1 to 8.4 ± 0.1","N.A.","Allran,J.W., and W.H. Karasov (2000) Effects of Atrazine and Nitrate on Northern Leopard Frog (Rana pipiens) Larvae Exposed in the Laboratory from Posthatch Through Metamorphosis Environ. Toxicol. Chem.19(11): 2850-2855","632",null,null,"99% pure compound atrazine"]
[]
["Freshwater/non-metal/non- plant","1117-1-OK",62,0.68131868131868134,"Toxicity value is highest concentration tested","Chironomus tentans","4th instar larvae","48 hrs","NOEC","Immobilisation","1000 ug/L","Macroinvertebrate","Arthropoda","Insecta","Reconstituted water","25 + 1","Acute ","Not stated","N.A.","Anderson,T.D. (2006) Toxicological, Biochemical, and Molecular Effects of Atrazine to the Aquatic Midge Chironomus tentans (Diptera: Chironomidae) Ph.D. Thesis, Kansas State University, Manhattan, KS:155 p. ","1117",null,null,"Atrazine 99%"]
["Freshwater/non-metal/non- plant","1117-2-OK",62,0.68131868131868134,"Toxicity value is highest concentration tested","Chironomus tentans","4th instar larvae","48 hrs","NOEC","Mortality","1000 ug/L","Macroinvertebrate","Arthropoda","Insecta","Reconstituted water","25 + 1","Acute ","Not stated","N.A.","Anderson,T.D. (2006) Toxicological, Biochemical, and Molecular Effects of Atrazine to the Aquatic Midge Chironomus tentans (Diptera: Chironomidae) Ph.D. Thesis, Kansas State University, Manhattan, KS:155 p. ","1117",null,null,"Atrazine 99%"]
[]
["Freshwater/non-metal/plant","1122-1-OK",76,0.86363636363636365,"","Oophila sp.","Exponential growth phase","96 hrs","EC10","Growth rate: Cell number","103 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 1",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-2-OK",76,0.86363636363636365,"","Oophila sp.","Exponential growth phase","96 hrs","EC10","Growth rate: Cell number","298 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 2",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-3-OK",76,0.86363636363636365,"","Oophila sp.","Exponential growth phase","96 hrs","EC10","Growth rate: Cell number","243 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 3",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-4-OK",76,0.86363636363636365,"","Oophila sp.","Exponential growth phase","96 hrs","EC10","Growth rate: Cell number","72 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 4",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-5-OK",76,0.86363636363636365,"","Oophila sp.","Exponential growth phase","96 hrs","EC25","Growth rate: Cell number","177 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 1",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-6-OK",76,0.86363636363636365,"","Oophila sp.","Exponential growth phase","96 hrs","EC25","Growth rate: Cell number","337 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 2",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-7-OK",76,0.86363636363636365,"","Oophila sp.","Exponential growth phase","96 hrs","EC25","Growth rate: Cell number","274 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 3",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-8-OK",76,0.86363636363636365,"","Oophila sp.","Exponential growth phase","96 hrs","EC25","Growth rate: Cell number","120 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 4",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-9-OK",76,0.86363636363636365,"","Oophila sp.","Exponential growth phase","96 hrs","EC50","Growth rate: Cell number","304 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 1",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-10-OK",76,0.86363636363636365,"","Oophila sp.","Exponential growth phase","96 hrs","EC50","Growth rate: Cell number","381 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 2",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-11-OK",76,0.86363636363636365,null,"Oophila sp.","Exponential growth phase","96 hrs","EC50","Growth rate: Cell number","309 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 3",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-12-OK",76,0.86363636363636365,"","Oophila sp.","Exponential growth phase","96 hrs","EC50","Growth rate: Cell number","200 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 4",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-13-OK",67,0.76136363636000004,"","Oophila sp.","Exponential growth phase","96 hrs","NOEC","Growth rate: Cell number","32 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 1",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-14-OK",67,0.76136363636000004,"","Oophila sp.","Exponential growth phase","96 hrs","NOEC","Growth rate: Cell number","119 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 2",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-15-OK",67,0.76136363636000004,"","Oophila sp.","Exponential growth phase","96 hrs","NOEC","Growth rate: Cell number","31 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 3",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-16-OK",67,0.76136363636000004,"","Oophila sp.","Exponential growth phase","96 hrs","NOEC","Growth rate: Cell number","29 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 4",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-17-OK",67,0.76136363636000004,"","Oophila sp.","Exponential growth phase","96 hrs","LOEC","Growth rate: Cell number","102 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 1",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-18-OK",67,0.76136363636000004,"","Oophila sp.","Exponential growth phase","96 hrs","LOEC","Growth rate: Cell number","378 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 2",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-19-OK",67,0.76136363636000004,"","Oophila sp.","Exponential growth phase","96 hrs","LOEC","Growth rate: Cell number","108 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 3",null,"Technical grade atrazine 96% purity"]
["Freshwater/non-metal/plant","1122-20-OK",67,0.76136363636000004,"","Oophila sp.","Exponential growth phase","96 hrs","LOEC","Growth rate: Cell number","109 ug/L","Microalga","Chlorophyta","NH4+ modified Bristol's media","18±1","18±1","Chronic","not stated","N.A.","Baxter,L., R. Brain, J.L. Rodriguez-Gil, A. Hosmer, K. Solomon, and M. Hanson (2014) Response of the Green Alga Oophila sp., a Salamander Endosymbiont, to a PSII-Inhibitor Under Laboratory Conditions Environ. Toxicol. Chem.33(8): 1858-1864 2014","1122","Replicate 4",null,"Technical grade atrazine 96% purity"]
[]
["Freshwater/non-metal/plant","1123-1-OK",65,0.73863636363636365,"Toxicity value is lowest concentration tested","Pseudokirchneriella subcapitata","Exponential growth phase","24 hr","LOEC","Growth: Cell density","137.1 ug/L","Microalga","Chlorophyta","AAP growth media","24 ± 2","24 ± 2","Acute ","not stated","N.A.","Baxter,L., R. Brain, R. Prosser, K. Solomon, and M. Hanson (2013) Sensitivity of a Green Alga to Atrazine is not Enhanced by Previous Acute Exposure Environ. Pollut.181:325-328 ","1123",null,null,"Technical grade atrazine 96.2% purity"]
["Freshwater/non-metal/plant","1123-2-OK",65,0.73863636363636365,"Toxicity value is lowest concentration tested","Pseudokirchneriella subcapitata","Exponential growth phase","24 hr","LOEC","Growth rate: cell density","137.1 ug/L","Microalga","Chlorophyta","AAP growth media","24 ± 2","24 ± 2","Acute ","not stated","N.A.","Baxter,L., R. Brain, R. Prosser, K. Solomon, and M. Hanson (2013) Sensitivity of a Green Alga to Atrazine is not Enhanced by Previous Acute Exposure Environ. Pollut.181:325-328 ","1123",null,null,"Technical grade atrazine 96.2% purity"]
["Freshwater/non-metal/plant","1123-3-OK",65,0.73863636363636365,"Toxicity value is lowest concentration tested","Pseudokirchneriella subcapitata","Exponential growth phase","24 hr","LOEC","Growth: Chlorophyll-a content","137.1 ug/L","Microalga","Chlorophyta","AAP growth media","24 ± 2","24 ± 2","Acute ","not stated","N.A.","Baxter,L., R. Brain, R. Prosser, K. Solomon, and M. Hanson (2013) Sensitivity of a Green Alga to Atrazine is not Enhanced by Previous Acute Exposure Environ. Pollut.181:325-328 ","1123",null,null,"Technical grade atrazine 96.2% purity"]
[]
["Freshwater/non-metal/plant","1125-1-OK",66,0.75,"","Myriophyllum spicatum","Not stated","70d","NOEC","Biomass: Roots: Dry weight","28.4 ug/L","Macrophyte","Tracheophyta","Spring water","15-25","15-25","Chronic",42985,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/plant","1125-2-OK",66,0.75,"","Myriophyllum spicatum","Not stated","70d","NOEC","Biomass: Roots: Wet weight","28.4 ug/L","Macrophyte","Tracheophyta","Spring water","15-25","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/plant","1125-3-OK",66,0.75,"","Myriophyllum spicatum","Not stated","70d","NOEC","Biomass: Shoots: Dry weight","28.4 ug/L","Macrophyte","Tracheophyta","Spring water","15-25","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/plant","1125-4-OK",66,0.75,"","Myriophyllum spicatum","Not stated","70d","NOEC","Biomass: Shoots: Wet weight","28.4 ug/L","Macrophyte","Tracheophyta","Spring water","15-25","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/plant","1125-5-OK",66,0.75,"","Myriophyllum spicatum","Not stated","70d","LOEC","Biomass: Roots: Dry weight","100.6 ug/L","Macrophyte","Tracheophyta","Spring water","15-25","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/plant","1125-6-OK",66,0.75,"","Myriophyllum spicatum","Not stated","70d","LOEC","Biomass: Roots: Wet weight","100.6 ug/L","Macrophyte","Tracheophyta","Spring water","15-25","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/plant","1125-7-OK",66,0.75,"","Myriophyllum spicatum","Not stated","70d","LOEC","Biomass: Shoots: Dry weight","100.6 ug/L","Macrophyte","Tracheophyta","Spring water","15-25","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/plant","1125-8-OK",66,0.75,"","Myriophyllum spicatum","Not stated","70d","LOEC","Biomass: Shoots: Wet weight","100.6 ug/L","Macrophyte","Tracheophyta","Spring water","15-25","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/plant","1125-9-OK",66,0.75,"","Elodea canadensis","Not stated","70d","NOEC","Biomass: Shoots: Dry weight","28.4 ug/L","Macrophyte","Tracheophyta","spring water","15-25","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/plant","1125-10-OK",66,0.75,"","Elodea canadensis","Not stated","70d","NOEC","Biomass: Shoots: Wet weight","28.4 ug/L","Macrophyte","Tracheophyta","spring water","15-25","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/plant","1125-11-OK",66,0.75,"Toxicity value is highest concentration tested","Elodea canadensis","Not stated","70d","LOEC","Biomass: Shoots: Dry weight","100.6 ug/L","Macrophyte","Tracheophyta","spring water","15-25","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/plant","1125-12-OK",66,0.75,"Toxicity value is highest concentration tested","Elodea canadensis","Not stated","70d","LOEC","Biomass: Shoots: Wet weight","100.6 ug/L","Macrophyte","Tracheophyta","spring water","15-25","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/non- plant","1125-13-OK",64,0.70329670329670335,"Toxicity value is highest concentration tested","Stagnicola elodes","Adult","70d","NOEC","Fecundity: Number of eggs per mass","100.6 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/non- plant","1125-14-OK",64,0.70329670329670335,"Toxicity value is highest concentration tested","Stagnicola elodes","Juvenile","70d","NOEC","Survival: Number of snails","100.6 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/non- plant","1125-15-OK",60,0.65934065934065933,"Toxicity value is highest concentration tested","Stagnicola elodes","Juvenile","70d","NOEC","Growth: Size of snails","100.6 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/non- plant","1125-16-OK",60,0.65934065934065933,"Toxicity value is highest concentration tested","Stagnicola elodes","Adult","70d","NOEC","Fecundity: Number of eggs","100.6 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/non- plant","1125-17-OK",64,0.70329670329670335,"Toxicity value is highest concentration tested","Physella spp.","Adult","70d","NOEC","Fecundity: Number of egg masses","100.6 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/non- plant","1125-18-OK",64,0.70329670329670335,"Toxicity value is highest concentration tested","Physella spp.","Juvenile","70d","NOEC","Survival: Number of snails","100.6 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/non- plant","1125-19-OK",60,0.65934065934065933,"Toxicity value is highest concentration tested","Physella spp.","Juvenile","70d","NOEC","Growth: Size of snails","100.6 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
["Freshwater/non-metal/non- plant","1125-20-OK",60,0.65934065934065933,"Toxicity value is highest concentration tested","Physella spp.","Adult","70d","NOEC","Fecundity: Number of eggs","100.6 ug/L","Macroinvertebrate","Mollusca","Gastropoda","Spring water","15-25","Chronic",42925,"N.A.","Baxter,L.R., D.L. Moore, P.K. Sibley, K.R. Solomon, and M.L. Hanson (2011) Atrazine does not Affect Algal Biomass or Snail Populations in Microcosm Communities at Environmentally Relevant Concentrations Environ. Toxicol. Chem.30(7): 1689-1696 ","1125",null,null,"Technical grade atrazine 96%"]
[]
["Freshwater/non-metal/non- plant","1202-1-OK",47,0.51648351648351654,"Purity unknown and duration of exposure unknown.","Xenopus laevis","Larvae (96 hour post-hatch)","Not stated","NOEC","Mortality","200 PPB","Amphibian","Chordata","Amphibia","Aerated water and 10% Holtfreter's solution",22,"N.A.","Not stated","N.A.","Hayes,T.B., P. Case, S. Chui, D. Chung, C. Haeffele, K. Haston, M. Lee, V.P. Mai, Y. Marjuoa, J. Parker, and M. Tsui (2006) Pesticide Mixtures, Endocrine Disruption, and Amphibian Declines: Are We Underestimating the Impact? Environ. Health Perspect.114(suppl.1): 40-50 ","1202",null,null,"Do Not Use - Unknown purity and duration of test unknown"]
["Freshwater/non-metal/non- plant","1202-2-OK",47,0.51648351648351654,"Purity unknown and duration of exposure unknown.","Xenopus laevis","Larvae (96 hour post-hatch)","Not stated","NOEC","Time to metamorphosis","200 PPB","Amphibian","Chordata","Amphibia","Aerated water and 10% Holtfreter's solution",22,"N.A.","Not stated","N.A.","Hayes,T.B., P. Case, S. Chui, D. Chung, C. Haeffele, K. Haston, M. Lee, V.P. Mai, Y. Marjuoa, J. Parker, and M. Tsui (2006) Pesticide Mixtures, Endocrine Disruption, and Amphibian Declines: Are We Underestimating the Impact? Environ. Health Perspect.114(suppl.1): 40-50 ","1202",null,null,"Do Not Use - Unknown purity and duration of test unknown"]
["Freshwater/non-metal/non- plant","1202-3-OK",47,0.51648351648351654,"Purity unknown and duration of exposure unknown.","Xenopus laevis","Larvae (96 hour post-hatch)","Not stated","NOEC","Growth: Total length","200 PPB","Amphibian","Chordata","Amphibia","Aerated water and 10% Holtfreter's solution",22,"N.A.","Not stated","N.A.","Hayes,T.B., P. Case, S. Chui, D. Chung, C. Haeffele, K. Haston, M. Lee, V.P. Mai, Y. Marjuoa, J. Parker, and M. Tsui (2006) Pesticide Mixtures, Endocrine Disruption, and Amphibian Declines: Are We Underestimating the Impact? Environ. Health Perspect.114(suppl.1): 40-50 ","1202",null,null,"Do Not Use - Unknown purity and duration of test unknown"]
["Freshwater/non-metal/non- plant","1202-4-OK",47,0.51648351648351654,"Purity unknown and duration of exposure unknown.","Xenopus laevis","Larvae (96 hour post-hatch)","Not stated","NOEC","Growth: Weight","200 PPB","Amphibian","Chordata","Amphibia","Aerated water and 10% Holtfreter's solution",22,"N.A.","Not stated","N.A.","Hayes,T.B., P. Case, S. Chui, D. Chung, C. Haeffele, K. Haston, M. Lee, V.P. Mai, Y. Marjuoa, J. Parker, and M. Tsui (2006) Pesticide Mixtures, Endocrine Disruption, and Amphibian Declines: Are We Underestimating the Impact? Environ. Health Perspect.114(suppl.1): 40-50 ","1202",null,null,"Do Not Use - Unknown purity and duration of test unknown"]
[]
["Freshwater/non-metal/plant","1176-1-OK",61,0.69318181818181823,null,"Chlamydomonas reinhardtii","Log growth phase","24 hr","EC45.6","Growth rate: Cell density","0.25 uM","Microalga","Chlorophyta","Tris-minimal phosphate medium","22 ± 1°C","22 ± 1°C","Acute ","not stated","N.A.","Esperanza,M., M. Seoane, C. Rioboo, C. Herrero, and A. Cid (2015) Chlamydomonas reinhardtii Cells Adjust the Metabolism to Maintain Viability in Response to Atrazine Stress Aquat. Toxicol.165:64-72","1176",null,null,"Pure compound of atrazine (Sigma-Aldrich)"]
["Freshwater/non-metal/non- plant","1176-2-OK",66,0.75,"Only one concentration tested","Chlamydomonas reinhardtii","Log growth phase","24 hr","NOEC","Growth rate: Cell viability","0.25 uM","Microalga","Chlorophyta","Tris-minimal phosphate medium","22 ± 1°C","22 ± 1°C","Acute ","not stated","N.A.","Esperanza,M., M. Seoane, C. Rioboo, C. Herrero, and A. Cid (2015) Chlamydomonas reinhardtii Cells Adjust the Metabolism to Maintain Viability in Response to Atrazine Stress Aquat. Toxicol.165:64-72","1176",null,null,"Do Not Use - Inaccurate with other data point"]
[]
["Freshwater/non-metal/non- plant","645-1-OK",48,0.52747252747252749,"The highest possible grade for this datum is acceptable.","Ambystoma macrodactylum","Larvae (6 weeks old)","30 days","NOEC","Mortality","184 ug/L","Amphibian","Chordata","Amphibia","Artesian spring water","20 ± 1","Chronic","Not stated","N.A.","Forson,D., and A. Storfer (2006) Effects of Atrazine and Iridovirus Infection on Survival and Life-History Traits of the Long-Toed Salamander (Ambystoma macrodactylum) Environ. Toxicol. Chem.25(1): 168-173 ","645",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/non- plant","645-2-OK",48,0.52747252747252749,"The highest possible grade for this datum is acceptable.","Ambystoma macrodactylum","Larvae (6 weeks old)","30 days","LOEC","Growth: Mass","184 ug/L","Amphibian","Chordata","Amphibia","Artesian spring water","20 ± 1","Chronic","Not stated","N.A.","Forson,D., and A. Storfer (2006) Effects of Atrazine and Iridovirus Infection on Survival and Life-History Traits of the Long-Toed Salamander (Ambystoma macrodactylum) Environ. Toxicol. Chem.25(1): 168-173 ","645",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/non- plant","645-3-OK",48,0.52747252747252749,"The highest possible grade for this datum is acceptable.","Ambystoma macrodactylum","Larvae (6 weeks old)","30 days","NOEC","Growth: Mass","18.4 ug/L","Amphibian","Chordata","Amphibia","Artesian spring water","20 ± 1","Chronic","Not stated","N.A.","Forson,D., and A. Storfer (2006) Effects of Atrazine and Iridovirus Infection on Survival and Life-History Traits of the Long-Toed Salamander (Ambystoma macrodactylum) Environ. Toxicol. Chem.25(1): 168-173 ","645",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/non- plant","645-4-OK",53,0.58241758241758246,"The highest possible grade for this datum is acceptable.","Ambystoma macrodactylum","Larvae (6 weeks old)","30 days","LOEC","Growth: Snout-vent-length","184 ug/L","Amphibian","Chordata","Amphibia","Artesian spring water","20 ± 1","Chronic","Not stated","N.A.","Forson,D., and A. Storfer (2006) Effects of Atrazine and Iridovirus Infection on Survival and Life-History Traits of the Long-Toed Salamander (Ambystoma macrodactylum) Environ. Toxicol. Chem.25(1): 168-173 ","645",null,null,"Do Not Use - Formulation"]
["Freshwater/non-metal/non- plant","645-5-OK",53,0.58241758241758246,"The highest possible grade for this datum is acceptable.","Ambystoma macrodactylum","Larvae (6 weeks old)","30 days","NOEC","Growth: Snout-vent-length","18.4 ug/L","Amphibian","Chordata","Amphibia","Artesian spring water","20 ± 1","Chronic","Not stated","N.A.","Forson,D., and A. Storfer (2006) Effects of Atrazine and Iridovirus Infection on Survival and Life-History Traits of the Long-Toed Salamander (Ambystoma macrodactylum) Environ. Toxicol. Chem.25(1): 168-173 ","645",null,null,"Do Not Use - Formulation"]
[]
["MEW_nonplant","118-1-RS",51,0.54255319148936165,"The highest possible grade for this datum is acceptable.","Sciaenops ocellatus","Larvae 15 days post hatch","20 d ays","NOEC highest conc tested","Growth rate (length)","80 ppb","Fish ","Chordata","Actinopterygii","Seawater",27,"Chronic","Not stated","Not stated","Applebaum,S.L. (2008) Regulation of Elements of the Thyroid Hormone and Corticosteroid Systems by Stress, Hormone Treatment, and Atrazine During Ontogeny of Red Drum (Sciaenops ocellatus) Ph.D.Thesis, University of Texas, Austin, TX:130 p. \n","118",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["MEW_nonplant","118-2-RS",51,0.54255319148936165,"The highest possible grade for this datum is acceptable.","Sciaenops ocellatus","Larvae 15 days post hatch","15 days","NOEC highest conc tested","Standard length","80 ppb","Fish ","Chordata","Actinopterygii","Seawater",27,"Chronic","Not stated","Not stated","Applebaum,S.L. (2008) Regulation of Elements of the Thyroid Hormone and Corticosteroid Systems by Stress, Hormone Treatment, and Atrazine During Ontogeny of Red Drum (Sciaenops ocellatus) Ph.D.Thesis, University of Texas, Austin, TX:130 p. \n","118",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["Freshwater/non-metal/non- plant","119-1-RS",60,0.65934065934065933,null,"Spea multiplicata","Tadpole (2 days post-hatch)","metamorphosis or 43 days","NOEC highest conc tested","Growth: Snout-vent-length","50 ug/L","Amphibian","Chordata","Amphibia","Charcoal-filtered dechlorinated water",24.6,"Chronic",7.2,"N.A.","Bagwill,A.L. (2012) Evaluation of Amphibian Communities of Playa Wetlands in the Southern High Plains, Texas and Physiological Effects of Environmental Stressors on the New Mexico Spadefoot Toad, Spea multiplicata Ph.D.Thesis, Oklahoma State University, Stillwater, OK:145 p.\n","119",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["MEW_nonplant","891-1-RS",54,0.57446808510638303,null,"Artemia salina","Adult (3 weeks old)","48 hr","LC50","Mortality","12.01 uM","Macroinvertebrate","Arthropoda","Branchiopoda","Artificial Seawater","N.A.","Acute",7.8,"30 ppt","Chan,C.Y. (2005) Detoxification and Degradation of Triazine-Pollutants by an Integrated Photochemical-Biological System Ph.D.Thesis, The Chinese University of Hong Kong, China:153","891",null,null,">98% purity"]
[]
["Freshwater/non-metal/non- plant","1141-1-RS",57,0.62637362637362637,null,"Xenopus laevis","NF stage 46-47","120 day","EC17.27","Survival rate","100ppb","Amphibian","Chordata","Amphibia","Dechlorinated water","20-22","Chronic","Not stated","N.A.","Chen,X., J. Wang, H. Zhu, J. Ding, and Y. Peng (2015) Proteomics Analysis of Xenopus laevis Gonad Tissue Following Chronic Exposure to Atrazine Environ. Toxicol. Chem.34(8): 1770-1777 ","1141",null,null,"Atrazine 99.4% purity"]
["Freshwater/non-metal/non- plant","1141-2-RS",57,0.62637362637362637,null,"Xenopus laevis","NF stage 46-47","120 day","EC04.7","Time to metamorphosis","100ppb","Amphibian","Chordata","Amphibia","Dechlorinated water","20-22","Chronic","Not stated","N.A.","Chen,X., J. Wang, H. Zhu, J. Ding, and Y. Peng (2015) Proteomics Analysis of Xenopus laevis Gonad Tissue Following Chronic Exposure to Atrazine Environ. Toxicol. Chem.34(8): 1770-1777 ","1141",null,null,"Do Not Use - other EC values available are preferred"]
["Freshwater/non-metal/non- plant","1141-3-RS",57,0.62637362637362637,null,"Xenopus laevis","NF stage 46-47","120 day","EC31.9","Growth: Weight","100ppb","Amphibian","Chordata","Amphibia","Dechlorinated water","20-22","Chronic","Not stated","N.A.","Chen,X., J. Wang, H. Zhu, J. Ding, and Y. Peng (2015) Proteomics Analysis of Xenopus laevis Gonad Tissue Following Chronic Exposure to Atrazine Environ. Toxicol. Chem.34(8): 1770-1777 ","1141",null,null,"Atrazine 99.4% purity"]
["Freshwater/non-metal/non- plant","1141-4-RS",62,0.68131868131868134,null,"Xenopus laevis","NF stage 46-47","120 day","EC09","Growth: Total length","100ppb","Amphibian","Chordata","Amphibia","Dechlorinated water","20-22","Chronic","Not stated","N.A.","Chen,X., J. Wang, H. Zhu, J. Ding, and Y. Peng (2015) Proteomics Analysis of Xenopus laevis Gonad Tissue Following Chronic Exposure to Atrazine Environ. Toxicol. Chem.34(8): 1770-1777 ","1141",null,null,"Atrazine 99.4% purity"]
[]
["Freshwater/non-metal/non- plant","1135-1-RS",47,0.51648351648351654,null,"Coenagrion puella","Larvae (F-2 instar)","7 days","NOEC","Growth rate: wet mass","200 ppb","Macroinvertebrate","Arthropoda","Insecta","Not stated","Not stated","Chronic","Not stated","N.A.","Campero,M., F. Ollevier, and R. Stoks (2007) Ecological Relevance and Sensitivity Depending on the Exposure Time for Two Biomarkers Environ. Toxicol.22(6): 572-581 ","1135",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
["Freshwater/non-metal/non- plant","1135-2-RS",47,0.51648351648351654,null,"Coenagrion puella","Larvae (F-2 instar)","7 days","LOEC","Growth rate: wet mass","320 ppb","Macroinvertebrate","Arthropoda","Insecta","Not stated","Not stated","Chronic","Not stated","N.A.","Campero,M., F. Ollevier, and R. Stoks (2007) Ecological Relevance and Sensitivity Depending on the Exposure Time for Two Biomarkers Environ. Toxicol.22(6): 572-581 ","1135",null,null,"Do Not Use - Use the QCQC'd version of this entry below"]
[]
["Freshwater/non-metal/plant","1191-1-RS",36,0.38636363629999998,null,"Lemna minor","Not stated","28 days","NOEC","Growth: Frond count","0.038 mg/L","Macrophyte","Tracheophyta","Filtered river water","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Stream mesocosm. Purity not stated.",null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1191-1-OK",39,0.38636363629999998,null,"Lemna minor","Not stated","28 days","NOEC","Growth: Frond count","0.038 mg/L","Macrophyte","Tracheophyta","Filtered natural chalk stream water","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Stream mesocosm. Purity not stated.",null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1191-2-OK",39,0.38636363629999998,null,"Lemna minor","Not stated","28 days","LOEC","Growth: Frond count","0.12 mg/L","Macrophyte","Tracheophyta","Filtered natural chalk stream water","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Stream mesocosm. Purity not stated.",null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1191-3-OK",29,0.32954545454545453,null,"Lemna minor","Not stated","14 days","NOEC","Growth: Frond count","0.061 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Pond mesocosm. Purity not stated.",null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1191-4-OK",29,0.32954545454545453,null,"Lemna minor","Not stated","14 days","LOEC","Growth: Frond count","0.21 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Pond mesocosm. Purity not stated.",null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1191-5-OK",29,0.32954545454545453,null,"Lemna minor","Not stated","14 days","NOEC","Growth: Root length","0.061 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Pond mesocosm. Purity not stated.",null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1191-6-OK",29,0.32954545454545453,null,"Lemna minor","Not stated","14 days","LOEC","Growth: Root length","0.21 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Pond mesocosm. Purity not stated.",null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1191-7-OK",29,0.32954545454545453,null,"Lemna minor","Not stated","14 days","NOEC","Growth: No. leaves per colony","0.061 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Pond mesocosm. Purity not stated.",null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1191-8-OK",29,0.32954545454545453,null,"Lemna minor","Not stated","14 days","LOEC","Growth: No. leaves per colony","0.21 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Pond mesocosm. Purity not stated.",null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1191-9-OK",29,0.32954545454545453,null,"Elodea canadensis","Not stated","20 days","NOEC","Growth: Shoot length","0.20 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Pond mesocosm. Purity not stated.",null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1191-10-OK",29,0.32954545454545453,null,"Elodea canadensis","Not stated","20 days","LOEC","Growth: Shoot length","0.30 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Pond mesocosm. Purity not stated.",null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1191-11-OK",29,0.32954545454545453,null,"Elodea canadensis","Not stated","20 days","NOEC","Growth: Number of roots per plant","0.021 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Pond mesocosm. Purity not stated.",null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1191-12-OK",29,0.32954545454545453,null,"Elodea canadensis","Not stated","20 days","LOEC","Growth: Number of roots per plant","0.058 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Pond mesocosm. Purity not stated.",null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1191-13-OK",29,0.32954545454545453,null,"Elodea canadensis","Not stated","20 days","NOEC","Growth: Number of shoots per plant","0.021 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Pond mesocosm. Purity not stated.",null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1191-14-OK",29,0.32954545454545453,null,"Elodea canadensis","Not stated","20 days","LOEC","Growth: Number of shoots per plant","0.058 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Pond mesocosm. Purity not stated.",null,"Do Not Use - Failed QAQC"]
["Freshwater/non-metal/plant","1191-15-OK",51,0.57954545454545459,null,"Chlamydomonas reinhardtii","Not stated","10 day","NOEC","Growth: Cell density","0.0037 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Flow-through laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-16-OK",51,0.57954545454545459,null,"Chlamydomonas reinhardtii","Not stated","10 day","EC50","Growth: Cell density","0.01 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Flow-through laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-17-OK",51,0.57954545454545459,null,"Chlamydomonas reinhardtii","Not stated","7 days","NOEC","Growth: Cell density","0.005 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Flow-through laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-18-OK",51,0.57954545454545459,null,"Chlamydomonas reinhardtii","Not stated","7 days","EC50","Growth: Cell density","0.021 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Flow-through laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-19-OK",51,0.57954545454545459,null,"Chlamydomonas reinhardtii","Not stated","96 hrs","NOEC","Growth: Cell density","0.034 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Flow-through laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-20-OK",51,0.57954545454545459,null,"Chlamydomonas reinhardtii","Not stated","96 hrs","EC50","Growth: Cell density","0.051 mg/L","Macrophyte","Tracheophyta","Not stated","Not stated","Not stated","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Flow-through laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-21-OK",59,0.67045454545454541,null,"Chlamydomonas reinhardtii","Exponential growth phase","24 hr","NOEC","Growth: Cell concentration","0.01 mg/L","Macrophyte","Tracheophyta","SAG medium 12","20 ± 1°C","20 ± 1°C","Acute","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Static laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-22-OK",59,0.67045454545454541,null,"Chlamydomonas reinhardtii","Exponential growth phase","72 hours","NOEC","Growth: Cell concentration","0.12 mg/L","Macrophyte","Tracheophyta","SAG medium 12","20 ± 1°C","20 ± 1°C","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Static laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-23-OK",59,0.67045454545454541,null,"Chlamydomonas reinhardtii","Exponential growth phase","72 hours","EC50","Growth: Cell concentration","0.35 mg/L","Macrophyte","Tracheophyta","SAG medium 12","20 ± 1°C","20 ± 1°C","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Static laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-24-OK",59,0.67045454545454541,null,"Scenedesmus subspicatus","Exponential growth phase","24 hr","NOEC","Growth: Cell concentration","0.002 mg/L","Macrophyte","Tracheophyta","Filtered algal medium","20 ± 1°C","20 ± 1°C","Acute","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Static laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-25-OK",59,0.67045454545454541,null,"Scenedesmus subspicatus","Exponential growth phase","72 hours","NOEC","Growth: Cell concentration","0.022 mg/L","Macrophyte","Tracheophyta","Filtered algal medium","20 ± 1°C","20 ± 1°C","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Static laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-26-OK",59,0.67045454545454541,null,"Scenedesmus subspicatus","Exponential growth phase","72 hours","EC50","Growth: Cell concentration","0.072 mg/L","Macrophyte","Tracheophyta","Filtered algal medium","20 ± 1°C","20 ± 1°C","Chronic","Not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Static laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-27-OK",57,0.64772727272727271,null,"Euglena gracilis","Exponential growth phase","72 hours","NOEC","Growth: Cell concentration","7.0 mg/L","Microalgae","Euglenophyta ","Filtered algal medium",24,24,"Chronic","not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Light intensity = 10,000 lx. Laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-28-OK",57,0.64772727272727271,null,"Euglena gracilis","Exponential growth phase","72 hours","EC50","Growth: Cell concentration","45 mg/L","Microalgae","Euglenophyta ","Filtered algal medium",24,24,"Chronic","not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Light intensity = 10,000 lx. Laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-29-OK",57,0.64772727272727271,null,"Euglena gracilis","Exponential growth phase","72 hours","NOEC","Growth: Cell concentration","42 mg/L","Microalgae","Euglenophyta ","Filtered algal medium",24,24,"Chronic","not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Light intensity = 0 lx (dark). Laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-30-OK",57,0.64772727272727271,null,"Euglena gracilis","Exponential growth phase","72 hours","EC50","Growth: Cell concentration","84 mg/L","Microalgae","Euglenophyta ","Filtered algal medium",24,24,"Chronic","not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Light intensity = 0 lx (dark). Laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-31-OK",57,0.64772727272727271,null,"Euglena gracilis","Exponential growth phase","5 day","NOEC","Growth: Cell concentration","6.3 mg/L","Microalgae","Euglenophyta ","Filtered algal medium",24,24,"Chronic","not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Light intensity = 10,000 lx. Laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-32-OK",57,0.64772727272727271,null,"Euglena gracilis","Exponential growth phase","5 day","EC50","Growth: Cell concentration","68 mg/L","Microalgae","Euglenophyta ","Filtered algal medium",24,24,"Chronic","not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Light intensity = 10,000 lx. Laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-33-OK",57,0.64772727272727271,null,"Euglena gracilis","Exponential growth phase","5 day","NOEC","Growth: Cell concentration","39 mg/L","Microalgae","Euglenophyta ","Filtered algal medium",24,24,"Chronic","not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Light intensity = 0 lx (dark). Laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-34-OK",57,0.64772727272727271,null,"Euglena gracilis","Exponential growth phase","5 day","EC50","Growth: Cell concentration","150 mg/L","Microalgae","Euglenophyta ","Filtered algal medium",24,24,"Chronic","not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Light intensity = 0 lx (dark). Laboratory test. Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-36-OK",47,0.53409090909090906,null,"Tetrahymena pyrformis","Exponential growth phase","48 hours","NOEC","Popuation Abundance: Cell concentration","15 mg/L","Microorganism","Ciliophora","Filtered algal medium",24,24,"Chronic","not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-37-OK",47,0.53409090909090906,null,"Tetrahymena pyrformis","Exponential growth phase","48 hours","EC50","Popuation Abundance: Cell concentration","96 mg/L","Microorganism","Ciliophora","Filtered algal medium",24,24,"Chronic","not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-38-OK",47,0.53409090909090906,null,"Tetrahymena pyrformis","Exponential growth phase","96 hrs","NOEC","Popuation Abundance: Cell concentration","22 mg/L","Microorganism","Ciliophora","Filtered algal medium",24,24,"Chronic","not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Purity not stated.",null,"Do Not Use - Unknown purity"]
["Freshwater/non-metal/plant","1191-39-OK",47,0.53409090909090906,null,"Tetrahymena pyrformis","Exponential growth phase","96 hrs","EC50","Popuation Abundance: Cell concentration","74 mg/L","Microorganism","Ciliophora","Filtered algal medium",24,24,"Chronic","not stated","N.A.","Girling,A.E., D. Pascoe, C.R. Janssen, A. Peither, A. Wenzel, H. Schafer, B. Neumeier, G.C. Mitchell, E.J. Taylor, S.J. (2000) Development of Methods for Evaluating Toxicity to Freshwater Ecosystems Ecotoxicol. Environ. Saf.45(2): 148-176","1191","Purity not stated.",null,"Do Not Use - Unknown purity"]
[]
["Freshwater/non-metal/non- plant","165335-1-OK",53,0.58241758241758246,"Toxicity value is highest concentration tested","Danio rerio","Embryo 17 dpf","14 days","NOEC","Mortality","10800 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water","28 ± 1","Acute ","7.2 ± 0.4","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335",null,null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-2-OK",71,0.78021978021978022,"Toxicity value is highest concentration tested","Danio rerio","Embryo","113 days","NOEC","Mortality","8.9 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335","Study I",null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-3-OK",71,0.78021978021978022,"Toxicity value is highest concentration tested","Danio rerio","Embryo","113 days","NOEC","Mortality","9.4 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335","Study II",null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-4-OK",71,0.78021978021978022,null,"Danio rerio","Embryo","113 days","NOEC","Growth: Body weight","0.088 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335","Study I - Male",null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-5-OK",71,0.78021978021978022,null,"Danio rerio","Embryo","113 days","LOEC","Growth: Body weight","0.88 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335","Study I - Male",null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-6-OK",71,0.78021978021978022,null,"Danio rerio","Embryo","113 days","NOEC","Growth: Body weight","0.88 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335","Study I - Female",null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-7-OK",71,0.78021978021978022,null,"Danio rerio","Embryo","113 days","NOEC","Growth: Body weight","8.9 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335","Study I - Female",null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-8-OK",71,0.78021978021978022,"Toxicity value is highest concentration tested","Danio rerio","Embryo","113 days","NOEC","Growth: Body length","8.9 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335","Study I - Male",null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-9-OK",71,0.78021978021978022,"Toxicity value is highest concentration tested","Danio rerio","Embryo","113 days","NOEC","Growth: Body length","8.9 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335","Study I - Female",null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-10-OK",71,0.78021978021978022,"","Danio rerio","Embryo","113 days","NOEC","Growth: Body weight","0.096 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335","Study II - Male",null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-11-OK",71,0.78021978021978022,"","Danio rerio","Embryo","113 days","LOEC","Growth: Body weight","0.92 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335","Study II - Male",null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-12-OK",71,0.78021978021978022,"","Danio rerio","Embryo","113 days","NOEC","Growth: Body weight","0.92 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335","Study II - Female",null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-13-OK",71,0.78021978021978022,"","Danio rerio","Embryo","113 days","LOEC","Growth: Body weight","9.4 ug/L","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335","Study II - Female",null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-14-OK",71,0.78021978021978022,"","Danio rerio","Embryo","113 days","NOEC","Growth: Body length","0.92 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335","Study II - Male",null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-15-OK",71,0.78021978021978022,"","Danio rerio","Embryo","113 days","LOEC","Growth: Body length","9.4 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335","Study II - Male",null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-16-OK",71,0.78021978021978022,"","Danio rerio","Embryo","113 days","NOEC","Growth: Body length","0.92 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.","165335","Study II - Female",null,"Technical grade 97.6%"]
["Freshwater/non-metal/non- plant","165335-17-OK",71,0.78021978021978022,"","Danio rerio","Embryo","113 days","LOEC","Growth: Body length","9.4 uM","Fish","Chordata","\tActinopterygii","0.6% instant ocean fish water",27,"Chronic","7.3 - 7.6","N.A.","Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",165335,"Study II - Female",null,"Technical grade 97.6%"]
[]
["MEW_nonplant","1126-1-OK",66,0.7021276595744681,"Toxicity value is highest concentration tested","Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations)","NOEC","Survival","246.6 ug/L","Macroinvertebrate","Arthropoda","Maxillopoda","Filtered and aerated seawater","N.A.","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Atrazine 98% purity"]
["MEW_nonplant","1126-2-OK",66,0.7021276595744681,"Toxicity value is highest concentration tested","Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations)","NOEC","Reproduction: Time to maturity","246.6 ug/L","Macroinvertebrate","Arthropoda","Maxillopoda","Filtered and aerated seawater","N.A.","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Atrazine 98% purity"]
["MEW_nonplant","1126-3-OK",66,0.7021276595744681,"Toxicity value is highest concentration tested","Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations)","NOEC","Reproduction: Sex ratio","246.6 ug/L","Macroinvertebrate","Arthropoda","Maxillopoda","Filtered and aerated seawater","N.A.","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Atrazine 98% purity"]
["MEW_nonplant","1126-4-OK",71,0.75531914893617025,"Toxicity value is highest concentration tested","Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations)","NOEC","Reproduction: Hatching success (%)","246.6 ug/L","Macroinvertebrate","Arthropoda","Maxillopoda","Filtered and aerated seawater","N.A.","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Atrazine 98% purity"]
["MEW_nonplant","1126-5-OK",71,0.75531914893617025,"","Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations)","LOEC","Viable offsping production per female","246.6 ug/L","Macroinvertebrate","Arthropoda","Maxillopoda","Filtered and aerated seawater","N.A.","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Atrazine 98% purity"]
["MEW_nonplant","1126-6-OK",71,0.75531914893617025,"","Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations)","NOEC","Viable offsping production per female","30.3 ug/L","Macroinvertebrate","Arthropoda","Maxillopoda","Filtered and aerated seawater","N.A.","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Atrazine 98% purity"]
["MEW_nonplant","1126-7-OK",71,0.75531914893617025,"","Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations)","LOEC","Reproductive failure: nonviable offsping","30.3 ug/L","Macroinvertebrate","Arthropoda","Maxillopoda","Filtered and aerated seawater","N.A.","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Atrazine 98% purity"]
["MEW_nonplant","1126-8-OK",71,0.75531914893617025,"","Amphiascus tenuiremis","Stage 1 copepodite juvenile","41 day (2.5 generations)","NOEC","Reproductive failure: nonviable offsping","3.5 ug/L","Macroinvertebrate","Arthropoda","Maxillopoda","Filtered and aerated seawater","N.A.","Chronic","8.25 ± 0.02","30 ± 1","Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003","1126",null,null,"Atrazine 98% purity"]
[]
["Freshwater","892-7",83,0.80582524271844658,null,"Scenedesmus acuolatus","not stated","24 hour","EC50","Population: Growth Rate: Inhibition of reproduction","38.8 ug/L",null,null,null,null,null,null,null,null,"Faust,M., R. Altenburger, T. Backhaus, H. Blanck, W. Boedeker, P. Gramatica, V. Hamer, M. Scholze, M. Vighi, and L.H. Gr, 2001. Predicting the Joint Algal Toxicity of Multi-Component s-Triazine Mixtures at Low-Effect Concentrations of Individual Toxicants, Aquat. Toxicol.56(1): 13-32. ","892",null,null,"Atrazine  99%"]
["Freshwater","892-8",83,0.80582524271844658,null,"Scenedesmus acuolatus","not stated","24 hour","EC1","Population: Growth Rate: Inhibition of reproduction","0.38 ug/L",null,null,null,null,null,null,null,null,"Faust,M., R. Altenburger, T. Backhaus, H. Blanck, W. Boedeker, P. Gramatica, V. Hamer, M. Scholze, M. Vighi, and L.H. Gr, 2001. Predicting the Joint Algal Toxicity of Multi-Component s-Triazine Mixtures at Low-Effect Concentrations of Individual Toxicants, Aquat. Toxicol.56(1): 13-32. ","892",null,null,"Atrazine  99%"]
["Freshwater","892-9",83,0.80582524271844658,null,"Scenedesmus acuolatus","not stated","24 hour","NOEC","Population: Growth: Inhibition of reproduction","7.9 ug/L",null,null,null,null,null,null,null,null,"Faust,M., R. Altenburger, T. Backhaus, H. Blanck, W. Boedeker, P. Gramatica, V. Hamer, M. Scholze, M. Vighi, and L.H. Gr, 2001. Predicting the Joint Algal Toxicity of Multi-Component s-Triazine Mixtures at Low-Effect Concentrations of Individual Toxicants, Aquat. Toxicol.56(1): 13-32. ","892",null,null,"Atrazine  99%"]
["Freshwater","893-6",76,0.73786407766990292,null,"Chlamydomonas geitleri","Exponential Growth Phase","3 days","EC50","Population: Growth Rate","2.80 uM",null,null,null,null,null,null,null,null,"Francois,D.L., and G.G.C. Robinson, 1990. Indices of Triazine Toxicity in Chlamydomonas geitleri Ettl, Aquat. Toxicol.16(3): 205-228. ","893",null,null,"Atrazine  96.4%"]
["Freshwater","893-7",76,0.73786407766990292,null,"Chlamydomonas geitleri","Exponential Growth Phase","3 days","EC50","Population: Growth Rate","2.47 uM",null,null,null,null,null,null,null,null,"Francois,D.L., and G.G.C. Robinson, 1990. Indices of Triazine Toxicity in Chlamydomonas geitleri Ettl, Aquat. Toxicol.16(3): 205-228. ","893",null,null,"Atrazine  96.4%"]
["Freshwater","893-8",76,0.73786407766990292,null,"Chlamydomonas geitleri","Exponential Growth Phase","3 days","EC50","Population: Growth Rate","1.43 uM",null,null,null,null,null,null,null,null,"Francois,D.L., and G.G.C. Robinson, 1990. Indices of Triazine Toxicity in Chlamydomonas geitleri Ettl, Aquat. Toxicol.16(3): 205-228. ","893",null,null,"Atrazine  96.4%"]
["Freshwater","893-9",76,0.73786407766990292,null,"Chlamydomonas geitleri","Exponential Growth Phase","3 days","EC50","Population: Biomass: ChlA","1.23 uM",null,null,null,null,null,null,null,null,"Francois,D.L., and G.G.C. Robinson, 1990. Indices of Triazine Toxicity in Chlamydomonas geitleri Ettl, Aquat. Toxicol.16(3): 205-228. ","893",null,null,"Atrazine  96.4%"]
["Freshwater","893-10",76,0.73786407766990292,null,"Chlamydomonas geitleri","Exponential Growth Phase","3 days","EC50","Population: Biomass: ChlA","1.44 uM",null,null,null,null,null,null,null,null,"Francois,D.L., and G.G.C. Robinson, 1990. Indices of Triazine Toxicity in Chlamydomonas geitleri Ettl, Aquat. Toxicol.16(3): 205-228. ","893",null,null,"Atrazine  96.4%"]
["Freshwater","893-11",76,0.73786407766990292,null,"Chlamydomonas geitleri","Exponential Growth Phase","3 days","EC50","Population: Biomass: ChlA","1.86 uM",null,null,null,null,null,null,null,null,"Francois,D.L., and G.G.C. Robinson, 1990. Indices of Triazine Toxicity in Chlamydomonas geitleri Ettl, Aquat. Toxicol.16(3): 205-228. ","893",null,null,"Atrazine  96.4%"]
["Freshwater","911-7",null,0.76699029126213591,null,"Pacifastacus leniusculus","Juveniles","48 hour","LC50","Mortality","214.5 mg/L",null,null,null,null,null,null,null,null,"Velisek,J., A. Kouba, and A. Stara, 2013. Acute Toxicity of Triazine Pesticides to Juvenile Signal Crayfish (Pacifastacus leniusculus), Neuroendocrinol. Lett.34(2): 31-36.","911",null,null,"Atrazine  98.9%"]
["Freshwater","911-8",null,0.76699029126213591,null,"Pacifastacus leniusculus","Juveniles","72 hours","LC50","Mortality","108.4 mg/L",null,null,null,null,null,null,null,null,"Velisek,J., A. Kouba, and A. Stara, 2013. Acute Toxicity of Triazine Pesticides to Juvenile Signal Crayfish (Pacifastacus leniusculus), Neuroendocrinol. Lett.34(2): 31-36.","911",null,null,"Atrazine  98.9%"]
["Freshwater","911-9",null,0.76699029126213591,null,"Pacifastacus leniusculus","Juveniles","96 hour","LC50","Mortality","77.9 mg/L",null,null,null,null,null,null,null,null,"Velisek,J., A. Kouba, and A. Stara, 2013. Acute Toxicity of Triazine Pesticides to Juvenile Signal Crayfish (Pacifastacus leniusculus), Neuroendocrinol. Lett.34(2): 31-36.","911",null,null,"Atrazine  98.9%"]
["Freshwater","856-13",63,0.61165048543689315,null,"Selenastrum capricornutum","not stated","96 hours","EC50","Population Growth Rate","235 ug/L",null,null,null,null,null,null,null,null,"Fairchild,J.F., D.S. Ruessler, P.S. Haverland, and A.R. Carlson, 1997. Comparative Sensitivity of Selenastrum capricornutum and Lemna minor to Sixteen Herbicides, Arch. Environ. Contam. Toxicol.32(4): 353-357. ","856"]
["Freshwater","856-14",63,0.61165048543689315,null,"Selenastrum capricornutum","not stated","96 hours","NOEC","Population Growth Rate","75 ug/L",null,null,null,null,null,null,null,null,"Fairchild,J.F., D.S. Ruessler, P.S. Haverland, and A.R. Carlson, 1997. Comparative Sensitivity of Selenastrum capricornutum and Lemna minor to Sixteen Herbicides, Arch. Environ. Contam. Toxicol.32(4): 353-357. ","856",null,null,"ATRAZINE Technical grade materials"]
["Freshwater","856-15",63,0.61165048543689315,null,"Selenastrum capricornutum","not stated","96 hours","LOEC","Population Growth Rate","150 ug/L",null,null,null,null,null,null,null,null,"Fairchild,J.F., D.S. Ruessler, P.S. Haverland, and A.R. Carlson, 1997. Comparative Sensitivity of Selenastrum capricornutum and Lemna minor to Sixteen Herbicides, Arch. Environ. Contam. Toxicol.32(4): 353-357. ","856",null,null,"Technical grade","Do Not Use - Double up of 974 above"]
["Freshwater","856-20",63,0.61165048543689315,null,"Lemna minor","not stated","96 hours","EC50","Population Abundance","153 ug/L",null,null,null,null,null,null,null,null,"Fairchild,J.F., D.S. Ruessler, P.S. Haverland, and A.R. Carlson, 1997. Comparative Sensitivity of Selenastrum capricornutum and Lemna minor to Sixteen Herbicides, Arch. Environ. Contam. Toxicol.32(4): 353-357. ","856",null,null,"Technical grade","Do Not Use - Double up of 974 above"]
["Freshwater","856-21",63,0.61165048543689315,null,"Lemna minor","not stated","96 hours","NOEC","Population Abundance","75 ug/L",null,null,null,null,null,null,null,null,"Fairchild,J.F., D.S. Ruessler, P.S. Haverland, and A.R. Carlson, 1997. Comparative Sensitivity of Selenastrum capricornutum and Lemna minor to Sixteen Herbicides, Arch. Environ. Contam. Toxicol.32(4): 353-357. ","856",null,null,"Technical grade","Do Not Use - Double up of 974 above"]
["Freshwater","856-22",63,0.61165048543689315,null,"Lemna minor","not stated","96 hours","LOEC","Population Abundance","150 ug/L",null,null,null,null,null,null,null,null,"Fairchild,J.F., D.S. Ruessler, P.S. Haverland, and A.R. Carlson, 1997. Comparative Sensitivity of Selenastrum capricornutum and Lemna minor to Sixteen Herbicides, Arch. Environ. Contam. Toxicol.32(4): 353-357. ","856",null,null,"Technical grade","Do Not Use - Double up of 974 above"]
["Freshwater","968-4",66,0.64077669902912626,null,"Selenastrum capricornutum","not stated","96 hours","EC50","Growth: Fluoresence","235 ug/L",null,null,null,null,null,null,null,null,"Fairchild, J. F., Ruessler, D.  S., Lovely, P. A., Whites, D. A. & Heine, P. R. 1995. An Aquatic Plant Risk Assessment of Sixteen Herbicides Using Toxicity Tests with Selenastrum capricornutum and Lemna minor, Environmental Research Laboratory USEPA.","968",null,null,"Technical grade","Do Not Use - Double up of 974 above"]
["Freshwater","968-5",66,0.64077669902912626,null,"Selenastrum capricornutum","not stated","96 hours","NOEC","Growth: Fluoresence","75 ug/L",null,null,null,null,null,null,null,null,"Fairchild, J. F., Ruessler, D.  S., Lovely, P. A., Whites, D. A. & Heine, P. R. 1995. An Aquatic Plant Risk Assessment of Sixteen Herbicides Using Toxicity Tests with Selenastrum capricornutum and Lemna minor, Environmental Research Laboratory USEPA.","968",null,null,"Technical grade","Do Not Use - Double up of 974 above"]
["Freshwater","968-6",66,0.64077669902912626,null,"Selenastrum capricornutum","not stated","96 hours","LOEC","Growth: Fluoresence","150 ug/L",null,null,null,null,null,null,null,null,"Fairchild, J. F., Ruessler, D.  S., Lovely, P. A., Whites, D. A. & Heine, P. R. 1995. An Aquatic Plant Risk Assessment of Sixteen Herbicides Using Toxicity Tests with Selenastrum capricornutum and Lemna minor, Environmental Research Laboratory USEPA.","968",null,null,"Technical grade","Do Not Use - Double up of 974 above"]
["Freshwater","968-13",66,0.64077669902912626,null,"Lemna minor","not stated","96 hours","LOEC","Growth: Frond count","153 ug/L",null,null,null,null,null,null,null,null,"Fairchild, J. F., Ruessler, D.  S., Lovely, P. A., Whites, D. A. & Heine, P. R. 1995. An Aquatic Plant Risk Assessment of Sixteen Herbicides Using Toxicity Tests with Selenastrum capricornutum and Lemna minor, Environmental Research Laboratory USEPA.","968",null,null,"Technical grade","Do Not Use - Double up of 974 above"]
["Freshwater","968-14",66,0.64077669902912626,null,"Lemna minor","not stated","96 hours","LOEC","Growth: Frond count","75 ug/L",null,null,null,null,null,null,null,null,"Fairchild, J. F., Ruessler, D.  S., Lovely, P. A., Whites, D. A. & Heine, P. R. 1995. An Aquatic Plant Risk Assessment of Sixteen Herbicides Using Toxicity Tests with Selenastrum capricornutum and Lemna minor, Environmental Research Laboratory USEPA.","968",null,null,"Technical grade","Do Not Use - Double up of 974 above"]
["Freshwater","968-15",66,0.64077669902912626,null,"Lemna minor","not stated","96 hours","LOEC","Growth: Frond count","150 ug/L",null,null,null,null,null,null,null,null,"Fairchild, J. F., Ruessler, D.  S., Lovely, P. A., Whites, D. A. & Heine, P. R. 1995. An Aquatic Plant Risk Assessment of Sixteen Herbicides Using Toxicity Tests with Selenastrum capricornutum and Lemna minor, Environmental Research Laboratory USEPA.","968",null,null,"Technical grade","Do Not Use - Double up of 974 above"]
["Freshwater","969-7-GD",68,0.66019417475728159,null,"Chlorella fusca","not stated","14 hours","EC25","Growth: Cell volume","78 nmol/L",null,null,null,null,null,null,null,null,"Altenburger, R., Bokeker, W., Faust, M. & Grimme, L. H. 1990. Evaluation of the Isobologram Method for the Assessment of Mixtures of Chemicals, Ecotoxicology and Environmental Safety, vol. 20, pp. 98 - 114. ","969",null,null,"Technical grade","Do Not Use - Double up of 974 above"]
["Freshwater","969-8-GD",68,0.66019417475728159,null,"Chlorella fusca","not stated","14 hours","EC50","Growth: Cell volume","167 nmol/L",null,null,null,null,null,null,null,null,"Altenburger, R., Bokeker, W., Faust, M. & Grimme, L. H. 1990. Evaluation of the Isobologram Method for the Assessment of Mixtures of Chemicals, Ecotoxicology and Environmental Safety, vol. 20, pp. 98 - 114. ","969",null,null,"Technical grade","Do Not Use - repeated data with source 856"]
["Freshwater","969-9-GD",68,0.66019417475728159,null,"Chlorella fusca","not stated","14 hours","EC75","Growth: Cell volume","360 nmol/L",null,null,null,null,null,null,null,null,"Altenburger, R., Bokeker, W., Faust, M. & Grimme, L. H. 1990. Evaluation of the Isobologram Method for the Assessment of Mixtures of Chemicals, Ecotoxicology and Environmental Safety, vol. 20, pp. 98 - 114. ","969",null,null,"Technical grade","Do Not Use - repeated data with source 856"]
["Freshwater","969-10-GD",68,0.66019417475728159,null,"Chlorella fusca","not stated","24 hours","EC25","Reproduction: Cell number","73 nmol/L",null,null,null,null,null,null,null,null,"Altenburger, R., Bokeker, W., Faust, M. & Grimme, L. H. 1990. Evaluation of the Isobologram Method for the Assessment of Mixtures of Chemicals, Ecotoxicology and Environmental Safety, vol. 20, pp. 98 - 114. ","969",null,null,"Technical grade","Do Not Use - repeated data with source 856"]
["Freshwater","969-11-GD",68,0.66019417475728159,null,"Chlorella fusca","not stated","24 hours","EC50","Reproduction: Cell number","120 nmol/L",null,null,null,null,null,null,null,null,"Altenburger, R., Bokeker, W., Faust, M. & Grimme, L. H. 1990. Evaluation of the Isobologram Method for the Assessment of Mixtures of Chemicals, Ecotoxicology and Environmental Safety, vol. 20, pp. 98 - 114. ","969",null,null,"Technical grade","Do Not Use - repeated data with source 856"]
["Freshwater","969-12-GD",68,0.66019417475728159,null,"Chlorella fusca","not stated","24 hours","EC75","Reproduction: Cell number","199 nmol/L",null,null,null,null,null,null,null,null,"Altenburger, R., Bokeker, W., Faust, M. & Grimme, L. H. 1990. Evaluation of the Isobologram Method for the Assessment of Mixtures of Chemicals, Ecotoxicology and Environmental Safety, vol. 20, pp. 98 - 114. ","969",null,null,"Technical grade","Do Not Use - repeated data with source 856"]
["Freshwater/non-metal/non- plant","1015-2-OK",53,0.58241758241758246,"From Bromacil spreadsheet","Artemia salina","24 hour old larvae","24hrs","LC50","Mortality","41.78mg/L","Microinvertebrate","Arthropoda","Branchiopoda ","Seawater","30°C","Acute ","not stated","N.A.","Wilkins,R.M., and R.J. Metcalfe 1993, Toxicity of Soil Applied Herbicides to Brine Shrimp Larvae (Artemia salina) and Synergism with Other Pesticides, Br. Crop Prot. Conf. Weeds1:163-168","1015",null,null,"Technical grade"]
[]
[]
[]
[]
[]
[]
[]
["Data from USEPA Office of Pesticides Program Database"]
["RecordID","Chemical","Document ID","Taxa","Common name","Scientific name","Life stage","Method guideline","Media type\n(S= marine; F= fresh)","Purity (active ingredient %)","Duration","Measure of toxicity","Less than or greater than","Toxic concentration","Units","Confidence limits","QAQC Check #1"]
[5599,"Atrazine",2017883,"Aquatic Plant","Bluegreen algae","Anabaena flos-aquae","N.R.","123-2","S",97,"5 D","EC50","","230","PPB","N.R."]
[5599,"Atrazine",2017883,"Aquatic Plant","Bluegreen algae","Anabaena flos-aquae","N.R.","123-2","S",97,"5 D","LOEL",null,"0.1","PPB","N.R.","NOEC changed to LOEC as NOEC not derived (<0.1)"]
[1607,"Atrazine",2049116,"Aquatic Plant","Green algae","Chlamydomonas sp.","N.R.","122-2","S",33.700000000000003,"3 D","EC50","","60","PPB","N.R."]
[1598,"Atrazine",2049116,"Aquatic Plant","Marine algae","Chlorella  sp.","N.R.","122-2","S",99.7,"3 D","EC50","","140","PPB","N.R."]
[1610,"Atrazine",2017887,"Aquatic Plant","Green algae","Chlorella pyrenoidosa","N.R.","122-2","S",97.4,"5 D","EC50","","282","PPB","N.R."]
[10436,"Atrazine",2049116,"Aquatic Plant","Green algae","Chlorococcum sp","N.A.","122-2","S","80WP","10 D","EC50","","100","PPB","N.R."]
[1366,"Atrazine",2049116,"Aquatic Plant","Green algae","Chlorococcum sp.","N.R.","123-2","S",99.7,"10 D","EC50","","100","PPB","N.R."]
[5601,"Atrazine",2017885,"Aquatic Plant","Green algae","Dunaliella tertiolecta","N.R.","123-2","S",97,"5 D","EC50","","180","PPB","N.R."]
[5601,"Atrazine",2017885,"Aquatic Plant","Green algae","Dunaliella tertiolecta","N.R.","123-2","S",97,"5 D","LOEL",null,"100","PPB","N.R.","NOEC changed to LOEC as NOEC not derived (<100)"]
[1611,"Atrazine",2017887,"Aquatic Plant","Green algae","Dunaliella tertiolecta","N.R.","122-2","S",97.4,"5 D","EC50","","431","PPB","N.R."]
[1365,"Atrazine",2049116,"Aquatic Plant","Green algae","Dunaliella tertiolecta","N.R.","123-2","S",99.7,"10 D","EC50","","300","PPB","N.R."]
[10435,"Atrazine",2049116,"Aquatic Plant","Green algae","Dunaliella tertiolecta","N.A.","122-2","S","80WP","10 D","EC50","","400","PPB","N.R."]
[1613,"Atrazine",2017887,"Aquatic Plant","Marine algae","Isochrysis galbana","N.R.","122-2","S",97.4,"5 D","EC50","","22","PPB","N.R."]
[1603,"Atrazine",2049116,"Aquatic Plant","Marine algae","Isochrysis galbana","N.R.","122-2","S",99.7,"2-24h","EC50","","100","PPB","N.R."]
[1362,"Atrazine",2049116,"Aquatic Plant","Marine algae","Isochrysis galbana","N.R.","123-2","S",99.7,"10 D","EC50","","100","PPB","N.R."]
[10433,"Atrazine",2049116,"Aquatic Plant","Marine algae","Isochrysis galbana","N.A.","122-2","S","80WP","10 D","EC50","","100","PPB","N.R."]
[24927,"Atrazine",2046671,"Aquatic Plant","Duckweed","Lemna gibba","N.R","123-2","SR",98.5,"14 D","EC50","","66","PPB","63-70"]
[24927,"Atrazine",2046671,"Aquatic Plant","Duckweed","Lemna gibba","N.R","123-2","SR",98.5,"14 D","NOEL","",18,"PPB","63-70"]
[19094,"Atrazine",2046671,"Aquatic Plant","Duckweed","Lemna gibba","N.R.","123-2","SR",98.5,"7 D","EC50","","57","PPB","48-67"]
[19094,"Atrazine",2046671,"Aquatic Plant","Duckweed","Lemna gibba","N.R.","123-2","SR",98.5,"7 D","NOEL","",19,"PPB","48-67"]
[1615,"Atrazine",2017886,"Aquatic Plant","Duckweed","Lemna gibba","N.R.","123-2","S",97,"5 D","EC50","","170","PPB","N.R."]
[1615,"Atrazine",2017886,"Aquatic Plant","Duckweed","Lemna gibba","N.R.","123-2","S",97,"5 D","LOEL","",100,"PPB","N.R.","NOEC changed to LOEC as NOEC not derived (<100)"]
[5532,"Atrazine",2017905,"Aquatic Plant","Duckweed","Lemna gibba","N.R.","123-2","S",97,"7 D","EC50","","170","PPB","150-200"]
[5532,"Atrazine",2017905,"Aquatic Plant","Duckweed","Lemna gibba","N.R.","123-2","S",97,"7 D","NOEL","",28,"PPB","150-200"]
[8817,"Atrazine",2017902,"Aquatic Plant","Duckweed","Lemna gibba","N.A.","123-2","S",97.1,"14 D","EC50","","37","PPB","19-72"]
[8817,"Atrazine",2017902,"Aquatic Plant","Duckweed","Lemna gibba","N.A.","123-2","S",97.1,"14 D","LOEL","",7.7,"PPB","19-72","NOEC changed to LOEC as NOEC not derived (<7.7)"]
[8819,"Atrazine",2017901,"Aquatic Plant","Duckweed","Lemna gibba","N.A.","123-2","S",97.4,"14 D","EC50","","43","PPB","36-50"]
[8819,"Atrazine",2017901,"Aquatic Plant","Duckweed","Lemna gibba","N.A.","123-2","S",97.4,"14 D","NOEL","",10,"PPB","36-50"]
[1608,"Atrazine",2017887,"Aquatic Plant","Bluegreen algae","Microcystis aeruginosa","N.R.","122-2","S",97.4,"5 D","EC50","","129","PPB","N.R."]
[1602,"Atrazine",2049116,"Aquatic Plant","Marine algae","Monochrysis lutheri","N.R.","122-2","S",99.7,"3 D","EC50","","77","PPB","N.R."]
[1605,"Atrazine",2049116,"Aquatic Plant","Marine diatom","Navicula incerta","N.R.","122-2","S",99.7,"3 D","EC50","","460","PPB","N.R."]
[5600,"Atrazine",2017884,"Aquatic Plant","Freshwater diatom","Navicula pelliculosa","N.R.","123-2","S",97,"5 D","EC50","","60","PPB","N.R."]
[5600,"Atrazine",2017884,"Aquatic Plant","Freshwater diatom","Navicula pelliculosa","N.R.","123-2","S",97,"5 D","LOEL","",10,"PPB","N.R.","NOEC changed to LOEC as NOEC not derived (<10)"]
[1599,"Atrazine",2049116,"Aquatic Plant","Green algae","Neochloris sp.","N.R.","122-2","S",99.7,"3 D","EC50","","82","PPB","N.R."]
[1606,"Atrazine",2049116,"Aquatic Plant","Marine algae","Nitzschia closterium","N.R.","122-2","S",99.7,"3 D","EC50","","290","PPB","N.R."]
[1364,"Atrazine",2049116,"Aquatic Plant","Marine diatom","Phaeodactylum tricornutum","N.R.","123-2","S",99.7,"10 D","EC50","","200","PPB","N.R."]
[10434,"Atrazine",2049116,"Aquatic Plant","Marine diatom","Phaeodactylum tricornutum","N.A.","122-2","S","80WP","10 D","EC50","","200","PPB","N.R."]
[1600,"Atrazine",2049116,"Aquatic Plant","Green algae","Platymonas sp.","N.R.","122-2","S",99.7,"3 D","EC50","","100","PPB","N.R."]
[1614,"Atrazine",2017887,"Aquatic Plant","Algae","Porphyridium cruentum","N.R.","122-2","S",97.4,"5 D","EC50","","308","PPB","N.R."]
[1601,"Atrazine",2049116,"Aquatic Plant","Marine algae","Porphyridium cruentum","N.R.","122-2","S",99.7,"3 D","EC50","","79","PPB","N.R."]
[21693,"Atrazine G28273 degradate",2053139,"Aquatic Plant","Green algae","Scenedesmus subspicatus","NR","123-2","S","Tech","72 hr","EC50","","79","PPM","59-110"]
[21693,"Atrazine G28273 degradate",2053139,"Aquatic Plant","Green algae","Scenedesmus subspicatus","NR","123-2","S","Tech","72 hr","NOEL","",11.2,"PPM","59-110"]
[21692,"Atrazine G28279 degradate",2053144,"Aquatic Plant","Green algae","Scenedesmus subspicatus","NR","123-2","S","Tech","72 hr","EC50","","1.3","PPM","0.83-2.1"]
[21692,"Atrazine G28279 degradate",2053144,"Aquatic Plant","Green algae","Scenedesmus subspicatus","NR","123-2","S","Tech","72 hr","NOEL","",0.37,"PPM","0.83-2.1"]
[2379,"Atrazine",2017895,"Aquatic Plant","Green algae","Selenastrum capricornutum","N.R.","123-2","S",97,"4 D","EC50","","120","PPB","110-120"]
[2379,"Atrazine",2017895,"Aquatic Plant","Green algae","Selenastrum capricornutum","N.R.","123-2","S",97,"4 D","NOEL","",76,"PPB","110-120"]
[1609,"Atrazine",2017887,"Aquatic Plant","Green algae","Selenastrum capricornutum","N.R.","122-2","S",97.4,"5 D","EC50","","53","PPB","N.R."]
[8818,"Atrazine",2017900,"Aquatic Plant","Green algae","Selenastrum capricornutum","N.A.","123-2","S",97.1,"5 D","EC50","","49","PPB","44-53"]
[8818,"Atrazine",2017900,"Aquatic Plant","Green algae","Selenastrum capricornutum","N.A.","123-2","S",97.1,"5 D","NOEL","",16,"PPB","44-53"]
[1612,"Atrazine",2017887,"Aquatic Plant","Marine diatom","Skeletonema costatum","N.R.","122-2","S",97.4,"5 D","EC50","","24","PPB","N.R."]
[1363,"Atrazine",2049116,"Aquatic Plant","Marine diatom","Skeletonema costatum","N.R.","123-2","S",99.7,"10 D","EC50","","260","PPB","N.R."]
[8820,"Atrazine",2017899,"Aquatic Plant","Marine diatom","Skeletonema costatum","N.A.","123-2","S",97.1,"5 D","EC50","","53","PPB","47-59"]
[8820,"Atrazine",2017899,"Aquatic Plant","Marine diatom","Skeletonema costatum","N.A.","123-2","S",97.1,"5 D","NOEL","",14,"PPB","47-59"]
[1604,"Atrazine",2049116,"Aquatic Plant","Diatom","Thalassiosira fluviatilis","N.R.","122-2","S",99.7,"3 D","EC50","","110","PPB","N.R."]
[18729,"Atrazine",2046669,"Crustacea","Mysid","Americamysis bahia","LifCyc","72-4","F",97.1,"28 D","LOEC","","0.5","PPM","NA"]
[18729,"Atrazine",2046669,"Crustacea","Mysid","Americamysis bahia","LifCyc","72-4","F",97.1,"28 D","NOEL","",0.26,"PPM","NA"]
[6003,"Atrazine",2017897,"Crustacea","Mysid","Americamysis bahia","<24 hr","72-3","F",97.1,"96 hr","LC50","","5.4","PPM","4.5-7.4"]
[6003,"Atrazine",2017897,"Crustacea","Mysid","Americamysis bahia","<24 hr","72-3","F",97.1,"96 hr","NOEL","",1.2,"PPM","4.5-7.4"]
[18279,"Atrazine hydroxyatrazine metabolite",2028950,"Crustacea","Mysid","Americamysis bahia","<24 hr","72-3","S",97.1,"96 hr","LC50",">","2000","PPB","NA","Do Not Use - LC50 value not obtained"]
[18279,"Atrazine hydroxyatrazine metabolite",2028950,"Crustacea","Mysid","Americamysis bahia","<24 hr","72-3","S",97.1,"96 hr","NOEL",null,"2000","PPB","NA"]
[5602,"Atrazine",2017894,"Crustacea","Water flea","Daphnia magna","N.R.","72-2","F","80 WP","48 hr","EC50",">","31","PPM","N.A.","Do Not Use - EC50 value not obtained"]
[5602,"Atrazine",2017894,"Crustacea","Water flea","Daphnia magna","N.R.","72-2","F","80 WP","48 hr","NOEL",null,4.5,"PPM","N.A."]
[1620,"Atrazine",2018067,"Crustacea","Water flea","Daphnia magna","<24 hr","72-2","S",94,"48 hr","EC50","","6.9","PPM","5.2-8.1"]
[1626,"Atrazine",2017867,"Crustacea","Water flea","Daphnia magna","1st-I","72-2","S","Tech","48 hr","EC50","","115","PPM","76-184"]
[12143,"Atrazine",2018067,"Crustacea","Water flea","Daphnia magna","LifCyc","72-4","S",94,"21 D","LOEC","","0.25","PPM","N.A."]
[12143,"Atrazine",2018067,"Crustacea","Water flea","Daphnia magna","LifCyc","72-4","S",94,"21 D","NOEL","",0.14000000000000001,"PPM","N.A."]
[21688,"Atrazine G28273 degradate",2053140,"Crustacea","Water flea","Daphnia magna","<24 hr","72-2","S","Tech","48 hr","EC50",">","95.3","PPM","N.R.","Do Not Use - EC50 value not obtained"]
[21688,"Atrazine G28273 degradate",2053140,"Crustacea","Water flea","Daphnia magna","<24 hr","72-2","S","Tech","48 hr","NOEL",null,"95.3","PPM","N.R."]
[21689,"Atrazine G28279 degradate",2053141,"Crustacea","Water flea","Daphnia magna","1st-I","72-2","S","Tech","48 hr","EC50","","126","PPM","85-378"]
[21689,"Atrazine G28279 degradate",2053141,"Crustacea","Water flea","Daphnia magna","1st-I","72-2","S","Tech","48 hr","NOEL","",10,"PPM","85-378"]
[18277,"Atrazine hydroxyatrazine metabolite",2028948,"Crustacea","Water flea","Daphnia magna","<24 hr","72-2","S",98,"48 hr","EC50",">","4100","PPB","NA","Do Not Use - EC50 value not obtained"]
[18277,"Atrazine hydroxyatrazine metabolite",2028948,"Crustacea","Water flea","Daphnia magna","<24 hr","72-2","S",98,"48 hr","NOEL",null,1700,"PPB","NA"]
[1621,"Atrazine",2018067,"Crustacea","Scud","Gammarus fasciatus","N.R.","72-2","S",94,"48 hr","LC50","","5.7","PPM","3.6-8.0"]
[12144,"Atrazine",2018067,"Crustacea","Scud","Gammarus lacustris","LifCyc","72-4","S",94,"30 D","LOEC","","0.14","PPM","N.R."]
[12144,"Atrazine",2018067,"Crustacea","Scud","Gammarus lacustris","LifCyc","72-4","S",94,"30 D","NOEL","",0.06,"PPM","N.R."]
[1622,"Atrazine",2017863,"Crustacea","Mud crab","Neopanope texana","N.R.","72-3","S",93.9,"96 hr","LC50",">",1000,"PPM","N.R.","Do Not Use - LC50 value not obtained"]
[1622,"Atrazine",2017863,"Crustacea","Mud crab","Neopanope texana","N.R.","72-3","S",93.9,"96 hr","NOEL",null,750,"PPM","N.R."]
[1616,"Atrazine",2017868,"Crustacea","Brown shrimp","Penaeus aztecus","Juv","72-3","F",98.2,"48 hr","LC50","","1.0","PPM","N.R."]
[1625,"Atrazine",2018067,"Crustacea","Fiddler crab","Uca pugilator","Adult","72-3","S","80 WP","96 hr","LC50","","197.85","PPM","130.75-288"]
[1625,"Atrazine",2018067,"Crustacea","Fiddler crab","Uca pugilator","Adult","72-3","S","80 WP","96 hr","LOEL","",87,"PPM","130.75-288","NOEC changed to LOEC as NOEC not derived (<87)"]
[1631,"Atrazine",2017862,"Fishes","Goldfish","Carassius auratus","N.R.","72-1","S",98.8,"96 hr","LC50","","60.0","PPM","25-102"]
[18730,"Atrazine",2046670,"Fishes","Sheepshead minnow","Cyprinodon variegatus","ErlyLf","72-4","F",97.1,"33 D","LOEC","","2.2","PPM","NA"]
[18730,"Atrazine",2046670,"Fishes","Sheepshead minnow","Cyprinodon variegatus","ErlyLf","72-4","F",97.1,"33 D","NOEL","",1.1000000000000001,"PPM","NA"]
[6002,"Atrazine",2017896,"Fishes","Sheepshead minnow","Cyprinodon variegatus","0.19 g","72-3","F",97.1,"96 hr","LC50","","13.4","PPM","11.2-16.6"]
[6002,"Atrazine",2017896,"Fishes","Sheepshead minnow","Cyprinodon variegatus","0.19 g","72-3","F",97.1,"96 hr","NOEL","",3.2,"PPM","11.2-16.6"]
[18276,"Atrazine hydroxyatrazine metabolite",2028953,"Fishes","Sheepshead minnow","Cyprinodon variegatus","0.69 g","72-3","S",97.1,"96 hr","LC50",">","1900","PPB","NA","Do Not Use - LC50 value not obtained"]
[18276,"Atrazine hydroxyatrazine metabolite",2028953,"Fishes","Sheepshead minnow","Cyprinodon variegatus","0.69 g","72-3","S",97.1,"96 hr","NOEL",null,"1900","PPB","NA"]
[1618,"Atrazine",2017868,"Fishes","Spot","Leiostomus xanthurus","Juv","72-3","F",99.7,"48 hr","LC50",">","1.0","PPM","N.R.","Do Not Use - LC50 value not obtained"]
[5605,"Atrazine","","Fishes","Bluegill sunfish","Lepomis macrochirus","N.R.","72-1","S","15 G","96 hr","LC50","","69.0","PPM","N.R.","Do not use - AI = 15G. Unsure of purity of this."]
[5605,"Atrazine","","Fishes","Bluegill sunfish","Lepomis macrochirus","N.R.","72-1","S","15 G","96 hr","LOEL","",56,"PPM","N.R.","Do not use - AI = 15G. Unsure of purity of this."]
[1634,"Atrazine","","Fishes","Bluegill sunfish","Lepomis macrochirus","1.0 g","72-1","S",100,"96 hr","LC50","","54.51","PPM","N.R."]
[1634,"Atrazine","","Fishes","Bluegill sunfish","Lepomis macrochirus","1.0 g","72-1","S",100,"96 hr","NOEL","",10,"PPM","N.R."]
[1630,"Atrazine",2017870,"Fishes","Bluegill sunfish","Lepomis macrochirus","Juv","72-1","S",98.8,"96 hr","LC50","","24","PPM","0-32"]
[1630,"Atrazine",2017870,"Fishes","Bluegill sunfish","Lepomis macrochirus","Juv","72-1","S",98.8,"96 hr","LOEL","",18,"PPM","0-32","NOEC changed to LOEC as NOEC not derived (<18)"]
[1628,"Atrazine",2018067,"Fishes","Bluegill sunfish","Lepomis macrochirus","6.5 g","72-1","S",94,"96 hr","LC50","","6.7","PPM","5.4-8.4"]
[1368,"Atrazine",2049421,"Fishes","Bluegill sunfish","Lepomis macrochirus","0.6 g","72-1","S","43Lq","96 hr","LC50","","42","PPM","36-49","Do not use - AI = 43Lq. Unsure of purity of this."]
[12627,"Atrazine",2018067,"Fishes","Bluegill sunfish","Lepomis macrochirus","LifCyc","72-5","S",94,"90 D","LOEC","","0.50","PPM","N.R."]
[12627,"Atrazine",2018067,"Fishes","Bluegill sunfish","Lepomis macrochirus","LifCyc","72-5","S",94,"90 D","NOEL","",9.5000000000000001E-2,"PPM","N.R."]
[18281,"Atrazine hydroxyatrazine metabolite",2028952,"Fishes","Bluegill sunfish","Lepomis macrochirus","1.15 g","72-1","S",98,"96 hr","LC50",">","3800","PPB","NA","Do Not Use - LC50 value not obtained"]
[18281,"Atrazine hydroxyatrazine metabolite",2028952,"Fishes","Bluegill sunfish","Lepomis macrochirus","1.15 g","72-1","S",98,"96 hr","NOEL",null,"3800","PPB","NA"]
[18273,"Atrazine (endocrine effects study-special)",2022728,"Fishes","Largemouth bass","Micropterus salmoides","Adult","70-1","SR",97.1,"20 D","LOEC","","35","PPB","NA"]
[18273,"Atrazine (endocrine effects study-special)",2022728,"Fishes","Largemouth bass","Micropterus salmoides","Adult","70-1","SR",97.1,"20 D","NOEL","",25,"PPB","NA"]
[5603,"Atrazine","","Fishes","Emerald shiner","Notropis atherinoides","5.7 cm","72-1","S","WP","96 hr","LC50","","15.6","PPM","N.R.","Do not use - AI = WP but no mention of purity."]
[5604,"Atrazine","","Fishes","Rainbow trout","Oncorhynchus mykiss","N.R.","72-1","S","15 G","96 hr","LC50","","14.7","PPM","9.5-23","Do not use - AI = 15G. Unsure of purity of this."]
[1633,"Atrazine",2017861,"Fishes","Rainbow trout","Oncorhynchus mykiss","N.R","72-1","S",98.8,"96 hr","LC50",null,"5.3","PPM","3.59-7.60"]
[1633,"Atrazine",2017861,"Fishes","Rainbow trout","Oncorhynchus mykiss","N.R","72-1","S",98.8,"96 hr","LOEL","",1.8,"PPM","3.59-7.60","NOEC changed to LOEC as NOEC not derived (<1.8)"]
[1367,"Atrazine 4L",2049421,"Fishes","Rainbow trout","Oncorhynchus mykiss","0.7 g","72-1","S","43Lq","96 hr","LC50","","24","PPM","18-32","Do not use - AI = 43Lq. Unsure of purity of this."]
[21691,"Atrazine G28273 degradate",2053143,"Fishes","Rainbow trout","Oncorhynchus mykiss","1.52 g","72-1","S","Tech","96 hr","LC50",">","111","PPM","N.A.","Do Not Use - LC50 value not obtained"]
[21691,"Atrazine G28273 degradate",2053143,"Fishes","Rainbow trout","Oncorhynchus mykiss","1.52 g","72-1","S","Tech","96 hr","NOEL",null,"111","PPM","N.A."]
[21690,"Atrazine G28279 degradate",2053142,"Fishes","Rainbow trout","Oncorhynchus mykiss","1.46 g","72-1","S","Tech","96 hr","LC50","","16.1","PPM","9.6-31.4"]
[21690,"Atrazine G28279 degradate",2053142,"Fishes","Rainbow trout","Oncorhynchus mykiss","1.46 g","72-1","S","Tech","96 hr","NOEL","",3.9,"PPM","9.6-31.4"]
[18280,"Atrazine hydroxyatrazine metabolite",2028951,"Fishes","Rainbow trout","Oncorhynchus mykiss","0.75 g","72-1","S",98,"96 hr","LC50",">","3000","PPB","NA","Do Not Use - LC50 value not obtained"]
[18280,"Atrazine hydroxyatrazine metabolite",2028951,"Fishes","Rainbow trout","Oncorhynchus mykiss","0.75 g","72-1","S",98,"96 hr","NOEL",null,"3000","PPB","NA"]
[1629,"Atrazine",2018067,"Fishes","Fathead minnow","Pimephales promelas","1.8 g","72-1","S",94,"96 hr","LC50","","15","PPM","11-20"]
[12628,"Atrazine",2018067,"Fishes","Fathead minnow","Pimephales promelas","LifCyc","72-5","S",94,"60 D","LOEC","","0.87","PPM","N.R."]
[12628,"Atrazine",2018067,"Fishes","Fathead minnow","Pimephales promelas","LifCyc","72-5","S",94,"60 D","LOEL","",0.21,"PPM","N.R.","NOEC changed to LOEC as NOEC not derived (<10.15)"]
[12629,"Atrazine",2017898,"Fishes","Fathead minnow","Pimephales promelas","LifCyc","72-5","F",96.3,"274 D","LOEC","","0.15","PPM","N.A."]
[1632,"Atrazine",2017860,"Fishes","Brook trout","Salvelinus fontinalis","52 G","72-1","S",94,"96 hr","LC50","",4.9000000000000004,"PPM","4.0-6.0"]
[12630,"Atrazine","2017860/55","Fishes","Brook trout","Salvelinus fontinalis","LifCyc","72-5","S",94,"44WKS","LOEC","","0.12","PPM","N.R."]
[12630,"Atrazine","2017860/55","Fishes","Brook trout","Salvelinus fontinalis","LifCyc","72-5","S",94,"44WKS","NOEL","",6.5000000000000002E-2,"PPM","N.R."]
[1619,"Atrazine",2018067,"Insecta","Midge","Chironomus tentans","N.R.","72-2","S",94,"48 hr","LC50","","0.72","PPM","0.36-1.44"]
[12145,"Atrazine",2018067,"Insecta","Midge","Chironomus tentans","ErlyLf","72-4","S",94,"N.R.","LOEC","","0.23","PPM","N.R.","Do Not Use - No duration"]
[12145,"Atrazine",2018067,"Insecta","Midge","Chironomus tentans","ErlyLf","72-4","S",94,"N.R.","NOEL","",0.11,"PPM","N.R.","Do Not Use - No duration"]
[16867,"Atrazine SF",2015551,"Insecta","Midge","Chironomus tentans","3rd in","1735","SR",98.5,"10 D","LOEC",null,"21.5","PPM","NA","Methods used here is the: Whole sediment acute toxicity invertebrates, freshwater. = Terrestrial, do not use"]
[16867,"Atrazine SF",2015551,"Insecta","Midge","Chironomus tentans","3rd in","1735","SR",98.5,"10 D","NOEL","",4,"PPM","NA","Methods used here is the: Whole sediment acute toxicity invertebrates, freshwater. = Terrestrial, do not use"]
[16866,"Atrazine SF",2015550,"Insecta","Midge","Chironomus tentans","3rd in","1735","F",98.5,"10 D","LOEC","","3.2","PPM","NA","Methods used here is the: Whole sediment acute toxicity invertebrates, freshwater. = Terrestrial, do not use"]
[18731,"Atrazine",2046668,"Mollusca","Eastern oyster","Crassostrea virginica","Spat","72-3","F",97.1,"96 hr","EC50",">","17","PPM","NA","Do Not Use - EC50 value not obtained"]
[18731,"Atrazine",2046668,"Mollusca","Eastern oyster","Crassostrea virginica","Spat","72-3","F",97.1,"96 hr","NOEL",null,"17","PPM","NA"]
[1623,"Atrazine",2017868,"Mollusca","Eastern oyster","Crassostrea virginica","1-2\"","72-3","F",98.2,"96 hr","EC50",">","1.0","PPM","N.R.","Do Not Use - EC50 value not obtained"]
[1617,"Atrazine",2017868,"Mollusca","Eastern oyster","Crassostrea virginica","Juv","72-3","F",99.7,"96 hr","EC50",">","1.0","PPM","N.R.","Do Not Use - EC50 value not obtained"]
[1627,"Atrazine 4L",2017864,"Mollusca","Eastern oyster","Crassostrea virginica","Juv","72-3","S","80 WP","N.R.","EC50",">","1.0","PPM","N.R.","Do Not Use - EC50 value not obtained"]
[1627,"Atrazine 4L",2017864,"Mollusca","Eastern oyster","Crassostrea virginica","Juv","72-3","S","80 WP","N.R.","LOEL",null,"1.0","PPM","N.R.","Do Not Use - No duration"]
[18278,"Atrazine hydroxyatrazine metabolite",2028949,"Mollusca","Eastern oyster","Crassostrea virginica","SPAT","72-3","F",97.1,"96 hr","EC50",">","2800","PPB","NA","Do Not Use - EC50 value not obtained"]
[18278,"Atrazine hydroxyatrazine metabolite",2028949,"Mollusca","Eastern oyster","Crassostrea virginica","SPAT","72-3","F",97.1,"96 hr","NOEL",null,"2800","PPB","NA"]

{"sheet":"Instruction","index":3,"n_rows":21,"n_cols":10,"rows_kept":21,"cut":false,"hidden":false,"merged":[[27,6,27,16],[14,6,14,7],[5,4,5,7]]}
[]
[]
[null,"Click here to see \"All Result\" -->","All Result"]
[]
[]
[null,null,null,null,"Freshwater "]
[]
[null,"Tabs contain questionaries -->           ","Freshwater/metal/nonplant",null,"Freshwater/non-metal/non-plant ",null,null,"Freshwater/metal/plant",null,"Freshwater/non-metal/plant"]
[]
[]
[]
[null,"Tabs contain score of paper and short answers to questions -->","Freshwater/metal/nonplant Worksheet",null,"Freshwater/non-metal/non-plant Worksheet",null,null,"Freshwater/metal/plant Worksheet",null,"Freshwater/non-metal/plant/ Worksheet"]
[]
[]
[null,null,"Marine ",null,null,null,"Terrestrial",null,null,"Sediment "]
[]
[null,"Tab contain questionaries -->","Marine or estuarine/non-plant",null,"Marine or estuarine/Plant",null,null,"Terrestrial Data QA",null,"Sediment Data QA"]
[]
[]
[]
[null,"Tab Contains all scores of paper --> ","Marine or estuarine/non-Plant Worksheet",null,"Marine or estuarine/Plant_Worksheet",null,null,"Terrestrial Quality",null,"Sediment Quality"]

{"sheet":"Sheet1","index":4,"n_rows":70,"n_cols":29,"rows_kept":70,"cut":false,"hidden":true,"merged":[]}
[]
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[{"$f":"'Sediment Data QA'!H11","v":"Answers"},{"$f":"IF('Sediment Data QA'!H12=\"\",\"\",'Sediment Data QA'!H12)","v":""},{"$f":"IF('Sediment Data QA'!H15=\"\",\"\",'Sediment Data QA'!H15)","v":""},{"$f":"IF('Sediment Data QA'!H18=\"\",\"\",'Sediment Data QA'!H18)","v":""},{"$f":"IF('Sediment Data QA'!H21=\"\",\"\",'Sediment Data QA'!H21)","v":""},{"$f":"IF('Sediment Data QA'!H23=\"\",\"\",'Sediment Data QA'!H23)","v":""},{"$f":"IF('Sediment Data QA'!H26=\"\",\"\",'Sediment Data QA'!H26)","v":""},{"$f":"IF('Sediment Data QA'!H29=\"\",\"\",'Sediment Data QA'!H29)","v":""},{"$f":"IF('Sediment Data QA'!H32=\"\",\"\",'Sediment Data QA'!H32)","v":""},{"$f":"IF('Sediment Data QA'!H35=\"\",\"\",'Sediment Data QA'!H35)","v":""},{"$f":"IF('Sediment Data QA'!H38=\"\",\"\",'Sediment Data QA'!H38)","v":""},{"$f":"IF('Sediment Data QA'!H41=\"\",\"\",'Sediment Data QA'!H41)","v":""},{"$f":"IF('Sediment Data QA'!H44=\"\",\"\",'Sediment Data QA'!H44)","v":""},{"$f":"IF('Sediment Data QA'!H47=\"\",\"\",'Sediment Data QA'!H47)","v":""},{"$f":"IF('Sediment Data QA'!H50=\"\",\"\",'Sediment Data QA'!H50)","v":""},{"$f":"IF('Sediment Data QA'!H53=\"\",\"\",'Sediment Data QA'!H53)","v":""},{"$f":"IF('Sediment Data QA'!H57=\"\",\"\",'Sediment Data QA'!H57)","v":""},{"$f":"IF('Sediment Data QA'!H61=\"\",\"\",'Sediment Data QA'!H61)","v":""},{"$f":"IF('Sediment Data QA'!H65=\"\",\"\",'Sediment Data QA'!H65)","v":""},{"$f":"IF('Sediment Data QA'!H69=\"\",\"\",'Sediment Data QA'!H69)","v":""},{"$f":"IF('Sediment Data QA'!H73=\"\",\"\",'Sediment Data QA'!H73)","v":""},{"$f":"IF('Sediment Data QA'!H77=\"\",\"\",'Sediment Data QA'!H77)","v":""},{"$f":"IF('Sediment Data QA'!H81=\"\",\"\",'Sediment Data QA'!H81)","v":""},{"$f":"IF('Sediment Data QA'!H84=\"\",\"\",'Sediment Data QA'!H84)","v":""},{"$f":"IF('Sediment Data QA'!H88=\"\",\"\",'Sediment Data QA'!H88)","v":""},{"$f":"IF('Sediment Data QA'!H90=\"\",\"\",'Sediment Data QA'!H90)","v":""},{"$f":"IF('Sediment Data QA'!H92=\"\",\"\",'Sediment Data QA'!H92)","v":""}]
[{"$f":"'Sediment Data QA'!G3","v":"Species (Scientific name)"},{"$f":"'Sediment Data QA'!G4","v":"Lifestage"},{"$f":"'Sediment Data QA'!G5","v":"Exposure duration"},{"$f":"'Sediment Data QA'!G6","v":"Measure of toxicity"},{"$f":"'Sediment Data QA'!G7","v":"Toxicity endpoint"},{"$f":"'Sediment Data QA'!G8","v":"Toxicity value"},{"$f":"'Sediment Data QA'!C4","v":"Citation"},{"$f":"'Sediment Data QA'!G2","v":"Citation No."}]
[{"$f":"'Sediment Data QA'!M3","v":""},{"$f":"'Sediment Data QA'!P3","v":""},{"$f":"'Sediment Data QA'!S3","v":""},{"$f":"'Sediment Data QA'!V3","v":""},{"$f":"'Sediment Data QA'!Y3","v":""},{"$f":"IF('Sediment Data QA'!H8=\"\",\"\",'Sediment Data QA'!H8)","v":""},{"$f":"IF('Sediment Data QA'!E4=\"\",\"\",'Sediment Data QA'!E4)","v":""},{"$f":"IF('Sediment Data QA'!H2=\"\",\"\",'Sediment Data QA'!H2)","v":0}]
[{"$f":"'FW nonmetal plant'!B11","v":"No."},{"$f":"'FW nonmetal plant'!B13","v":1},{"$f":"'FW nonmetal plant'!B16","v":2},{"$f":"'FW nonmetal plant'!B19","v":3},{"$f":"'FW nonmetal plant'!B21","v":4},{"$f":"'FW nonmetal plant'!B23","v":5},{"$f":"'FW nonmetal plant'!B26","v":6},{"$f":"'FW nonmetal plant'!B29","v":7},{"$f":"'FW nonmetal plant'!B32","v":8},{"$f":"'FW nonmetal plant'!B35","v":9},{"$f":"'FW nonmetal plant'!B39","v":10},{"$f":"'FW nonmetal plant'!B42","v":11},{"$f":"'FW nonmetal plant'!B45","v":12},{"$f":"'FW nonmetal plant'!B48","v":13},{"$f":"'FW nonmetal plant'!B51","v":14},{"$f":"'FW nonmetal plant'!B53","v":15},{"$f":"'FW nonmetal plant'!B58","v":16.100000000000001},{"$f":"'FW nonmetal plant'!B62","v":17},{"$f":"'FW nonmetal plant'!B65","v":18},{"$f":"'FW nonmetal plant'!C70","v":"Total score"},{"$f":"'FW nonmetal plant'!C72","v":"Quality Score"}]
[{"$f":"'FW nonmetal plant'!C2","v":"Category"},{"$f":"'FW nonmetal plant'!E2","v":"Freshwater/non-metal/plant"},{"$f":"'FW nonmetal plant'!C3","v":"Paper and data unique identifier(eg. 1-1,10-150)"},{"$f":"'FW nonmetal plant'!E3","v":"158970--OK"}]
[{"$f":"'FW nonmetal plant'!G11","v":"Scores"},{"$f":"'FW nonmetal plant'!G12","v":10},{"$f":"'FW nonmetal plant'!G15","v":10},{"$f":"'FW nonmetal plant'!G18","v":0},{"$f":"'FW nonmetal plant'!G21","v":0},{"$f":"'FW nonmetal plant'!G23","v":0},{"$f":"'FW nonmetal plant'!G26","v":5},{"$f":"'FW nonmetal plant'!G29","v":0},{"$f":"'FW nonmetal plant'!G32","v":5},{"$f":"'FW nonmetal plant'!G35","v":5},{"$f":"'FW nonmetal plant'!G38","v":0},{"$f":"'FW nonmetal plant'!G41","v":0},{"$f":"'FW nonmetal plant'!G44","v":0},{"$f":"'FW nonmetal plant'!G47","v":0},{"$f":"'FW nonmetal plant'!G50","v":0},{"$f":"'FW nonmetal plant'!G53","v":0},{"$f":"'FW nonmetal plant'!G57","v":0},{"$f":"'FW nonmetal plant'!G61","v":3},{"$f":"'FW nonmetal plant'!G64","v":3},{"$f":"'FW nonmetal plant'!G70","v":41},{"$f":"'FW nonmetal plant'!G72","v":0.46590909090909088},{"$f":"'FW nonmetal plant'!H72","v":"The highest possible grade for this datum is acceptable."}]
[{"$f":"'FW nonmetal plant'!H11","v":"Answers"},{"$f":"IF('FW nonmetal plant'!H12=\"\",\"\",'FW nonmetal plant'!H12)","v":"80 minutes"},{"$f":"IF('FW nonmetal plant'!H15=\"\",\"\",'FW nonmetal plant'!H15)","v":"Growth: Cell viability (using Evans Blue to stain cells using an Olympus BX-41 microscope. Evans Blue is impermeable to live cells but freely penetrates the membrane of dead cells and stains blue, thus blue stained cells were identified as dead)."},{"$f":"IF('FW nonmetal plant'!H18=\"\",\"\",'FW nonmetal plant'!H18)","v":""},{"$f":"IF('FW nonmetal plant'!H21=\"\",\"\",'FW nonmetal plant'!H21)","v":""},{"$f":"IF('FW nonmetal plant'!H23=\"\",\"\",'FW nonmetal plant'!H23)","v":"Carrier control (with solvent) and no-toxicant control."},{"$f":"IF('FW nonmetal plant'!H26=\"\",\"\",'FW nonmetal plant'!H26)","v":"Triplicate cultures"},{"$f":"IF('FW nonmetal plant'!H29=\"\",\"\",'FW nonmetal plant'!H29)","v":""},{"$f":"IF('FW nonmetal plant'!H32=\"\",\"\",'FW nonmetal plant'!H32)","v":"Exponential growth phase"},{"$f":"IF('FW nonmetal plant'!H35=\"\",\"\",'FW nonmetal plant'!H35)","v":"C. reinhardtii: DY-V freshwater medium pH 7.0. All other species growh in CHU-10 medium pH 7.0."},{"$f":"IF('FW nonmetal plant'!H38=\"\",\"\",'FW nonmetal plant'!H38)","v":"Not stated: only culture conditions stated gently stirred and bubbled with filtered air."},{"$f":"IF('FW nonmetal plant'!H41=\"\",\"\",'FW nonmetal plant'!H41)","v":"Final concentrations tested ranged from 1 to 30 nM."},{"$f":"IF('FW nonmetal plant'!H44=\"\",\"\",'FW nonmetal plant'!H44)","v":""},{"$f":"IF('FW nonmetal plant'!H47=\"\",\"\",'FW nonmetal plant'!H47)","v":""},{"$f":"IF('FW nonmetal plant'!H53=\"\",\"\",'FW nonmetal plant'!H53)","v":""},{"$f":"IF('FW nonmetal plant'!H53=\"\",\"\",'FW nonmetal plant'!H53)","v":""},{"$f":"IF('FW nonmetal plant'!H57=\"\",\"\",'FW nonmetal plant'!H57)","v":""},{"$f":"IF('FW nonmetal plant'!H61=\"\",\"\",'FW nonmetal plant'!H61)","v":"18-22 degrees C."},{"$f":"IF('FW nonmetal plant'!H64=\"\",\"\",'FW nonmetal plant'!H64)","v":"Supplier-certified as 99% pure"}]
[{"$f":"'FW nonmetal plant'!G3","v":"Species (Scientific name)"},{"$f":"'FW nonmetal plant'!G4","v":"Lifestage"},{"$f":"'FW nonmetal plant'!G5","v":"Exposure duration"},{"$f":"'FW nonmetal plant'!G6","v":"Measure of toxicity"},{"$f":"'FW nonmetal plant'!G7","v":"Toxicity endpoint"},{"$f":"'FW nonmetal plant'!G8","v":"Toxicity value"},{"$f":"'FW nonmetal plant'!J2","v":"Taxonomic group"},{"$f":"'FW nonmetal plant'!J3","v":"Phylum"},{"$f":"'FW nonmetal plant'!J4","v":"Class"},{"$f":"'FW nonmetal plant'!J5","v":"Media"},{"$f":"'FW nonmetal plant'!J6","v":"Temperature "},{"$f":"'FW nonmetal plant'!J7","v":"Acute Or Chronic "},{"$f":"'FW nonmetal plant'!J8","v":"PH"},{"$f":"'FW nonmetal plant'!J9","v":"Salinity/Conductivity"},{"$f":"'FW nonmetal plant'!C4","v":"Citation"},{"$f":"'FW nonmetal plant'!G2","v":"Citation No."}]
[{"$f":"'FW nonmetal plant'!Q3","v":"Chlamydomonas reinhardtii"},{"$f":"'FW nonmetal plant'!T3","v":"Exponential growth phase"},{"$f":"'FW nonmetal plant'!W3","v":"80 minutes"},{"$f":"'FW nonmetal plant'!Z3","v":0},{"$f":"'FW nonmetal plant'!AC3","v":""},{"$f":"IF('FW nonmetal plant'!H8=\"\",\"\",'FW nonmetal plant'!H8)","v":""},{"$f":"'FW nonmetal plant'!AF3","v":""},{"$f":"'FW nonmetal plant'!AI3","v":""},{"$f":"'FW nonmetal plant'!AO3","v":""},{"$f":"'FW nonmetal plant'!AR3","v":""},{"$f":"'FW nonmetal plant'!AR3","v":""},{"$f":"'FW nonmetal plant'!AU3","v":""},{"$f":"'FW nonmetal plant'!AX3","v":""},{"$f":"'FW nonmetal plant'!BA3","v":"N.A."},{"$f":"IF('FW nonmetal plant'!E4=\"\",\"\",'FW nonmetal plant'!E4)","v":"Choi,C.J., J.A. Berges, and E.B. Young 2012, 'Rapid Effects of Diverse Toxic Water Pollutants on Chlorophyll a Fluorescence: Variable Responses Among Freshwater Microalgae', Water Res.46(8): 2615-2626."},{"$f":"IF('FW nonmetal plant'!H2=\"\",\"\",'FW nonmetal plant'!H2)","v":"158970"}]
[{"$f":"'FW metal plant'!B11","v":"No."},{"$f":"'FW metal plant'!B13","v":1},{"$f":"'FW metal plant'!B16","v":2},{"$f":"'FW metal plant'!B19","v":3},{"$f":"'FW metal plant'!B21","v":4},{"$f":"'FW metal plant'!B23","v":5},{"$f":"'FW metal plant'!B26","v":6},{"$f":"'FW metal plant'!B29","v":7},{"$f":"'FW metal plant'!B32","v":8},{"$f":"'FW metal plant'!B35","v":9},{"$f":"'FW metal plant'!B39","v":10},{"$f":"'FW metal plant'!B42","v":11},{"$f":"'FW metal plant'!B45","v":12},{"$f":"'FW metal plant'!B48","v":13},{"$f":"'FW metal plant'!B51","v":14},{"$f":"'FW metal plant'!B53","v":15},{"$f":"'FW metal plant'!B58","v":16.100000000000001},{"$f":"'FW metal plant'!B61","v":16.2},{"$f":"'FW metal plant'!B64","v":16.3},{"$f":"'FW metal plant'!B67","v":16.399999999999999},{"$f":"'FW metal plant'!B70","v":17},{"$f":"'FW metal plant'!B73","v":18},{"$f":"'FW metal plant'!C78","v":"Total score"},{"$f":"'FW metal plant'!C80","v":"Quality Score"}]
[{"$f":"'FW metal plant'!C2","v":"Category"},{"$f":"'FW metal plant'!E2","v":"Freshwater/metal/plant"},{"$f":"'FW metal plant'!C3","v":"Paper and data unique identifier(eg. 1-1,10-150)"},{"$f":"'FW metal plant'!E3","v":0}]
[{"$f":"'FW metal plant'!G11","v":"Scores"},{"$f":"'FW metal plant'!G12","v":0},{"$f":"'FW metal plant'!G15","v":0},{"$f":"'FW metal plant'!G18","v":0},{"$f":"'FW metal plant'!G21","v":0},{"$f":"'FW metal plant'!G23","v":0},{"$f":"'FW metal plant'!G26","v":0},{"$f":"'FW metal plant'!G29","v":0},{"$f":"'FW metal plant'!G32","v":0},{"$f":"'FW metal plant'!G35","v":0},{"$f":"'FW metal plant'!G38","v":0},{"$f":"'FW metal plant'!G41","v":0},{"$f":"'FW metal plant'!G44","v":0},{"$f":"'FW metal plant'!G47","v":0},{"$f":"'FW metal plant'!G50","v":0},{"$f":"'FW metal plant'!G53","v":0},{"$f":"'FW metal plant'!G57","v":0},{"$f":"'FW metal plant'!G60","v":0},{"$f":"'FW metal plant'!G63","v":0},{"$f":"'FW metal plant'!G66","v":0},{"$f":"'FW metal plant'!G69","v":0},{"$f":"'FW metal plant'!G72","v":0},{"$f":"'FW metal plant'!G78","v":""},{"$f":"'FW metal plant'!G80","v":{"$error":"#N/A"}},{"$f":"'FW metal plant'!H80","v":""}]
[{"$f":"'FW metal plant'!H11","v":"Answers"},{"$f":"IF('FW metal plant'!H12=\"\",\"\",'FW metal plant'!H12)","v":""},{"$f":"IF('FW metal plant'!H15=\"\",\"\",'FW metal plant'!H15)","v":""},{"$f":"IF('FW metal plant'!H18=\"\",\"\",'FW metal plant'!H18)","v":""},{"$f":"IF('FW metal plant'!H21=\"\",\"\",'FW metal plant'!H21)","v":""},{"$f":"IF('FW metal plant'!H23=\"\",\"\",'FW metal plant'!H23)","v":""},{"$f":"IF('FW metal plant'!H26=\"\",\"\",'FW metal plant'!H26)","v":""},{"$f":"IF('FW metal plant'!H29=\"\",\"\",'FW metal plant'!H29)","v":""},{"$f":"IF('FW metal plant'!H32=\"\",\"\",'FW metal plant'!H32)","v":""},{"$f":"IF('FW metal plant'!H35=\"\",\"\",'FW metal plant'!H35)","v":""},{"$f":"IF('FW metal plant'!H38=\"\",\"\",'FW metal plant'!H38)","v":""},{"$f":"IF('FW metal plant'!H41=\"\",\"\",'FW metal plant'!H41)","v":""},{"$f":"IF('FW metal plant'!H44=\"\",\"\",'FW metal plant'!H44)","v":""},{"$f":"IF('FW metal plant'!H47=\"\",\"\",'FW metal plant'!H47)","v":""},{"$f":"IF('FW metal plant'!H50=\"\",\"\",'FW metal plant'!H50)","v":""},{"$f":"IF('FW metal plant'!H53=\"\",\"\",'FW metal plant'!H53)","v":""},{"$f":"IF('FW metal plant'!H57=\"\",\"\",'FW metal plant'!H57)","v":""},{"$f":"IF('FW metal plant'!H60=\"\",\"\",'FW metal plant'!H60)","v":""},{"$f":"IF('FW metal plant'!H63=\"\",\"\",'FW metal plant'!H63)","v":""},{"$f":"IF('FW metal plant'!H66=\"\",\"\",'FW metal plant'!H66)","v":""},{"$f":"IF('FW metal plant'!H69=\"\",\"\",'FW metal plant'!H69)","v":""},{"$f":"IF('FW metal plant'!H72=\"\",\"\",'FW metal plant'!H72)","v":""}]
[{"$f":"'FW metal plant'!G3","v":"Species (Scientific name)"},{"$f":"'FW metal plant'!G4","v":"Lifestage"},{"$f":"'FW metal plant'!G5","v":"Exposure duration"},{"$f":"'FW metal plant'!G6","v":"Measure of toxicity"},{"$f":"'FW metal plant'!G7","v":"Toxicity endpoint"},{"$f":"'FW metal plant'!G8","v":"Toxicity value"},{"$f":"'FW metal plant'!J2","v":"Taxonomic group"},{"$f":"'FW metal plant'!J3","v":"Phylum"},{"$f":"'FW metal plant'!J4","v":"Class"},{"$f":"'FW metal plant'!J5","v":"Media"},{"$f":"'FW metal plant'!J6","v":"Temperature "},{"$f":"'FW metal plant'!J7","v":"Acute Or Chronic "},{"$f":"'FW metal plant'!J8","v":"PH"},{"$f":"'FW metal plant'!J9","v":"Salinity/Conductivity"},{"$f":"'FW metal plant'!C4","v":"Citation"},{"$f":"'FW metal plant'!G2","v":"Citation No."}]
[{"$f":"'FW metal plant'!Q3","v":""},{"$f":"'FW metal plant'!T3","v":""},{"$f":"'FW metal plant'!W3","v":""},{"$f":"'FW metal plant'!Z3","v":""},{"$f":"'FW metal plant'!AC3","v":""},{"$f":"IF('FW metal plant'!H8=\"\",\"\",'FW metal plant'!H8)","v":""},{"$f":"'FW metal plant'!AF3","v":""},{"$f":"'FW metal plant'!AI3","v":""},{"$f":"'FW metal plant'!AL3","v":""},{"$f":"'FW metal plant'!AO3","v":""},{"$f":"'FW metal plant'!AR3","v":""},{"$f":"'FW metal plant'!AU3","v":""},{"$f":"'FW metal plant'!AX3","v":""},{"$f":"'FW metal plant'!BA3","v":"N.A."},{"$f":"IF('FW metal plant'!E4=\"\",\"\",'FW metal plant'!E4)","v":""},{"$f":"IF('FW metal plant'!H2=\"\",\"\",'FW metal plant'!H2)","v":0}]
[{"$f":"'FW nonmetal nonplant'!B11","v":"No."},{"$f":"'FW nonmetal nonplant'!B13","v":1},{"$f":"'FW nonmetal nonplant'!B16","v":2},{"$f":"'FW nonmetal nonplant'!B19","v":3},{"$f":"'FW nonmetal nonplant'!B21","v":4},{"$f":"'FW nonmetal nonplant'!B23","v":5},{"$f":"'FW nonmetal nonplant'!B26","v":6},{"$f":"'FW nonmetal nonplant'!B29","v":7},{"$f":"'FW nonmetal nonplant'!B32","v":8},{"$f":"'FW nonmetal nonplant'!B35","v":9},{"$f":"'FW nonmetal nonplant'!B39","v":10},{"$f":"'FW nonmetal nonplant'!B42","v":11},{"$f":"'FW nonmetal nonplant'!B45","v":12},{"$f":"'FW nonmetal nonplant'!B48","v":13},{"$f":"'FW nonmetal nonplant'!B51","v":14},{"$f":"'FW nonmetal nonplant'!B53","v":15},{"$f":"'FW nonmetal nonplant'!B58","v":16.100000000000001},{"$f":"'FW nonmetal nonplant'!B61","v":16.2},{"$f":"'FW nonmetal nonplant'!B64","v":17},{"$f":"'FW nonmetal nonplant'!B67","v":18},{"$f":"'FW nonmetal nonplant'!C72","v":"Total score"},{"$f":"'FW nonmetal nonplant'!C74","v":"Quality Score"}]
[{"$f":"'FW nonmetal nonplant'!C2","v":"Category"},{"$f":"'FW nonmetal nonplant'!E2","v":"Freshwater/non-metal/non- plant"},{"$f":"'FW nonmetal nonplant'!C3","v":"Paper and data unique identifier(eg. 1-1,10-150)"},{"$f":"'FW nonmetal nonplant'!E3","v":"165335-17-OK"}]
[{"$f":"'FW nonmetal nonplant'!G11","v":"Scores"},{"$f":"'FW nonmetal nonplant'!G12","v":10},{"$f":"'FW nonmetal nonplant'!G15","v":10},{"$f":"'FW nonmetal nonplant'!G18","v":0},{"$f":"'FW nonmetal nonplant'!G21","v":5},{"$f":"'FW nonmetal nonplant'!G23","v":5},{"$f":"'FW nonmetal nonplant'!G26","v":5},{"$f":"'FW nonmetal nonplant'!G29","v":0},{"$f":"'FW nonmetal nonplant'!G32","v":5},{"$f":"'FW nonmetal nonplant'!G35","v":5},{"$f":"'FW nonmetal nonplant'!G38","v":4},{"$f":"'FW nonmetal nonplant'!G41","v":2},{"$f":"'FW nonmetal nonplant'!G44","v":0},{"$f":"'FW nonmetal nonplant'!G47","v":0},{"$f":"'FW nonmetal nonplant'!G50","v":4},{"$f":"'FW nonmetal nonplant'!G53","v":4},{"$f":"'FW nonmetal nonplant'!G57","v":3},{"$f":"'FW nonmetal nonplant'!G60","v":3},{"$f":"'FW nonmetal nonplant'!G63","v":3},{"$f":"'FW nonmetal nonplant'!G66","v":3},{"$f":"'FW nonmetal nonplant'!G72","v":71},{"$f":"'FW nonmetal nonplant'!G74","v":0.78021978021978022},null,{"$f":"'FW nonmetal nonplant'!H74","v":""}]
[{"$f":"'FW nonmetal nonplant'!H11","v":"Answers"},{"$f":"IF('FW nonmetal nonplant'!H12=\"\",\"\",'FW nonmetal nonplant'!H12)","v":"113 days (and 18 days for viable embryos and # offspring)."},{"$f":"IF('FW nonmetal nonplant'!H15=\"\",\"\",'FW nonmetal nonplant'!H15)","v":"Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated)."},{"$f":"IF('FW nonmetal nonplant'!H18=\"\",\"\",'FW nonmetal nonplant'!H18)","v":"Not stated"},{"$f":"IF('FW nonmetal nonplant'!H21=\"\",\"\",'FW nonmetal nonplant'!H21)","v":"Mortality (% survival percentages are provided). "},{"$f":"IF('FW nonmetal nonplant'!H23=\"\",\"\",'FW nonmetal nonplant'!H23)","v":"Unexposed control (no-toxicant control)."},{"$f":"IF('FW nonmetal nonplant'!H26=\"\",\"\",'FW nonmetal nonplant'!H26)","v":"Each treatment included eight replicate tanks."},{"$f":"IF('FW nonmetal nonplant'!H29=\"\",\"\",'FW nonmetal nonplant'!H29)","v":"Not stated"},{"$f":"IF('FW nonmetal nonplant'!H32=\"\",\"\",'FW nonmetal nonplant'!H32)","v":"Embryos 17 days post fertilisation"},{"$f":"IF('FW nonmetal nonplant'!H35=\"\",\"\",'FW nonmetal nonplant'!H35)","v":"0.6% instant ocean fish water"},{"$f":"IF('FW nonmetal nonplant'!H38=\"\",\"\",'FW nonmetal nonplant'!H38)","v":"Static-renewal. Freshly prepared and renewed every 3 days."},{"$f":"IF('FW nonmetal nonplant'!H41=\"\",\"\",'FW nonmetal nonplant'!H41)","v":"Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L."},{"$f":"IF('FW nonmetal nonplant'!H44=\"\",\"\",'FW nonmetal nonplant'!H44)","v":""},{"$f":"IF('FW nonmetal nonplant'!H47=\"\",\"\",'FW nonmetal nonplant'!H47)","v":""},{"$f":"IF('FW nonmetal nonplant'!H50=\"\",\"\",'FW nonmetal nonplant'!H50)","v":"ANOVA"},{"$f":"IF('FW nonmetal nonplant'!H53=\"\",\"\",'FW nonmetal nonplant'!H53)","v":"Graphs depict mean +/- standard error and p<0.05 was considered statistically significant."},{"$f":"IF('FW nonmetal nonplant'!H57=\"\",\"\",'FW nonmetal nonplant'!H57)","v":"pH 7.3 - 7.6"},{"$f":"IF('FW nonmetal nonplant'!H60=\"\",\"\",'FW nonmetal nonplant'!H60)","v":">5.70 mg/l"},{"$f":"IF('FW nonmetal nonplant'!H63=\"\",\"\",'FW nonmetal nonplant'!H63)","v":27},{"$f":"IF('FW nonmetal nonplant'!H66=\"\",\"\",'FW nonmetal nonplant'!H66)","v":"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "}]
[{"$f":"'FW nonmetal nonplant'!G3","v":"Species (Scientific name)"},{"$f":"'FW nonmetal nonplant'!G4","v":"Lifestage"},{"$f":"'FW nonmetal nonplant'!G5","v":"Exposure duration"},{"$f":"'FW nonmetal nonplant'!G6","v":"Measure of toxicity"},{"$f":"'FW nonmetal nonplant'!G7","v":"Toxicity endpoint"},{"$f":"'FW nonmetal nonplant'!G8","v":"Toxicity value"},{"$f":"'FW nonmetal nonplant'!J2","v":"Taxonomic group"},{"$f":"'FW nonmetal nonplant'!J3","v":"Phylum"},{"$f":"'FW nonmetal nonplant'!J4","v":"Class"},{"$f":"'FW nonmetal nonplant'!J5","v":"Media"},{"$f":"'FW nonmetal nonplant'!J6","v":"Temperature "},{"$f":"'FW nonmetal nonplant'!J7","v":"Acute Or Chronic "},{"$f":"'FW nonmetal nonplant'!J8","v":"PH"},{"$f":"'FW nonmetal nonplant'!J9","v":"Salinity/Conductivity"},{"$f":"'FW nonmetal nonplant'!C4","v":"Citation"},{"$f":"'FW nonmetal nonplant'!G2","v":"Citation No."}]
[{"$f":"'FW nonmetal nonplant'!Q3","v":"Danio rerio"},{"$f":"'FW nonmetal nonplant'!T3","v":"Embryo"},{"$f":"'FW nonmetal nonplant'!W3","v":"113 days"},{"$f":"'FW nonmetal nonplant'!Z3","v":"LOEC"},{"$f":"'FW nonmetal nonplant'!AC3","v":"Growth: Body length"},{"$f":"IF('FW nonmetal nonplant'!H8=\"\",\"\",'FW nonmetal nonplant'!H8)","v":"9.4 ug/L"},{"$f":"'FW nonmetal nonplant'!AF3","v":"Fish"},{"$f":"'FW nonmetal nonplant'!AI3","v":"Chordata"},{"$f":"'FW nonmetal nonplant'!AL3","v":"\tActinopterygii"},{"$f":"'FW nonmetal nonplant'!AO3","v":"0.6% instant ocean fish water"},{"$f":"'FW nonmetal nonplant'!AR3","v":27},{"$f":"'FW nonmetal nonplant'!AU3","v":"Chronic"},{"$f":"'FW nonmetal nonplant'!AX3","v":"7.3 - 7.6"},{"$f":"'FW nonmetal nonplant'!BA3","v":"N.A."},{"$f":"IF('FW nonmetal nonplant'!E4=\"\",\"\",'FW nonmetal nonplant'!E4)","v":"Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288."},{"$f":"IF('FW nonmetal nonplant'!H2=\"\",\"\",'FW nonmetal nonplant'!H2)","v":"165335"}]
[{"$f":"'FW metal nonplant'!B11","v":"No."},{"$f":"'FW metal nonplant'!B13","v":1},{"$f":"'FW metal nonplant'!B16","v":2},{"$f":"'FW metal nonplant'!B19","v":3},{"$f":"'FW metal nonplant'!B21","v":4},{"$f":"'FW metal nonplant'!B23","v":5},{"$f":"'FW metal nonplant'!B26","v":6},{"$f":"'FW metal nonplant'!B29","v":7},{"$f":"'FW metal nonplant'!B32","v":8},{"$f":"'FW metal nonplant'!B35","v":9},{"$f":"'FW metal nonplant'!B39","v":10},{"$f":"'FW metal nonplant'!B42","v":11},{"$f":"'FW metal nonplant'!B45","v":12},{"$f":"'FW metal nonplant'!B48","v":13},{"$f":"'FW metal nonplant'!B51","v":14},{"$f":"'FW metal nonplant'!B53","v":15},{"$f":"'FW metal nonplant'!B58","v":16.100000000000001},{"$f":"'FW metal nonplant'!B61","v":16.2},{"$f":"'FW metal nonplant'!B64","v":16.3},{"$f":"'FW metal nonplant'!B67","v":16.399999999999999},{"$f":"'FW metal nonplant'!B70","v":16.5},{"$f":"'FW metal nonplant'!B73","v":17},{"$f":"'FW metal nonplant'!B76","v":18},{"$f":"'FW metal nonplant'!C81","v":"Total score"},{"$f":"'FW metal nonplant'!C83","v":"Quality Score"}]
[{"$f":"'FW metal nonplant'!C2","v":"Category"},{"$f":"'FW metal nonplant'!E2","v":"Freshwater/metal/non- plant"},{"$f":"'FW metal nonplant'!C3","v":"Paper and data unique identifier(eg. 1-1,10-150)"},{"$f":"'FW metal nonplant'!E3","v":0}]
[{"$f":"'FW metal nonplant'!G11","v":"Scores"},{"$f":"'FW metal nonplant'!G12","v":0},{"$f":"'FW metal nonplant'!G15","v":0},{"$f":"'FW metal nonplant'!G18","v":0},{"$f":"'FW metal nonplant'!G21","v":0},{"$f":"'FW metal nonplant'!G23","v":0},{"$f":"'FW metal nonplant'!G26","v":0},{"$f":"'FW metal nonplant'!G29","v":0},{"$f":"'FW metal nonplant'!G32","v":0},{"$f":"'FW metal nonplant'!G35","v":0},{"$f":"'FW metal nonplant'!G38","v":0},{"$f":"'FW metal nonplant'!G41","v":0},{"$f":"'FW metal nonplant'!G44","v":0},{"$f":"'FW metal nonplant'!G47","v":0},{"$f":"'FW metal nonplant'!G50","v":0},{"$f":"'FW metal nonplant'!G53","v":0},{"$f":"'FW metal nonplant'!G57","v":0},{"$f":"'FW metal nonplant'!G60","v":0},{"$f":"'FW metal nonplant'!G63","v":0},{"$f":"'FW metal nonplant'!G66","v":0},{"$f":"'FW metal nonplant'!G69","v":0},{"$f":"'FW metal nonplant'!G72","v":0},{"$f":"'FW metal nonplant'!G75","v":0},{"$f":"'FW metal nonplant'!G81","v":""},{"$f":"'FW metal nonplant'!G83","v":{"$error":"#N/A"}},{"$f":"'FW metal nonplant'!H83","v":"The highest possible grade for this datum is acceptable."}]
[{"$f":"'FW metal nonplant'!H11","v":"Answers"},{"$f":"IF('FW metal nonplant'!H12=\"\",\"\",'FW metal nonplant'!H12)","v":""},{"$f":"IF('FW metal nonplant'!H15=\"\",\"\",'FW metal nonplant'!H15)","v":""},{"$f":"IF('FW metal nonplant'!H18=\"\",\"\",'FW metal nonplant'!H18)","v":""},{"$f":"IF('FW metal nonplant'!H21=\"\",\"\",'FW metal nonplant'!H21)","v":""},{"$f":"IF('FW metal nonplant'!H23=\"\",\"\",'FW metal nonplant'!H23)","v":""},{"$f":"IF('FW metal nonplant'!H26=\"\",\"\",'FW metal nonplant'!H26)","v":""},{"$f":"IF('FW metal nonplant'!H29=\"\",\"\",'FW metal nonplant'!H29)","v":""},{"$f":"IF('FW metal nonplant'!H32=\"\",\"\",'FW metal nonplant'!H32)","v":""},{"$f":"IF('FW metal nonplant'!H35=\"\",\"\",'FW metal nonplant'!H35)","v":""},{"$f":"IF('FW metal nonplant'!H38=\"\",\"\",'FW metal nonplant'!H38)","v":""},{"$f":"IF('FW metal nonplant'!H41=\"\",\"\",'FW metal nonplant'!H41)","v":""},{"$f":"IF('FW metal nonplant'!H44=\"\",\"\",'FW metal nonplant'!H44)","v":""},{"$f":"IF('FW metal nonplant'!H47=\"\",\"\",'FW metal nonplant'!H47)","v":""},{"$f":"IF('FW metal nonplant'!H50=\"\",\"\",'FW metal nonplant'!H50)","v":""},{"$f":"IF('FW metal nonplant'!H53=\"\",\"\",'FW metal nonplant'!H53)","v":""},{"$f":"IF('FW metal nonplant'!H57=\"\",\"\",'FW metal nonplant'!H57)","v":""},{"$f":"IF('FW metal nonplant'!H60=\"\",\"\",'FW metal nonplant'!H60)","v":""},{"$f":"IF('FW metal nonplant'!H63=\"\",\"\",'FW metal nonplant'!H63)","v":""},{"$f":"IF('FW metal nonplant'!H66=\"\",\"\",'FW metal nonplant'!H66)","v":""},{"$f":"IF('FW metal nonplant'!H69=\"\",\"\",'FW metal nonplant'!H69)","v":""},{"$f":"IF('FW metal nonplant'!H72=\"\",\"\",'FW metal nonplant'!H72)","v":""},{"$f":"IF('FW metal nonplant'!H75=\"\",\"\",'FW metal nonplant'!H75)","v":""}]
[{"$f":"'FW metal nonplant'!G3","v":"Species (Scientific name)"},{"$f":"'FW metal nonplant'!G4","v":"Lifestage"},{"$f":"'FW metal nonplant'!G5","v":"Exposure duration"},{"$f":"'FW metal nonplant'!G6","v":"Measure of toxicity"},{"$f":"'FW metal nonplant'!G7","v":"Toxicity endpoint"},{"$f":"'FW metal nonplant'!G8","v":"Toxicity value"},{"$f":"'FW metal nonplant'!J2","v":"Taxonomic group"},{"$f":"'FW metal nonplant'!J3","v":"Phylum"},{"$f":"'FW metal nonplant'!J4","v":"Class"},{"$f":"'FW metal nonplant'!J5","v":"Media"},{"$f":"'FW metal nonplant'!J6","v":"Temperature "},{"$f":"'FW metal nonplant'!J7","v":"Acute Or Chronic "},{"$f":"'FW metal nonplant'!J8","v":"PH"},{"$f":"'FW metal nonplant'!J9","v":"Salinity/Conductivity"},{"$f":"'FW metal nonplant'!C4","v":"Citation"},{"$f":"'FW metal nonplant'!G2","v":"Citation No."}]
[{"$f":"'FW metal nonplant'!Q3","v":""},{"$f":"'FW metal nonplant'!T3","v":""},{"$f":"'FW metal nonplant'!W3","v":""},{"$f":"'FW metal nonplant'!Z3","v":""},{"$f":"'FW metal nonplant'!AC3","v":""},{"$f":"IF('FW metal nonplant'!H8=\"\",\"\",'FW metal nonplant'!H8)","v":""},{"$f":"'FW metal nonplant'!AF3","v":""},{"$f":"'FW metal nonplant'!AI3","v":""},{"$f":"'FW metal nonplant'!AL3","v":""},{"$f":"'FW metal nonplant'!AO3","v":""},{"$f":"'FW metal nonplant'!AR3","v":""},{"$f":"'FW metal nonplant'!AU3","v":""},{"$f":"'FW metal nonplant'!AX3","v":""},{"$f":"'FW metal nonplant'!BA3","v":"N.A."},{"$f":"IF('FW metal nonplant'!E4=\"\",\"\",'FW metal nonplant'!E4)","v":""},{"$f":"IF('FW metal nonplant'!H2=\"\",\"\",'FW metal nonplant'!H2)","v":0}]
[{"$f":"'MEW nonplant'!B11","v":"No."},{"$f":"'MEW nonplant'!B13","v":1},{"$f":"'MEW nonplant'!B16","v":2},{"$f":"'MEW nonplant'!B19","v":3},{"$f":"'MEW nonplant'!B21","v":4},{"$f":"'MEW nonplant'!B23","v":5},{"$f":"'MEW nonplant'!B26","v":6},{"$f":"'MEW nonplant'!B29","v":7},{"$f":"'MEW nonplant'!B32","v":8},{"$f":"'MEW nonplant'!B35","v":9},{"$f":"'MEW nonplant'!B39","v":10},{"$f":"'MEW nonplant'!B42","v":11},{"$f":"'MEW nonplant'!B45","v":12},{"$f":"'MEW nonplant'!B48","v":13},{"$f":"'MEW nonplant'!B51","v":14},{"$f":"'MEW nonplant'!B53","v":15},{"$f":"'MEW nonplant'!B58","v":16.100000000000001},{"$f":"'MEW nonplant'!B61","v":16.2},{"$f":"'MEW nonplant'!B64","v":16.3},{"$f":"'MEW nonplant'!B67","v":17},{"$f":"'MEW nonplant'!B70","v":18},{"$f":"'MEW nonplant'!C75","v":"Total score"},{"$f":"'MEW nonplant'!C77","v":"Quality Score"}]
[{"$f":"'MEW nonplant'!C2","v":"Category"},{"$f":"'MEW nonplant'!E2","v":"MEW_nonplant"},{"$f":"'MEW nonplant'!C3","v":"Paper and data unique identifier(eg. 1-1,10-150)"},{"$f":"'MEW nonplant'!E3","v":"1126-8-OK"}]
[{"$f":"'MEW nonplant'!G11","v":"Scores"},{"$f":"'MEW nonplant'!G12","v":10},{"$f":"'MEW nonplant'!G15","v":10},{"$f":"'MEW nonplant'!G18","v":5},{"$f":"'MEW nonplant'!G21","v":5},{"$f":"'MEW nonplant'!G23","v":5},{"$f":"'MEW nonplant'!G26","v":0},{"$f":"'MEW nonplant'!G29","v":0},{"$f":"'MEW nonplant'!G32","v":5},{"$f":"'MEW nonplant'!G35","v":5},{"$f":"'MEW nonplant'!G38","v":4},{"$f":"'MEW nonplant'!G41","v":2},{"$f":"'MEW nonplant'!G44","v":0},{"$f":"'MEW nonplant'!G47","v":0},{"$f":"'MEW nonplant'!G50","v":4},{"$f":"'MEW nonplant'!G53","v":4},{"$f":"'MEW nonplant'!G57","v":3},{"$f":"'MEW nonplant'!G60","v":3},{"$f":"'MEW nonplant'!G63","v":3},{"$f":"'MEW nonplant'!G66","v":0},{"$f":"'MEW nonplant'!G69","v":3},{"$f":"'MEW nonplant'!G75","v":71},{"$f":"'MEW nonplant'!G77","v":0.75531914893617025},{"$f":"'MEW nonplant'!H77","v":""}]
[{"$f":"'MEW nonplant'!H11","v":"Answers"},{"$f":"IF('MEW nonplant'!H12=\"\",\"\",'MEW nonplant'!H12)","v":"41 days (2.5 generation times)"},{"$f":"IF('MEW nonplant'!H15=\"\",\"\",'MEW nonplant'!H15)","v":"Reproductive failure was deﬁned as those mating pairs unable to produce viable offspring after 7 d of mating plus females unable to extrude more than one brood over a 10-d mating period. \n\n\n"},{"$f":"IF('MEW nonplant'!H18=\"\",\"\",'MEW nonplant'!H18)","v":"NOEC"},{"$f":"IF('MEW nonplant'!H21=\"\",\"\",'MEW nonplant'!H21)","v":""},{"$f":"IF('MEW nonplant'!H23=\"\",\"\",'MEW nonplant'!H23)","v":"A treatment containing a maximum of 0.02% volume/volume (v/v) acetone was used as a\ncarrier control.\n"},{"$f":"IF('MEW nonplant'!H26=\"\",\"\",'MEW nonplant'!H26)","v":"Not stated"},{"$f":"IF('MEW nonplant'!H29=\"\",\"\",'MEW nonplant'!H29)","v":"Not stated"},{"$f":"IF('MEW nonplant'!H32=\"\",\"\",'MEW nonplant'!H32)","v":"Stage 1 juvenile copepods"},{"$f":"IF('MEW nonplant'!H35=\"\",\"\",'MEW nonplant'!H35)","v":"Aerated seawater, renewal"},{"$f":"IF('MEW nonplant'!H38=\"\",\"\",'MEW nonplant'!H38)","v":"Test solutions were removed (>90% water removal) and replaced every third day with fresh test solutions (>90% DO)."},{"$f":"IF('MEW nonplant'!H41=\"\",\"\",'MEW nonplant'!H41)","v":"Nominal. 2.5, 25, 250 ug/L. But measured concentrations once = 3.5, 30.3 and 246.6."},{"$f":"IF('MEW nonplant'!H44=\"\",\"\",'MEW nonplant'!H44)","v":"None"},{"$f":"IF('MEW nonplant'!H47=\"\",\"\",'MEW nonplant'!H47)","v":"Not stated"},{"$f":"IF('MEW nonplant'!H50=\"\",\"\",'MEW nonplant'!H50)","v":"ANOVA"},{"$f":"IF('MEW nonplant'!H53=\"\",\"\",'MEW nonplant'!H53)","v":"alpha = 0.05"},{"$f":"IF('MEW nonplant'!H57=\"\",\"\",'MEW nonplant'!H57)","v":"30 +/- 1 ppt"},{"$f":"IF('MEW nonplant'!H60=\"\",\"\",'MEW nonplant'!H60)","v":"97 +/- 1%\n>90% dissolved oxygen"},{"$f":"IF('MEW nonplant'!H63=\"\",\"\",'MEW nonplant'!H63)","v":"8.25 +/- 0.02\n"},{"$f":"IF('MEW nonplant'!H66=\"\",\"\",'MEW nonplant'!H66)","v":"Not stated"},{"$f":"IF('MEW nonplant'!H69=\"\",\"\",'MEW nonplant'!H69)","v":"98 +/- 0.5 % purity"}]
[{"$f":"'MEW nonplant'!G3","v":"Species (Scientific name)"},{"$f":"'MEW nonplant'!G4","v":"Lifestage"},{"$f":"'MEW nonplant'!G5","v":"Exposure duration"},{"$f":"'MEW nonplant'!G6","v":"Measure of toxicity"},{"$f":"'MEW nonplant'!G7","v":"Toxicity endpoint"},{"$f":"'MEW nonplant'!G8","v":"Toxicity value"},{"$f":"'MEW nonplant'!J2","v":"Taxonomic group"},{"$f":"'MEW nonplant'!J3","v":"Phylum"},{"$f":"'MEW nonplant'!J4","v":"Class"},{"$f":"'MEW nonplant'!J5","v":"Media"},{"$f":"'MEW nonplant'!J6","v":"Temperature "},{"$f":"'MEW nonplant'!J7","v":"Acute Or Chronic "},{"$f":"'MEW nonplant'!J8","v":"PH"},{"$f":"'MEW nonplant'!J9","v":"Salinity/Conductivity"},{"$f":"'MEW nonplant'!C4","v":"Citation"},{"$f":"'MEW nonplant'!G2","v":"Citation No."}]
[{"$f":"'MEW nonplant'!Q3","v":"Amphiascus tenuiremis"},{"$f":"'MEW nonplant'!T3","v":"Stage 1 copepodite juvenile"},{"$f":"'MEW nonplant'!W3","v":"41 day (2.5 generations)"},{"$f":"'MEW nonplant'!Z3","v":"NOEC"},{"$f":"'MEW nonplant'!AC3","v":"Reproductive failure: nonviable offsping"},{"$f":"IF('MEW nonplant'!H8=\"\",\"\",'MEW nonplant'!H8)","v":"30.3 ug/L"},{"$f":"'MEW nonplant'!AF3","v":"Macroinvertebrate"},{"$f":"'MEW nonplant'!AI3","v":"Arthropoda"},{"$f":"'MEW nonplant'!AL3","v":"Maxillopoda"},{"$f":"'MEW nonplant'!AO3","v":"Filtered and aerated seawater"},{"$f":"'MEW nonplant'!AR3","v":"N.A."},{"$f":"'MEW nonplant'!AU3","v":"Chronic"},{"$f":"'MEW nonplant'!AX3","v":"8.25 ± 0.02"},{"$f":"'MEW nonplant'!BA3","v":"30 ± 1"},{"$f":"IF('MEW nonplant'!E4=\"\", \"\",'MEW nonplant'!E4)","v":"Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003"},{"$f":"IF('MEW nonplant'!H2=\"\", \"\",'MEW nonplant'!H2)","v":"1126"}]
[{"$f":"'MEW plant'!B11","v":"No."},{"$f":"'MEW plant'!B13","v":1},{"$f":"'MEW plant'!B16","v":2},{"$f":"'MEW plant'!B19","v":3},{"$f":"'MEW plant'!B21","v":4},{"$f":"'MEW plant'!B23","v":5},{"$f":"'MEW plant'!B26","v":6},{"$f":"'MEW plant'!B29","v":7},{"$f":"'MEW plant'!B32","v":8},{"$f":"'MEW plant'!B35","v":9},{"$f":"'MEW plant'!B39","v":10},{"$f":"'MEW plant'!B42","v":11},{"$f":"'MEW plant'!B45","v":12},{"$f":"'MEW plant'!B48","v":13},{"$f":"'MEW plant'!B51","v":14},{"$f":"'MEW plant'!B53","v":15},{"$f":"'MEW plant'!B57","v":16.100000000000001},{"$f":"'MEW plant'!B61","v":16.2},{"$f":"'MEW plant'!B64","v":17},{"$f":"'MEW plant'!B67","v":18},{"$f":"'MEW plant'!C72","v":"Total score"},{"$f":"'MEW plant'!C74","v":"Quality Score"}]
[{"$f":"'MEW plant'!C2","v":"Category"},{"$f":"'MEW plant'!E2","v":"MEW_plant"},{"$f":"'MEW plant'!C3","v":"Paper and data unique identifier(eg. 1-1,10-150)"},{"$f":"'MEW plant'!E3","v":"1242-5"}]
[{"$f":"'MEW plant'!G11","v":"Scores"},{"$f":"'MEW plant'!G12","v":10},{"$f":"'MEW plant'!G15","v":10},{"$f":"'MEW plant'!G18","v":5},{"$f":"'MEW plant'!G21","v":5},{"$f":"'MEW plant'!G23","v":0},{"$f":"'MEW plant'!G26","v":0},{"$f":"'MEW plant'!G29","v":2},{"$f":"'MEW plant'!G32","v":5},{"$f":"'MEW plant'!G35","v":5},{"$f":"'MEW plant'!G38","v":4},{"$f":"'MEW plant'!G41","v":0},{"$f":"'MEW plant'!G44","v":0},{"$f":"'MEW plant'!G47","v":0},{"$f":"'MEW plant'!G50","v":4},{"$f":"'MEW plant'!G53","v":4},{"$f":"'MEW plant'!G57","v":0},{"$f":"'MEW plant'!G61","v":0},{"$f":"'MEW plant'!G64","v":0},{"$f":"'MEW plant'!G67","v":0},{"$f":"'MEW plant'!G72","v":57},{"$f":"'MEW plant'!G74","v":0.62637362637362637},{"$f":"'MEW plant'!H74","v":"The highest possible grade for this datum is acceptable."}]
[{"$f":"'MEW plant'!H11","v":"Answers"},{"$f":"IF('MEW plant'!H12=\"\",\"\",'MEW plant'!H12)","v":"96 hours"},{"$f":"IF('MEW plant'!H15=\"\",\"\",'MEW plant'!H15)","v":"Growth rate: Cell counts"},{"$f":"IF('MEW plant'!H18=\"\",\"\",'MEW plant'!H18)","v":"EC"},{"$f":"IF('MEW plant'!H21=\"\",\"\",'MEW plant'!H21)","v":50},{"$f":"IF('MEW plant'!H23=\"\",\"\",'MEW plant'!H23)","v":"No mention of controls"},{"$f":"IF('MEW plant'!H26=\"\",\"\",'MEW plant'!H26)","v":"3x replicates for each treatment but no mention of controls"},{"$f":"IF('MEW plant'!H29=\"\",\"\",'MEW plant'!H29)","v":"Guillard 1972"},{"$f":"IF('MEW plant'!H32=\"\",\"\",'MEW plant'!H32)","v":"Logarithmic growth phase"},{"$f":"IF('MEW plant'!H35=\"\",\"\",'MEW plant'!H35)","v":"Guillard's f/2 media"},{"$f":"IF('MEW plant'!H38=\"\",\"\",'MEW plant'!H38)","v":"Static"},{"$f":"IF('MEW plant'!H41=\"\",\"\",'MEW plant'!H41)","v":"Not stated?"},{"$f":"IF('MEW plant'!H44=\"\",\"\",'MEW plant'!H44)","v":""},{"$f":"IF('MEW plant'!H47=\"\",\"\",'MEW plant'!H47)","v":"None"},{"$f":"IF('MEW plant'!H50=\"\",\"\",'MEW plant'!H50)","v":"Linear interpolation method for sub-lethal toxicity."},{"$f":"IF('MEW plant'!H53=\"\",\"\",'MEW plant'!H53)","v":"95% confidence intervals"},{"$f":"IF('MEW plant'!H57=\"\",\"\",'MEW plant'!H57)","v":"Not stated"},{"$f":"IF('MEW plant'!H60=\"\",\"\",'MEW plant'!H60)","v":"Not stated"},{"$f":"IF('MEW plant'!H63=\"\",\"\",'MEW plant'!H63)","v":25},{"$f":"IF('MEW plant'!H66=\"\",\"\",'MEW plant'!H66)","v":"Not stated"}]
[{"$f":"'MEW plant'!G3","v":"Species (Scientific name)"},{"$f":"'MEW plant'!G4","v":"Lifestage"},{"$f":"'MEW plant'!G5","v":"Exposure duration"},{"$f":"'MEW plant'!G6","v":"Measure of toxicity"},{"$f":"'MEW plant'!G7","v":"Toxicity endpoint"},{"$f":"'MEW plant'!G8","v":"Toxicity value"},{"$f":"'MEW plant'!J2","v":"Taxonomic group"},{"$f":"'MEW plant'!J3","v":"Phylum"},{"$f":"'MEW plant'!J4","v":"Class"},{"$f":"'MEW plant'!J5","v":"Media"},{"$f":"'MEW plant'!J6","v":"Temperature "},{"$f":"'MEW plant'!J7","v":"Acute Or Chronic "},{"$f":"'MEW plant'!J8","v":"PH"},{"$f":"'MEW plant'!J9","v":"Salinity/Conductivity"},{"$f":"'MEW plant'!C4","v":"Citation"},{"$f":"'MEW plant'!G2","v":"Citation No."}]
[{"$f":"'MEW plant'!Q3","v":"Isochrysis galbana"},{"$f":"'MEW plant'!T3","v":"Log growth phase"},{"$f":"'MEW plant'!W3","v":"96 hrs"},{"$f":"'MEW plant'!Z3","v":"EC50"},{"$f":"'MEW plant'!AC3","v":"Growth rate: Cell counts"},{"$f":"IF('MEW plant'!H8=\"\",\"\",'MEW plant'!H8)","v":"91.10 ug/L"},{"$f":"'MEW plant'!AF3","v":"Microalga"},{"$f":"'MEW plant'!AI3","v":"Chlorophyta"},{"$f":"'MEW plant'!AL3","v":"Chlorophyceae"},{"$f":"'MEW plant'!AO3","v":"Guillard's f/2 media"},{"$f":"'MEW plant'!AR3","v":"25°C"},{"$f":"'MEW plant'!AU3","v":"Chronic"},{"$f":"'MEW plant'!AX3","v":"not stated"},{"$f":"'MEW plant'!BA3","v":"not stated"},{"$f":"IF('MEW plant'!E4=\"\",\"\",'MEW plant'!E4)","v":"Weiner JA, DeLorenzo ME and Fulton MH (2004). Relationship between uptake capacity and differential toxicity of the herbicide atrazine in selected microalgal species, Aquatic Toxicology, 68(2), 121-128."},{"$f":"IF('MEW plant'!H2=\"\",\"\",'MEW plant'!H2)","v":"1242"}]

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[null,1,"Fill in the blank cells below, based on information provided in the paper being assessed. You can either pick an option from the dropdown list or add the appropriate detail using the 'Add to list' button. ",null,null,null,null,null,null,null,null,null,null,null,"* All the text in RED are used for drop down list ,make changes with caution."]
[null,null,"Category",{"$f":"IF(AF3=\"\",0,1)","v":0},"Freshwater/metal/non- plant",{"$f":"IF(E3=\"\",0,1)","v":0},"Citation No.",{"$f":"IF(ISERROR(FIND(\"-\",E3)),E3,LEFT(E3,FIND(\"-\",E3)-1))","v":0},null,"Taxonomic group",null,null,null,null,"Species",null,null,"Lifestage",null,null,"Exposure duration",null,null,"Measure of toxicity",null,null,"Toxicity endpoint",null,null,"Taxonomic group",null,null,"Phylum",null,null,"Class",null,null,"Media",null,null,"Temperature ",null,null,"Acute Or Chronic",null,null,"PH",null,null,"Salinity/Comdictivity"]
[null,null,"Paper and data unique identifier(eg. 1-1,10-150)",{"$f":"IF(AI3=\"\",0,1)","v":0},null,{"$f":"IF(E4=\"\",0,1)","v":0},"Species (Scientific name)",null,null,"Phylum",null,null,null,null,"Aedes albopictus",0,{"$f":"IF(P3=0,\"\",INDEX(O3:O111,P3))","v":""},"1 month",0,{"$f":"IF(S3=0,\"\",INDEX(R3:R111,S3))","v":""},"11 hour",0,{"$f":"IF(V3=0,\"\",INDEX(U3:U111,V3))","v":""},"LC50",0,{"$f":"IF(Y3=0,\"\",INDEX(X3:X111,Y3))","v":""},"Mortality",0,{"$f":"IF(AB3=0,\"\",INDEX(AA3:AA111,AB3))","v":""},"Fish",0,{"$f":"IF(AE3=0,\"\",INDEX(AD3:AD111,AE3))","v":""},"Chlorophyta",0,{"$f":"IF(AH3=0,\"\",INDEX(AG3:AG111,AH3))","v":""},"Branchiopoda",0,{"$f":"IF(AK3=0,\"\",INDEX(AJ3:AJ111,AK3))","v":""},"Freshwater",0,{"$f":"IF(AN3=0,\"\",INDEX(AM3:AM111,AN3))","v":""},"15°C",0,{"$f":"IF(AQ3=0,\"\",INDEX(AP3:AP111,AQ3))","v":""},"Acute ",0,{"$f":"IF(AT3=0,\"\",INDEX(AS3:AS111,AT3))","v":""},"N.A.",0,{"$f":"IF(AW3=0,\"\",INDEX(AV3:AV111,AW3))","v":""},null,null,"N.A.",1]
[null,null,"Citation",{"$f":"IF(AL3=\"\",0,1)","v":0},null,{"$f":"IF(H8=\"\",0,1)","v":0},"Lifestage",null,null,"Class",null,null,null,null,"Australian Bass",null,null,"1 year old",null,null,"13 days",null,null,"N.A.",null,null,"N.A.",null,null,"Microalga",null,null,"N.A.",null,null,"Chlorophyceae",null,null,"Marinewater",null,null,"25°C",null,null,"Chronic",null,null,"PH11"]
[null,null,null,{"$f":"IF(AO3=\"\",0,1)","v":0},null,{"$f":"IF(AX3=\"\",0,1)","v":0},"Exposure duration",null,null,"Media",null,null,null,null,"N.A.",null,null,"N.A.",null,null,"N.A.",null,null,"NOEC",null,null,"Reproduction",null,null,"N.A.",null,null,"Tracheophyta",null,null,"N.A.",null,null,"N.A.",null,null,"N.A.",null,null,"N.A.",null,null,"PH7.0"]
[null,null,null,{"$f":"IF(AR3=\"\",0,1)","v":0},null,{"$f":"IF(Q3=\"\",0,1)","v":0},"Measure of toxicity",null,null,"Temperature "]
[null,null,null,{"$f":"IF(AU3=\"\",0,1)","v":0},null,{"$f":"IF(T3=\"\",0,1)","v":0},"Toxicity endpoint",null,null,"Acute Or Chronic "]
[null,null,null,null,null,{"$f":"IF(W3=\"\",0,1)","v":0},"Toxicity value",null,null,"PH"]
[null,2,"Select the appropriate answer option to each question. Comments can be added to the cells in column H.",null,null,{"$f":"IF(Z3=\"\",0,1)","v":0},null,null,null,"Salinity/Conductivity","N.A."]
[null,"*","If the selected answer option does not work try clicking on any other cell first and then click back on the answer option again.",null,null,{"$f":"IF(AC3=\"\",0,1)","v":0}]
[null,"No.","Question","Marks Awarded","Answer Options","Option References","Scores","Answers"]
[null,null,"Was the duration of the exposure stated (e.g. 48 or 96 h)?",10,null,0,{"$f":"IF(F15=0,0,INDEX($D12:$D13,F12,1))","v":0}]
[null,1,null,0]
[]
[null,null,"Was the biological endpoint (e.g. immobilization or population growth) stated and defined (10 marks)? Award 5 marks if the biological endpoint is only stated.",10,null,0,{"$f":"IF(F15=0,0,INDEX($D15:$D17,F15,1))","v":0}]
[null,2,null,5]
[null,null,null,0]
[null,null,"Was the biological effect stated (e.g. LC or NOEC)?",5,null,0,{"$f":"IF(F18=0,0,INDEX($D18:$D19,F18,1))","v":0}]
[null,3,null,0]
[]
[null,4,"Was the biological effect quantified (e.g. 50% effect, 25% effect)? \nNote: The effect for NOEC and LOEC data must be quantified.",5,null,0,{"$f":"IF(F21=0,0,INDEX($D21:$D22,F21,1))","v":0}]
[null,null,null,0]
[null,5,"Were appropriate controls (e.g. a no-toxicant control and/or solvent control) used?",5,null,0,{"$f":"IF(F23=0,0,INDEX($D23:$D24,F23,1))","v":0}]
[null,null,null,0]
[]
[null,6,"Was each control and contaminant concentration at least duplicated?",5,null,0,{"$f":"IF(F26=0,0,INDEX($D26:$D27,F26,1))","v":0}]
[null,null,null,0]
[]
[null,7,"Were test acceptability criteria stated (e.g. mortality in controls must not exceed a certain percentage) (5 marks)?\nOR Were test acceptability criteria inferred (e.g. test method used [USEPA, OECD, ASTM etc.]) (award 2 marks). \nNote: Data that fail the acceptability criteria are automatically deemed to be of unacceptable quality and must not be used. ",5,null,3,{"$f":"IF(F29=0,0,INDEX($D29:$D31,F29,1))","v":0}]
[null,null,null,2]
[null,null,null,0]
[null,8,"Were the characteristics of the test organism (e.g. length, mass, age) stated?",5,null,0,{"$f":"IF(F32=0,0,INDEX($D32:$D34,F32,1))","v":0}]
[null,null,null,0]
[]
[null,9,"Was the type of test media used stated?",5,null,0,{"$f":"IF(F35=0,0,INDEX($D35:$D37,F35,1))","v":0}]
[null,null,null,0]
[]
[null,null,"Was the type of exposure (e.g. static, flow through) stated? ",4,null,0,{"$f":"IF(F38=0,0,INDEX($D38:$D40,F38,1))","v":0}]
[null,10,null,0]
[]
[null,null,"Were the contaminant concentrations measured at the beginning and end of the exposure (4 marks)? Award 2 marks if they were measured only once during the test.\nNote: If the concentrations were not measured then automatically the data cannot be high quality. ",4,null,3,{"$f":"IF(F41=0,0,INDEX($D41:$D43,F41,1))","v":0}]
[null,11,null,2]
[null,null,null,0]
[null,null,"Were parallel reference toxicant toxicity tests conducted?",4,null,2,{"$f":"IF(F44=0,0,INDEX($D44:$D46,F44,1))","v":0}]
[null,12,null,0]
[]
[null,null,"Was there a concentration–response relationship either observable or stated?",4,null,2,{"$f":"IF(F47=0,0,INDEX($D47:$D49,F47,1))","v":0}]
[null,13,null,0]
[]
[null,null,"Was an appropriate statistical method or model used to determine the toxicity?\nNote: They should be accepted by a recognised national or international regulatory body (e.g. USEPA, OECD, ASTM). ",4,null,2,{"$f":"IF(F50=0,0,INDEX($D50:$D52,F50,1))","v":0}]
[null,14,null,0]
[]
[null,15,"For LC/EC/BEC data was an estimate of variability provided? \nOR \nFor NO EC/LOEC data was the significance level 0.05 or less?  \n\n",4,null,2,{"$f":"IF(F53=0,0,INDEX($D53:$D55,F53,1))","v":0}]
[null,null,null,0]
[]
[null,16,"Were the following parameters measured and stated? (3 marks if measured and stated, 1 mark if just measured)."]
[null,null,null,3,null,0,{"$f":"IF(F57=0,0,INDEX($D57:$D59,F57,1))","v":0}]
[null,16.100000000000001,"pH",1]
[null,null,null,0]
[null,null,null,3,null,0,{"$f":"IF(F60=0,0,INDEX($D60:$D62,F60,1))","v":0}]
[null,16.2,"Hardness",1]
[null,null,null,0]
[null,null,null,3,null,0,{"$f":"IF(F63=0,0,INDEX($D63:$D65,F63,1))","v":0}]
[null,16.3,"Alkalinity",1]
[null,null,null,0]
[null,null,null,3,null,0,{"$f":"IF(F66=0,0,INDEX($D66:$D68,F66,1))","v":0}]
[null,16.399999999999999,"Organic carbon concentration",1]
[null,null,null,0]
[null,null,null,3,null,3,{"$f":"IF(F69=0,0,INDEX($D69:$D71,F69,1))","v":0}]
[null,16.5,"Dissolved Oxygen",1]
[null,null,null,0]
[null,null,"Was the temperature measured and stated (3 marks)? Award 1 mark if the temperature was measured but not stated or if only the temperature settings of the room or chamber are stated.",3,null,3,{"$f":"IF(F72=0,0,INDEX($D72:$D74,F72,1))","v":0}]
[null,17,null,1]
[null,null,null,0]
[null,null,"Were test solutions, blanks and/or controls tested for contamination OR were analytical reagent grade chemicals used or the highest possible purity chemicals used for the experiment? (3 marks).",3,null,2,{"$f":"IF(F75=0,0,INDEX($D75:$D76,F75,1))","v":0}]
[null,18,null,0]
[]
[null,null,null,null,null,null,null,null,{"$f":"(COUNTIF(F12:F76,\"=0\"))+COUNTIF(F2:F10,\"=0\")+COUNTIF(D2:D7,\"=0\")","v":28}]
[]
[]
[null,null,"Total score",null,null,null,{"$f":"IF(SUM(G12:G75)=0,\"\",SUM(G12:G75))","v":""}]
[null,null,"Total Max. possible score for the various types of data and contaminants ",null,{"$f":"D12+D15+D18+D21+D23+D26+D29+D32+D35+D38+D41+D44+D47+D50+D53+D57+D66+D69+D72+D75+D63+D60","v":100}]
[null,null,"Quality Score",null,{"$f":"\"= [Total score / Total possible score] * 100 = \"","v":"= [Total score / Total possible score] * 100 = "},null,{"$f":"IF(ISERROR(G81/E82),#N/A,G81/E82)","v":{"$error":"#N/A"}},{"$f":"IF(F41=3,\"The highest possible grade for this datum is acceptable.\",\"\")","v":"The highest possible grade for this datum is acceptable."}]
[]
[null,null,"H = high quality                           Quality score ≥ 80%     "]
[null,null,"A = acceptable quality         > 50% Quality score < 80%  "]
[null,null,"U = unacceptable quality              Quality score ≤ 50% "]
[]
[3,null,"Click the 'Save & Update' button to save and export the answers to the 'All results' worksheet. "]
[null,null,"Select the 'Reset Answers' button if you wish to clear all answers."]

{"sheet":"FW metal nonplant_WS","index":6,"n_rows":5,"n_cols":25,"rows_kept":5,"cut":false,"hidden":false,"merged":[]}
[]
["Question No.",1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16.100000000000001,16.2,16.3,16.399999999999999,16.600000000000001,17,18,"Total Score","Quality Score"]
["Short Questions","Duration of the exposure ","Biological endpoint","Biological effect stated or not","Biological effect quantified or not","Appropriate controls","Control & contaminant concentration","Test acceptability criteria","Characteristics of the test organism"," Type of test media","Type of exposure","Contaminant concentrations","Parallel reference toxicant toxicity tests","Concentration–response relationship","Determine the toxicity","NOEC/LOEC or LC/EC/BEC","pH","Hardness","Alkalinity","Organic carbon concentration","Dissolved Oxygen","Temperature","Grade or purity"]
["Marks Awarded ","10 or 0","10,5 or 0","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","4 or 0","4 or 2 or 0","4 or 2","4 or 2","4 or 2","4 or 2","3 or 1 or 0","3 or 1 or 0","3 or 1 or 0","3 or 1 or 0","3 or 1 or 0","3 or 0","3 or 0 "]
["Max. Possible Score",10,10,5,5,5,5,5,5,5,4,4,4,4,4,4,3,3,3,3,3,3,3,{"$f":"SUM(B5:W5)","v":100}]

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[null,1,"Fill in the blank cells below, based on information provided in the paper being assessed. You can either pick an option from the dropdown list or add the appropriate detail using the 'Add to list' button. ",null,null,null,null,null,null,null,null,null,null,null,"* All the text in RED are used for drop down list ,make changes with caution."]
[null,null,"Category",{"$f":"IF(AF3=\"\",0,1)","v":1},"Freshwater/non-metal/non- plant",{"$f":"IF(E3=\"\",0,1)","v":1},"Citation No.",{"$f":"IF(ISERROR(FIND(\"-\",E3)),E3,LEFT(E3,FIND(\"-\",E3)-1))","v":"165335"},null,"Taxonomic group",null,null,null,null,"Species",null,null,"Lifestage",null,null,"Exposure duration",null,null,"Measure of toxicity",null,null,"Toxicity endpoint",null,null,"Taxonomic group",null,null,"Phylum",null,null,"Class",null,null,"Media",null,null,"Temperature ",null,null,"Acute Or Chronic",null,null,"PH",null,null,"Salinity/Comdictivity"]
[null,null,"Paper and data unique identifier(eg. 1-1,10-150)",{"$f":"IF(AI3=\"\",0,1)","v":1},"165335-17-OK",{"$f":"IF(E4=\"\",0,1)","v":1},"Species (Scientific name)",null,null,"Phylum",null,null,null,null,"Acris crepitans",17,{"$f":"IF(P3=0,\"\",INDEX(O3:O102,P3))","v":"Danio rerio"},"<2 hr neonate",19,{"$f":"IF(S3=0,\"\",INDEX(R3:R102,S3))","v":"Embryo"},"10 days",48,{"$f":"IF(V3=0,\"\",INDEX(U3:U102,V3))","v":"113 days"},"EC10",11,{"$f":"IF(Y3=0,\"\",INDEX(X3:X102,Y3))","v":"LOEC"},"Abundance",49,{"$f":"IF(AB3=0,\"\",INDEX(AA3:AA102,AB3))","v":"Growth: Body length"},"Amphibian",5,{"$f":"IF(AE3=0,\"\",INDEX(AD3:AD102,AE3))","v":"Fish"},"Arthropoda",3,{"$f":"IF(AH3=0,\"\",INDEX(AG3:AG102,AH3))","v":"Chordata"},"\tActinopterygii",1,{"$f":"IF(AK3=0,\"\",INDEX(AJ3:AJ102,AK3))","v":"\tActinopterygii"},"A.S. test solution",35,{"$f":"IF(AN3=0,\"\",INDEX(AM3:AM102,AN3))","v":"0.6% instant ocean fish water"},10,46,{"$f":"IF(AQ3=0,\"\",INDEX(AP3:AP102,AQ3))","v":27},"Acute ",2,{"$f":"IF(AT3=0,\"\",INDEX(AS3:AS102,AT3))","v":"Chronic"},7,39,{"$f":"IF(AW3=0,\"\",INDEX(AV3:AV102,AW3))","v":"7.3 - 7.6"},null,null,"N.A."]
[null,null,"Citation",{"$f":"IF(AL3=\"\",0,1)","v":1},"Corvi,M.M., K.A. Stanley, T.S. Peterson, M.L. Kent, S.W. Feist, J.K. La Du, D.C. Volz, A.J. Hosmer, and R.L. Tanguay 2012, 'Investigating the Impact of Chronic Atrazine Exposure on Sexual Development in Zebrafish', Birth Defects Res. Part B Dev. Reprod. Toxicol.95(4): 276-288.",{"$f":"IF(H8=\"\",0,1)","v":1},"Lifestage",null,null,"Class",null,null,null,null,"Aedes aegypti",null,null,"<24hr",null,null,"10 weeks",null,null,"EC50",null,null,"Body length",null,null,"Bacteria",null,null,"Chlorophyta",null,null,"\tOligohymenophorea",null,null,"Aerated water and 10% Holtfreter's solution",null,null,12,null,null,"Chronic",null,null,7.1]
[null,null,null,{"$f":"IF(AO3=\"\",0,1)","v":1},null,{"$f":"IF(W3=\"\",0,1)","v":1},"Exposure duration",null,null,"Media",null,null,null,null,"Aedes albopictus",null,null,"<24hr 1st instar larvae",null,null,"104 days",null,null,"EC64.67",null,null,"Body mass",null,null,"Chordata",null,null,"Chordata",null,null,"Amphibia",null,null,"Artesian spring water",null,null,19,null,null,"N.A.",null,null,7.2]
[null,null,null,{"$f":"IF(AR3=\"\",0,1)","v":1},null,{"$f":"IF(Q3=\"\",0,1)","v":1},"Measure of toxicity",null,null,"Temperature ",null,null,null,null,"Ambystoma macrodactylum",null,null,">23 days",null,null,"105 days",null,null,"EC72.73",null,null,"Embryo viability",null,null,"Chromista",null,null,"Ciliophora",null,null,"Archnida",null,null,"Artificial freshwater",null,null,20,null,null,null,null,null,7.39]
[null,null,null,{"$f":"IF(AU3=\"\",0,1)","v":1},null,{"$f":"IF(T3=\"\",0,1)","v":1},"Toxicity endpoint",null,null,"Acute Or Chronic ",null,null,null,null,"Ambystoma maculatum",null,null,"1 month",null,null,"11 hour",null,null,"EC90.93",null,null,"Fecundity rate: eggs/female/day",null,null,"Fish",null,null,"Ciliophora",null,null,"Bivalvia",null,null,"Artificial pond water/FETAX",null,null,21,null,null,null,null,null,7.6]
[null,null,null,null,null,{"$f":"IF(W3=\"\",0,1)","v":1},"Toxicity value","9.4 ug/L",null,"PH",null,null,null,null,"Australian Bass",null,null,"1 year old",null,null,"12 hours",null,null,"Immobilisation",null,null,"Fecundity: Number of egg masses",null,null,"Flagellate",null,null,"Cryptophyta",null,null,"Branchiopoda",null,null,"Charcoal-filtered dechlorinated water",null,null,21.2,null,null,null,null,null,7.66]
[null,2,"Select the appropriate answer option to each question. Comments can be added to the cells in column H.",null,null,{"$f":"IF(Z3=\"\",0,1)","v":1},null,null,null,"Salinity/Conductivity","N.A.",null,null,null,"Biomphalaria glabrata",null,null,"1000 cells/mL",null,null,"120 day",null,null,"LC10",null,null,"Fecundity: Number of eggs",null,null,"Macroinvertebrate",null,null,"Mollusca",null,null,"Chlorophyceae  ",null,null,"Dechlorinated tap water",null,null,22,null,null,null,null,null,7.67]
[null,"*","If the selected answer option does not work try clicking on any other cell first and then click back on the answer option again.",null,null,{"$f":"IF(AC3=\"\",0,1)","v":1},null,null,null,null,null,null,null,null,"Brachionus calyciflorus Pallas",null,null,"16.5 g",null,null,"13 days",null,null,"LC100",null,null,"Fertilisation success",null,null,"Microalga",null,null,"N.A.",null,null,"Cryptophyceae",null,null,"Dechlorinated water",null,null,23.8,null,null,null,null,null,7.67]
[null,"No.","Question","Marks Awarded","Answer Options","Option References","Scores","Answers",null,null,null,null,null,null,"Bufo americanus",null,null,"190g",null,null,"138 d",null,null,"LC50",null,null,"growth inhibition",null,null,"N.A.",null,null,"Proteobacteria",null,null,"Eurotatoria",null,null,"Deionised deep well water",null,null,24,null,null,null,null,null,7.7]
[null,null,"Was the duration of the exposure stated (e.g. 48 or 96 h)?",10,null,1,{"$f":"IF(F12=0,0,INDEX($D12:$D13,F12,1))","v":10},"113 days (and 18 days for viable embryos and # offspring).",null,null,null,null,null,null,"Ceriodaphnia sp. ",null,null,"1st instar larvae",null,null,"14 days",null,null,"LC90",null,null,"Growth inhibition: Body mass",null,null,"Protazoa",null,null,"Rotifera",null,null,"Gammaproteobacteria",null,null,"Dilution water",null,null,24.6,null,null,null,null,null,7.8]
[null,1,null,0,null,null,null,null,null,null,null,null,null,null,"Chironomid tepperi",null,null,"2 week old larvae",null,null,"18 hr",null,null,"LOEC",null,null,"Growth inhibition: Cell concentration",null,null,null,null,null,"Tracheophyta",null,null,"Gastropoda",null,null,"Double distilled water",null,null,25,null,null,null,null,null,8]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Chironomus riparius ",null,null,"21.4±3.47mm",null,null,"185 day",null,null,"N.A.",null,null,"Growth inhibition: Growth rate: fluorescence",null,null,null,null,null,null,null,null,"Insecta",null,null,"FETAX solution",null,null,26,null,null,null,null,null,"2016-07-08"]
[null,null,"Was the biological endpoint (e.g. immobilization or population growth) stated and defined (10 marks)? Award 5 marks if the biological endpoint is only stated.",10,null,1,{"$f":"IF(F15=0,0,INDEX($D15:$D17,F15,1))","v":10},"Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).",null,null,null,null,null,null,"Chironomus tentans",null,null,"2nd Instar larvae",null,null,"2 day",null,null,"NOEC",null,null,"Growth inhibition: Head width: size",null,null,null,null,null,null,null,null,"Malacostraca",null,null,"Filtered and dechlorinated Sydney tap water",null,null,"2016-12-14",null,null,null,null,null,"2017-07-09"]
[null,2,null,5,null,null,null,null,null,null,null,null,null,null,"Coenagrion puella",null,null,"4th instar larvae",null,null,"2 years",null,null,"Survival",null,null,"Growth rate: SVL/TL/Mass",null,null,null,null,null,null,null,null,"Maxillopoda",null,null,"Filtered municipal water",null,null,"10-10.9",null,null,null,null,null,"6.0-7.0"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Cryptomonas sp.",null,null,"5 days post fertilisation",null,null,"21 day",null,null,null,null,null,"Growth rate: wet mass",null,null,null,null,null,null,null,null,"N.A.",null,null,"Filtered sydney tap water and natural pond water",null,null,"12.0-14.0",null,null,null,null,null,"6.8-7.5"]
[null,null,"Was the biological effect stated (e.g. LC or NOEC)?",5,null,2,{"$f":"IF(F18=0,0,INDEX($D18:$D19,F18,1))","v":0},"Not stated",null,null,null,null,null,null,"Cyprinus carpio",null,null,"96 hr post hatch",null,null,"24 hrs",null,null,null,null,null,"Growth: Body length",null,null,null,null,null,null,null,null,"Prostomatea",null,null,"Filtered tap water",null,null,"15°C",null,null,null,null,null,"6.9±0.1"]
[null,3,null,0,null,null,null,null,null,null,null,null,null,null,"Danio rerio",null,null,"adult",null,null,"273 day",null,null,null,null,null,"Growth: Body weight",null,null,null,null,null,null,null,null,null,null,null,"Filtered, dechlorinated water",null,null,"15-25",null,null,null,null,null,"6.9-7.3"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Daphnia magna",null,null,"Adult (22 months)",null,null,"28 days",null,null,null,null,null,"Growth: Body weight index",null,null,null,null,null,null,null,null,null,null,null,"Freshwater",null,null,"17-23",null,null,null,null,null,"7.0-7.8"]
[null,4,"Was the biological effect quantified (e.g. 50% effect, 25% effect)? \nNote: The effect for NOEC and LOEC data must be quantified.",5,null,1,{"$f":"IF(F21=0,0,INDEX($D21:$D22,F21,1))","v":5},"Mortality (% survival percentages are provided). ",null,null,null,null,null,null,"Daphnia pulex",null,null,"Embryo",null,null,"30 days",null,null,null,null,null,"Growth: Mass",null,null,null,null,null,null,null,null,null,null,null,"Freshwater",null,null,"18v1",null,null,null,null,null,"7.0-8.0"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Eurytemora affinis",null,null,"F-2 larvae",null,null,"35 days",null,null,null,null,null,"Growth: Shell height",null,null,null,null,null,null,null,null,null,null,null,"Live oak leaf infusion",null,null,"19.6 ± 1.3",null,null,null,null,null,"7.16-7.79"]
[null,5,"Were appropriate controls (e.g. a no-toxicant control and/or solvent control) used?",5,null,1,{"$f":"IF(F23=0,0,INDEX($D23:$D24,F23,1))","v":5},"Unexposed control (no-toxicant control).",null,null,null,null,null,null,"Gammarus pulex",null,null,"Fingerling",null,null,"36 days",null,null,null,null,null,"Growth: Shell length",null,null,null,null,null,null,null,null,null,null,null,"Marinewater",null,null,"19.78 ± 1.70",null,null,null,null,null,"7.1-7.8"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Helisoma trivolvis",null,null,"juvenile",null,null,"4 d post hatch",null,null,null,null,null,"Growth: Size of snails",null,null,null,null,null,null,null,null,null,null,null,"Moderate-hard reconstituted water",null,null,"20 ± 1",null,null,null,null,null,"7.2-7.8"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hydracarina sp. ",null,null,"Juveniles, sub-adults and adults",null,null,"40 day",null,null,null,null,null,"Growth: Snout-vent-length",null,null,null,null,null,null,null,null,null,null,null,"N.A.",null,null,"20.2 ± 0.8",null,null,null,null,null,"7.2-8.7"]
[null,6,"Was each control and contaminant concentration at least duplicated?",5,null,1,{"$f":"IF(F26=0,0,INDEX($D26:$D27,F26,1))","v":5},"Each treatment included eight replicate tanks.",null,null,null,null,null,null,"Hyla versicolor",null,null,"Larvae",null,null,"42 day",null,null,null,null,null,"Growth: Total length",null,null,null,null,null,null,null,null,null,null,null,"Natural pond water",null,null,"20.3-23.4",null,null,null,null,null,"7.3-8.5"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Ictalurus punctatus",null,null,"Larvae (14d old)",null,null,"43 day post hatch",null,null,null,null,null,"Growth: Weight",null,null,null,null,null,null,null,null,null,null,null,"non-chlorinated Guelph well water",null,null,"20.8 - 21.3",null,null,null,null,null,"7.3-9.0"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Litoria raniformis",null,null,"Larvae (6 weeks old)",null,null,"46 days",null,null,null,null,null,"Growth: Wet wieght",null,null,null,null,null,null,null,null,null,null,null,"Not stated",null,null,"20±2",null,null,null,null,null,"7.4-7.8"]
[null,7,"Were test acceptability criteria stated (e.g. mortality in controls must not exceed a certain percentage) (5 marks)?\nOR Were test acceptability criteria inferred (e.g. test method used [USEPA, OECD, ASTM etc.]) (award 2 marks). \nNote: Data that fail the acceptability criteria are automatically deemed to be of unacceptable quality and must not be used. ",5,null,3,{"$f":"IF(F29=0,0,INDEX($D29:$D31,F29,1))","v":0},"Not stated",null,null,null,null,null,null,"N.A.",null,null,"Larvae (96 hour post-hatch)",null,null,"47 days",null,null,null,null,null,"Hatchability",null,null,null,null,null,null,null,null,null,null,null,"Purified tap water",null,null,"20±2",null,null,null,null,null,"7.4-7.9"]
[null,null,null,2,null,null,null,null,null,null,null,null,null,null,"Oncorhynchus mykiss",null,null,"N.A.",null,null,"48 hrs",null,null,null,null,null,"Hatching success (%)",null,null,null,null,null,null,null,null,null,null,null,"Reconstituted ASTM soft water",null,null,"20-22",null,null,null,null,null,"7.5 ± 0 .2"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Pacifastacus leniusculus",null,null,"Nauplii",null,null,"53 day",null,null,null,null,null,"Immobilisation",null,null,null,null,null,null,null,null,null,null,null,"Reconstituted water",null,null,"20-23",null,null,null,null,null,"7.54 ± 0.13"]
[null,8,"Were the characteristics of the test organism (e.g. length, mass, age) stated?",5,null,1,{"$f":"IF(F32=0,0,INDEX($D32:$D34,F32,1))","v":5},"Embryos 17 days post fertilisation",null,null,null,null,null,null,"Palaemonetes argentinus",null,null,"NF stage 46-47",null,null,"6 days",null,null,null,null,null,"Larval survivability",null,null,null,null,null,null,null,null,null,null,null,"Spring water",null,null,"21 ± 2",null,null,null,null,null,"7.87±0.7"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Physa acuta",null,null,"NF stage 48",null,null,"6 days",null,null,null,null,null,"Metamorphosis success",null,null,null,null,null,null,null,null,null,null,null,"Synthetic culture water (distilled, double deionised)",null,null,"21.2 ±0.9",null,null,null,null,null,"8 ± 0.5"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Physella spp.",null,null,"NF stage 49",null,null,"6 weeks",null,null,null,null,null,"Mortality",null,null,null,null,null,null,null,null,null,null,null,"Synthetic dilution water",null,null,"21.3±1.4",null,null,null,null,null,"8.0 ± 0.1 to 8.4 ± 0.1"]
[null,9,"Was the type of test media used stated?",5,null,1,{"$f":"IF(F35=0,0,INDEX($D35:$D37,F35,1))","v":5},"0.6% instant ocean fish water",null,null,null,null,null,null,"Piaractus mesopotamicus",null,null,"NF stage 49 to NF stage 66",null,null,"63-66 days",null,null,null,null,null,"Mortality",null,null,null,null,null,null,null,null,null,null,null,"UV treated/filtered freshwater",null,null,"21.5-24.5",null,null,null,null,null,"8.2-8.4"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Pimephales promelas",null,null,"NF stage 8-10.5",null,null,"64 days",null,null,null,null,null,"N.A.",null,null,null,null,null,null,null,null,null,null,null,"Volvic natural mineral water",null,null,"21.7 ±0.5",null,null,null,null,null,"N.A."]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Potamopyrgus antipodarum",null,null,"Shumway stage 22-23",null,null,"66 day",null,null,null,null,null,"Offspring percent survival ",null,null,null,null,null,null,null,null,null,null,null,"0.6% instant ocean fish water",null,null,"22.0 ± 0.5",null,null,null,null,null,"Not stated"]
[null,null,"Was the type of exposure (e.g. static, flow through) stated? ",4,null,1,{"$f":"IF(F38=0,0,INDEX($D38:$D40,F38,1))","v":4},"Static-renewal. Freshly prepared and renewed every 3 days.",null,null,null,null,null,null,"Pseudosida ramosa",null,null,"Shumway stage 25",null,null,"67 days",null,null,null,null,null,"percent metamorphosis",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"22.4-26.2",null,null,null,null,null,"PH11"]
[null,10,null,0,null,null,null,null,null,null,null,null,null,null,"Rana catesbeiana",null,null,"Shumway stages 25-26",null,null,"7 days",null,null,null,null,null,"Population growth",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"22±1",null,null,null,null,null,"PH7.0"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Rana clamitans",null,null,"Stage 20 Gosner",null,null,"70d",null,null,null,null,null,"Pupae emergence rate",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"23.9-25.6",null,null,null,null,null,"7.2 ± 0.4"]
[null,null,"Were the contaminant concentrations measured at the beginning and end of the exposure (4 marks)? Award 2 marks if they were measured only once during the test.\nNote: If the concentrations were not measured then automatically the data cannot be high quality. ",4,null,2,{"$f":"IF(F41=0,0,INDEX($D41:$D43,F41,1))","v":2},"Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.",null,null,null,null,null,null,"Rana pipiens",null,null,"Stage 25 Gosner",null,null,"72 hrs",null,null,null,null,null,"Reproduction",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"23±2",null,null,null,null,null,"7.3 - 7.6"]
[null,11,null,2,null,null,null,null,null,null,null,null,null,null,"Rana sylvatica",null,null,"Stage 26 Gosner",null,null,"73d",null,null,null,null,null,"Sex ratio",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"25 + 1"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Rhinella arenarum",null,null,"Stage 38-39 Gosner",null,null,"8 days",null,null,null,null,null,"Shell length",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"25°C"]
[null,null,"Were parallel reference toxicant toxicity tests conducted?",4,null,2,{"$f":"IF(F44=0,0,INDEX($D44:$D46,F44,1))","v":0},null,null,null,null,null,null,null,"Simocephalus sp.",null,null,"Stage 4 Gosner",null,null,"8 weeks",null,null,null,null,null,"Survival",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"27 ± 1"]
[null,12,null,0,null,null,null,null,null,null,null,null,null,null,"Spea multiplicata",null,null,"Tadpole",null,null,"80 days",null,null,null,null,null,"Survival rate",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"27±2"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Stagnicola elodes",null,null,"Tadpole (2 days post-hatch)",null,null,"96 hours",null,null,null,null,null,"Survival: Number of snails",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"N.A."]
[null,null,"Was there a concentration–response relationship either observable or stated?",4,null,2,{"$f":"IF(F47=0,0,INDEX($D47:$D49,F47,1))","v":0},null,null,null,null,null,null,null,"Tetrahymena pyriformis",null,null,"Tadpole (Stage 46 and 47)",null,null,"96 hrs",null,null,null,null,null,"Time to hatch",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"28 ± 1"]
[null,13,null,0,null,null,null,null,null,null,null,null,null,null,"Urotricha furcata",null,null,null,null,null,"N.A.",null,null,null,null,null,"Time to metamorphosis",null,null,null,null,null,null,null,null,null,null,null,null,null,null,27]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Xenopus laevis",null,null,null,null,null,"Not stated",null,null,null,null,null,"Wing length"]
[null,null,"Was an appropriate statistical method or model used to determine the toxicity?\nNote: They should be accepted by a recognised national or international regulatory body (e.g. USEPA, OECD, ASTM). ",4,null,1,{"$f":"IF(F50=0,0,INDEX($D50:$D52,F50,1))","v":4},"ANOVA",null,null,null,null,null,null,null,null,null,null,null,null,"113 days",null,null,null,null,null,"Growth: Body weight"]
[null,14,null,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Growth: Body length"]
[]
[null,15,"For LC/EC/BEC data was an estimate of variability provided? \nOR \nFor NO EC/LOEC data was the significance level 0.05 or less?  \n\n",4,null,1,{"$f":"IF(F53=0,0,INDEX($D53:$D55,F53,1))","v":4},"Graphs depict mean +/- standard error and p<0.05 was considered statistically significant."]
[null,null,null,0]
[]
[null,16,"Were the following parameters measured and stated? (3 marks if measured and stated, 1 mark if just measured)."]
[null,null,null,3,null,1,{"$f":"IF(F57=0,0,INDEX($D57:$D59,F57,1))","v":3},"pH 7.3 - 7.6"]
[null,16.100000000000001,"pH",1]
[null,null,null,0]
[null,null,null,3,null,1,{"$f":"IF(F60=0,0,INDEX($D60:$D62,F60,1))","v":3},">5.70 mg/l"]
[null,16.2,"Dissolved Oxygen",1]
[null,null,null,0]
[null,null,"Was the temperature measured and stated (3 marks)? Award 1 mark if the temperature was measured but not stated or if only the temperature settings of the room or chamber are stated.",3,null,1,{"$f":"IF(F63=0,0,INDEX(D63:D65,F63,1))","v":3},27]
[null,17,null,1]
[null,null,null,0]
[null,null,"Were test solutions, blanks and/or controls tested for contamination OR were analytical reagent grade chemicals used or the highest possible purity chemicals used for the experiment? (3 marks).",3,null,1,{"$f":"IF(F66=0,0,INDEX($D66:$D67,F66,1))","v":3},"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
[null,18,null,0]
[]
[null,null,null,null,null,null,null,null,{"$f":"(COUNTIF(F12:F67,\"=0\"))+COUNTIF(F2:F10,\"=0\")+COUNTIF(D2:D7,\"=0\")","v":0}]
[]
[]
[null,null,"Total score",null,null,null,{"$f":"IF(SUM(G12:G66)=0,\"\",SUM(G12:G66))","v":71}]
[null,null,"Total Max. possible score for the various types of data and contaminants ",null,{"$f":"D12+D15+D18+D21+D23+D26+D29+D32+D35+D38+D41+D44+D47+D50+D53+D57+D60+D63+D66","v":91}]
[null,null,"Quality Score",null,{"$f":"\"= [Total score / Total possible score] * 100 = \"","v":"= [Total score / Total possible score] * 100 = "},null,{"$f":"IF(ISERROR(G72/E73),#N/A,G72/E73)","v":0.78021978021978022},{"$f":"IF(F41=3,\"The highest possible grade for this datum is acceptable.\",\"\")","v":""}]
[]
[null,null,"H = high quality                           Quality score ≥ 80%      "]
[null,null,"A = acceptable quality         > 50% Quality score < 80%        "]
[null,null,"U = unacceptable quality              Quality score ≤ 50%  "]
[]
[3,null,"Click the 'Save & Update' button to save and export the answers to the 'All results' worksheet. "]
[null,null,"Select the 'Reset Answers' button if you wish to clear all answers."]

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["Short Questions","Duration of the exposure ","Biological endpoint","Biological effect stated or not","Biological effect quantified or not","Appropriate controls","Control & contaminant concentration","Test acceptability criteria","Characteristics of the test organism"," Type of test media","Type of exposure","Contaminant concentrations","Parallel reference toxicant toxicity tests","Concentration–response relationship","Determine the toxicity","NOEC/LOEC or LC/EC/BEC","pH","Dissolved oxygen","Temperature","Grade or purity",null,null,null,"Comment "]
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["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160292"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,3,3,3,83,0.91208791208791207]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160292"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,3,3,3,83,0.91208791208791207]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160292"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,3,3,3,83,0.91208791208791207]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160292"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,3,3,3,83,0.91208791208791207]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160292"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,3,3,3,83,0.91208791208791207]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160292"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,3,3,3,83,0.91208791208791207]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160292"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,3,3,3,83,0.91208791208791207]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160292"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,3,3,3,83,0.91208791208791207]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160628"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,3,3,0,67,0.73626373626373631]
["Answers","Yes.","Yes. Mortality as well as behavioural and biological parameters.","NOEC","Yes.","Yes.","Triplicate.","No.","Length and weight.","Stream water.","No, but could possibly infer static exposure.","No.","No.","Yes.","Probit and logit.","No.",7.1,6.99,"27±1°C","No."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160628"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,3,3,0,67,0.73626373626373631]
["Answers","Yes.","Yes. Mortality as well as behavioural and biological parameters.","NOEC","Yes.","Yes.","Triplicate.","No.","Length and weight.","Stream water.","No, but could possibly infer static exposure.","No.","No.","Yes.","Probit and logit.","No.",7.1,6.99,"27±1°C","No."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160628"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,3,3,0,67,0.73626373626373631]
["Answers","Yes.","Yes. Mortality as well as behavioural and biological parameters.","NOEC","Yes.","Yes.","Triplicate.","No.","Length and weight.","Stream water.","No, but could possibly infer static exposure.","No.","No.","Yes.","Probit and logit.","No.",7.1,6.99,"27±1°C","No."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160628"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,3,3,0,67,0.73626373626373631]
["Answers","Yes.","Yes. Mortality as well as behavioural and biological parameters.","NOEC","Yes.","Yes.","Triplicate.","No.","Length and weight.","Stream water.","No, but could possibly infer static exposure.","No.","No.","Yes.","Probit and logit.","No.",7.1,6.99,"27±1°C","No."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161986"]
["Scores",10,10,5,5,5,5,5,5,5,4,4,0,4,4,4,3,3,1,3,85,0.93406593406593408]
["Answers","96 hour.","Mortality.","LC50.","Yes.","Control and solvent control.","Four replicates.","Yes. Mortality control was less than 10% in accordance with ASTM (2008) recommendations.","Yes. Only in adult life stage.  Q sp. Density was 88.5±43.1 adults/cm²; Robertsonia density was 17.2±7.6 adults/cm². Lengths approximately 200µm and 500µm respectively.","Artificial seawater aerated 30%.","Static (no water exchange).","Beginning and end.","No.","Yes.","Dose-response generated using generalised linear model with a binomial distribution and a logit link function.","95% CIs. ","8.0-8.5",">7mg/L","Temperature of chamber stated. 20±1°C.",">98% purity."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161986"]
["Scores",10,10,5,5,5,5,5,5,5,4,4,0,4,4,4,3,3,1,3,85,0.93406593406593408]
["Answers","96 hour.","Mortality.","LC50.","Yes.","Control and solvent control.","Four replicates.","Yes. Mortality control was less than 10% in accordance with ASTM (2008) recommendations.","Yes. Only in adult life stage.  Q sp. Density was 88.5±43.1 adults/cm²; Robertsonia density was 17.2±7.6 adults/cm². Lengths approximately 200µm and 500µm respectively.","Artificial seawater aerated 30%.","Static (no water exchange).","Beginning and end.","No.","Yes.","Dose-response generated using generalised linear model with a binomial distribution and a logit link function.","95% CIs. ","8.0-8.5",">7mg/L","Temperature of chamber stated. 20±1°C.",">98% purity."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161986"]
["Scores",10,10,5,5,5,5,5,5,5,4,4,0,4,4,4,3,3,1,3,85,0.93406593406593408]
["Answers","96 hour.","Mortality.","LC50.","Yes.","Control and solvent control.","Four replicates.","Yes. Mortality control was less than 10% in accordance with ASTM (2008) recommendations.","Yes. Only in adult life stage.  Q sp. Density was 88.5±43.1 adults/cm²; Robertsonia density was 17.2±7.6 adults/cm². Lengths approximately 200µm and 500µm respectively.","Artificial seawater aerated 30%.","Static (no water exchange).","Beginning and end.","No.","Yes.","Dose-response generated using generalised linear model with a binomial distribution and a logit link function.","95% CIs. ","8.0-8.5",">7mg/L","Temperature of chamber stated. 20±1°C.",">98% purity."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161986"]
["Scores",10,10,5,5,5,5,5,5,5,4,4,0,4,4,4,3,3,1,3,85,0.93406593406593408]
["Answers","96 hour.","Mortality.","LC50.","Yes.","Control and solvent control.","Four replicates.","Yes. Mortality control was less than 10% in accordance with ASTM (2008) recommendations.","Yes. Only in adult life stage.  Q sp. Density was 88.5±43.1 adults/cm²; Robertsonia density was 17.2±7.6 adults/cm². Lengths approximately 200µm and 500µm respectively.","Artificial seawater aerated 30%.","Static (no water exchange).","Beginning and end.","No.","Yes.","Dose-response generated using generalised linear model with a binomial distribution and a logit link function.","95% CIs. ","8.0-8.5",">7mg/L","Temperature of chamber stated. 20±1°C.",">98% purity."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161986"]
["Scores",10,10,5,5,5,5,5,5,5,4,4,0,4,4,4,3,3,1,3,85,0.93406593406593408]
["Answers","96 hour.","Mortality.","LC50.","Yes.","Control and solvent control.","Four replicates.","Yes. Mortality control was less than 10% in accordance with ASTM (2008) recommendations.","Yes. Only in adult life stage.  Q sp. Density was 88.5±43.1 adults/cm²; Robertsonia density was 17.2±7.6 adults/cm². Lengths approximately 200µm and 500µm respectively.","Artificial seawater aerated 30%.","Static (no water exchange).","Beginning and end.","No.","Yes.","Dose-response generated using generalised linear model with a binomial distribution and a logit link function.","95% CIs. ","8.0-8.5",">7mg/L","Temperature of chamber stated. 20±1°C.",">98% purity."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161986"]
["Scores",10,10,5,5,5,5,5,5,5,4,4,0,4,4,4,3,3,1,3,85,0.93406593406593408]
["Answers","96 hour.","Mortality.","LC50.","Yes.","Control and solvent control.","Four replicates.","Yes. Mortality control was less than 10% in accordance with ASTM (2008) recommendations.","Yes. Only in adult life stage.  Q sp. Density was 88.5±43.1 adults/cm²; Robertsonia density was 17.2±7.6 adults/cm². Lengths approximately 200µm and 500µm respectively.","Artificial seawater aerated 30%.","Static (no water exchange).","Beginning and end.","No.","Yes.","Dose-response generated using generalised linear model with a binomial distribution and a logit link function.","95% CIs. ","8.0-8.5",">7mg/L","Temperature of chamber stated. 20±1°C.",">98% purity."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","164050"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022]
["Answers","48 hour","Stated and defined. Immosbilised organism after gentle mechanical stimulation.","LC5","Yes. 156 µg/L.","No-toxicant control.","Four replicates inferred.","No.","No.","Aerated tap water.","Static renewal. Replaced 3 times a week.","Yes. >80% recoveries of nominal values.","No.","No.","Probit analysis","95% Confidence interval.","8.39±0.24","6.4±0.8 mg/L","21±2°C.","Commercial grade (90% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","164050"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022]
["Answers","48 hour","Stated and defined. Immosbilised organism after gentle mechanical stimulation.","LC10","Yes. 239 µg/L.","No-toxicant control.","Four replicates inferred.","No.","No.","Aerated tap water.","Static renewal. Replaced 3 times a week.","Yes. >80% recoveries of nominal values.","No.","No.","Probit analysis","95% Confidence interval.","8.39±0.24","6.4±0.8 mg/L","21±2°C.","Commercial grade (90% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","164050"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022]
["Answers","48 hour","Stated and defined. Immosbilised organism after gentle mechanical stimulation.","LC50","Yes. 1085 µg/L.","No-toxicant control.","Four replicates inferred.","No.","No.","Aerated tap water.","Static renewal. Replaced 3 times a week.","Yes. >80% recoveries of nominal values.","No.","No.","Probit analysis","95% Confidence interval.","8.39±0.24","6.4±0.8 mg/L","21±2°C.","Commercial grade (90% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","164050"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022]
["Answers","48 hour","Stated and defined. Immosbilised organism after gentle mechanical stimulation.","LC5","Yes. 452 µg/L.","No-toxicant control.","Four replicates inferred.","No.","No.","Aerated tap water.","Static renewal. Replaced 3 times a week.","Yes. >80% recoveries of nominal values.","No.","No.","Probit analysis","95% Confidence interval.","8.39±0.24","6.4±0.8 mg/L","21±2°C.","Commercial grade (90% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","164050"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022]
["Answers","48 hour","Stated and defined. Immosbilised organism after gentle mechanical stimulation.","LC10","Yes. 590 µg/L.","No-toxicant control.","Four replicates inferred.","No.","No.","Aerated tap water.","Static renewal. Replaced 3 times a week.","Yes. >80% recoveries of nominal values.","No.","No.","Probit analysis","95% Confidence interval.","8.39±0.24","6.4±0.8 mg/L","21±2°C.","Commercial grade (90% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","164050"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022]
["Answers","48 hour","Stated and defined. Immosbilised organism after gentle mechanical stimulation.","LC50","Yes. 1503 µg/L.","No-toxicant control.","Four replicates inferred.","No.","No.","Aerated tap water.","Static renewal. Replaced 3 times a week.","Yes. >80% recoveries of nominal values.","No.","No.","Probit analysis","95% Confidence interval.","8.39±0.24","6.4±0.8 mg/L","21±2°C.","Commercial grade (90% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160130"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,3,3,3,3,80,0.87912087912087911]
["Answers","48 hour.","Stated and defined. Mortality (no heartbeat).","LC50.","Yes.","Control and solvent control used.","Four replicates.","Inferred (OECD test. 202).","Yes.","CHU 12 medium.","Static (inferred).","No (nominal only).","No.","Yes.","Trimmed Spearman-Karber method.","95% Confidence interval.","7.2-7.6",">3mg/L","25±1°C","High analytical grade (>99%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160130"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,3,3,3,3,80,0.87912087912087911]
["Answers","21 days.","Stated and defined. Reproduction/fecundicity (see paper for description).","NOEC.","Yes.","Control and solvent control used.","Ten replicates.","Stated (OECD test. 211): criteria listed in results.","Yes.","CHU 12 medium.","Static renewal (three times weekly).","No (nominal only).","No.","Yes.","Chi square and Barlett's test.","Dunnett's test (normal reproduction). Kruskal-Wallis (non-parametric).","7.2-7.6",">3mg/L","25±1°C","High analytical grade (>99%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160130"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,3,3,3,3,80,0.87912087912087911]
["Answers","21 days.","Stated and defined. Reproduction/fecundicity (see paper for description).","LOEC.","Yes.","Control and solvent control used.","Ten replicates.","Stated (OECD test. 211): criteria listed in results.","Yes.","CHU 12 medium.","Static renewal (three times weekly).","No (nominal only).","No.","Yes.","Chi square and Barlett's test.","Dunnett's test (normal reproduction). Kruskal-Wallis (non-parametric).","7.2-7.6",">3mg/L","25±1°C","High analytical grade (>99%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160130"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,3,3,3,3,80,0.87912087912087911]
["Answers","21 days.","Stated and defined. Reproduction/fecundicity (see paper for description).","NOEC.","Yes.","Control and solvent control used.","Ten replicates.","Stated (OECD test. 211): criteria listed in results.","Yes.","CHU 12 medium.","Static renewal (three times weekly).","No (nominal only).","No.","Yes.","Chi square and Barlett's test.","Dunnett's test (normal reproduction). Kruskal-Wallis (non-parametric).","7.2-7.6",">3mg/L","25±1°C","High analytical grade (>99%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160130"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,3,3,3,3,80,0.87912087912087911]
["Answers","21 days.","Stated and defined. Reproduction/fecundicity (see paper for description).","LOEC.","Yes.","Control and solvent control used.","Ten replicates.","Stated (OECD test. 211): criteria listed in results.","Yes.","CHU 12 medium.","Static renewal (three times weekly).","No (nominal only).","No.","Yes.","Chi square and Barlett's test.","Dunnett's test (normal reproduction). Kruskal-Wallis (non-parametric).","7.2-7.6",">3mg/L","25±1°C","High analytical grade (>99%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,5,5,5,4,4,0,4,4,4,0,0,3,3,81,0.89010989010989006]
["Answers","24 hour.","Stated, not defined. Mortality.","LC50.","Yes.","Control.","Four replicates.","Stated. Also references OECD no. 202.","6-24 hours old.","American Society for Testing and Materials (ASTM) hard water supplemented with vitamins.","Static. (Inferred).","Yes (beginning and end of flow-through system, but it was argued that it was sufficient given that concentrations are much less stable in this exposure setting).","No.","Yes.","Probit model.","95% Confidence intervals.","No.","No.","20-22°C.","Yes (commercial grade). Analytical grade ranges from 87-103% of atrazine."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,5,5,5,4,4,0,4,4,4,0,0,3,3,81,0.89010989010989006]
["Answers","48 hour.","Stated, not defined. Mortality.","LC50.","Yes.","Control.","Four replicates.","Stated. Also references OECD no. 202.","6-24 hours old.","American Society for Testing and Materials (ASTM) hard water supplemented with vitamins.","Static. (Inferred).","Yes (beginning and end of flow-through system, but it was argued that it was sufficient given that concentrations are much less stable in this exposure setting).","No.","Yes.","Probit model.","95% Confidence intervals.","No.","No.","20-22°C.","Yes (commercial grade). Analytical grade ranges from 87-103% of atrazine."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,5,5,5,4,4,0,4,4,4,0,0,3,3,81,0.89010989010989006]
["Answers","21 day.","Stated, not defined. Reproduction.","EC50.","Yes.","Control.","Ten replicates.","Stated. Also references OECD no. 202.","6-24 hours old.","American Society for Testing and Materials (ASTM) hard water supplemented with vitamins.","Flow-through.","Yes (beginning and end of flow-through system, but it was argued that it was sufficient given that concentrations are much less stable in this exposure setting).","No.","Yes.","Logistic model (least squares method).","95% Confidence intervals.","No.","No.","20-22°C.","Yes (commercial grade). Analytical grade ranges from 87-103% of atrazine."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","986-1"]
["Scores",10,5,0,0,5,0,0,5,5,4,0,0,0,0,0,3,3,3,3,46,0.50549450549450547]
["Answers","40 days","Stated, not defined. Mortality.","","","No toxicant control and solvent control (acetone).","","","mean length and weight","Freshwater","Semi-static","Nominal.","No.","No.","No.","No.","7.4 ± 0.2","> 7 mg/L ","20±1°C.","Analytical grade."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","986-1"]
["Scores",10,5,0,0,5,0,0,5,5,4,0,0,0,0,0,3,3,3,3,46,0.50549450549450547]
["Answers","40 days","Stated, not defined. Mortality.","","","No toxicant control and solvent control (acetone).","","","mean length and weight","Freshwater","Semi-static","Nominal.","No.","No.","No.","No.","7.4 ± 0.2","> 7 mg/L ","20±1°C.","Analytical grade."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","987-1"]
["Scores",10,5,0,0,5,5,2,5,5,4,0,0,0,0,0,3,0,3,3,50,0.5494505494505495]
["Answers","96 hour exposure","Mortality","No. Just mentioned no mortality was observed.","","No toxicant control.","Duplicated.","All procedures using these fish were\nperformed according to the NIH guidelines, and the Committee on Ethics in Animal\nExperimentation of the Federal University of Paraná.","Juveniles - 30 ± 2 g ; 14 ± 2 cm","Decholorinated tap water.","Static-test aquarium.","Nominal.","","","","","7.2 ± 0.2","","25 ± 1 degrees C","Yes - doesn't state purity in paper but it does state where it comes from, therefore the purity can be looked up. It's analytical grade. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-1"]
["Scores",10,5,5,5,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022]
["Answers","7-8 Days.","Reproductive impairement.","IC",25,"A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","96% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-2"]
["Scores",10,5,5,5,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022]
["Answers","7-8 Days.","Reproductive impairement.","IC",25,"A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","96% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-3"]
["Scores",10,5,5,5,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022]
["Answers","7-8 Days.","Reproductive impairement.","IC",25,"A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","96% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-4"]
["Scores",10,5,5,0,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,66,0.72527472527472525]
["Answers","7-8 Days.","Reproductive impairement.","NOEC/LOEC","","A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","96% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-5"]
["Scores",10,5,5,0,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,66,0.72527472527472525]
["Answers","7-8 Days.","Reproductive impairement.","NOEC/LOEC","","A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","96% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-5"]
["Scores",10,5,5,0,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,66,0.72527472527472525]
["Answers","7-8 Days.","Reproductive impairement.","NOEC/LOEC","","A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","96% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-6"]
["Scores",10,5,5,0,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,66,0.72527472527472525]
["Answers","7-8 Days.","Reproductive impairement.","NOEC/LOEC","","A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","96% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-6"]
["Scores",10,5,5,0,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,66,0.72527472527472525]
["Answers","7-8 Days.","Reproductive impairement.","NOEC/LOEC","","A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","96% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-7"]
["Scores",10,5,5,0,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,66,0.72527472527472525]
["Answers","7-8 Days.","Reproductive impairement.","NOEC/LOEC","","A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","96% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-8"]
["Scores",10,5,5,0,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,66,0.72527472527472525]
["Answers","7-8 Days.","Reproductive impairement.","NOEC/LOEC","","A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","96% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-9"]
["Scores",10,5,5,0,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,66,0.72527472527472525]
["Answers","7-8 Days.","Reproductive impairement.","NOEC/LOEC","","A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","96% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-10"]
["Scores",10,5,5,5,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022]
["Answers","7-8 Days.","Reproductive impairement.","IC",25,"A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","96% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-11"]
["Scores",10,5,5,5,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022]
["Answers","7-8 Days.","Reproductive impairement.","IC",25,"A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","96% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-12"]
["Scores",10,5,5,5,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022]
["Answers","7-8 Days.","Reproductive impairement.","IC",25,"A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","96% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-13"]
["Scores",10,5,5,0,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,66,0.72527472527472525]
["Answers","7-8 Days.","Reproductive impairement.","NOEC/LOEC","","A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","95% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-14"]
["Scores",10,5,5,0,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,66,0.72527472527472525]
["Answers","7-8 Days.","Reproductive impairement.","NOEC/LOEC","","A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","95% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-15"]
["Scores",10,5,5,0,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,66,0.72527472527472525]
["Answers","7-8 Days.","Reproductive impairement.","NOEC/LOEC","","A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","95% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-16"]
["Scores",10,5,5,0,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,66,0.72527472527472525]
["Answers","7-8 Days.","Reproductive impairement.","NOEC/LOEC","","A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","95% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","988-17"]
["Scores",10,5,5,0,5,0,5,5,5,4,2,0,0,4,4,3,3,3,3,66,0.72527472527472525]
["Answers","7-8 Days.","Reproductive impairement.","NOEC/LOEC","","A diluent water control and a solvent control (99% purity atrazine). ","Doesn't state that they were duplicated.","The toxicity tests were considered valid if (1) the mortality in each of the diluent water and solvent controls was not[20 %; (2) 60 % of surviving control organisms produced three broods or more; and (3) an average of C15\nneonates/female animal was produced in the controls. USEPA, 1994. United States Environmental Protection Agency chronic cladoceran toxicity test method (1994).","Neonates (<24 hours old).","Clean river water.","Renewed","Nominal treatment concentrations were used in this experiment; however, the treatment concentrations were measured in a number of randomly selected treatments as verification of the nominal concentrations used.","No.","","IC50s = nonlinear regression curves. Log-logistic/Weibull functions. NOECs/LOECs = Toxstat. ","95% CI","6.75 - 6.98.","95.7 - 102%.","25 ± 1 degrees C.","Reagent grade (97% purity)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","989-1"]
["Scores",10,5,0,0,5,0,0,5,5,4,0,0,4,0,0,3,3,3,3,50,0.5494505494505495]
["Answers","40 days","Mortality","Not stated, just in text that no mortalities were reported in any of the treatments.","","Water control and a solvent control (99% purity of acetone).","Not duplicated.","","Mean body length,12.5 ± 1.29cm; mean body weight,190 ± 10g","Dechlorinated tap water.","Semi-static conditions (pesticide replaces every 2 days).","Nominal.","","Table 1","","","7.4 ± 0.2","Remained > 7mg/L","20 ± 1 degrees C.","Atrazine = 98% purity. Chlorpyrifos = 99.5% purity. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","989-2"]
["Scores",10,5,0,0,5,0,0,5,5,4,0,0,4,0,0,3,3,3,3,50,0.5494505494505495]
["Answers","40 days","Mortality","Not stated, just in text that no mortalities were reported in any of the treatments.","","Water control and a solvent control (99% purity of acetone).","Not duplicated.","","Mean body length,12.5 ± 1.29cm; mean body weight,190 ± 10g","Dechlorinated tap water.","Semi-static conditions (pesticide replaces every 2 days).","Nominal.","","Table 1","","","7.4 ± 0.2","Remained > 7mg/L","20 ± 1 degrees C.","Atrazine = 98% purity. Chlorpyrifos = 99.5% purity. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","990-1"]
["Scores",10,5,5,5,5,5,2,0,5,4,0,0,4,4,4,3,0,3,0,64,0.70329670329670335]
["Answers","15 days","Mortality","LC","5, 10, 15, 50","Another control test without contaminants was conducted under the same conditions.","3x replicates per concentration.","US. EPA, 2001","","Dilution water. Dechlorinated tap water.","Semi-static (test solution renewed every 2 days).","Nominal concentrations.","","Figure 1.","The mortality was analyzed using a probit analysis method (USEPAP Robit Analysis Program). Comparisons were made using ANOVAs to determine significant differences.","Error on graph for NOEC/LOECs. None for LC values.",7.4,"N/A","23 ± 2°C","No."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","990-2"]
["Scores",10,5,5,5,5,5,2,0,5,4,0,0,4,4,4,3,0,3,0,64,0.70329670329670335]
["Answers","15 days","Mortality","LC","5, 10, 15, 50","Another control test without contaminants was conducted under the same conditions.","3x replicates per concentration.","US. EPA, 2001","","Dilution water. Dechlorinated tap water.","Semi-static (test solution renewed every 2 days).","Nominal concentrations.","","Figure 1.","The mortality was analyzed using a probit analysis method (USEPAP Robit Analysis Program). Comparisons were made using ANOVAs to determine significant differences.","Error on graph for NOEC/LOECs. None for LC values.",7.4,"N/A","23 ± 2°C","No."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","990-3"]
["Scores",10,5,5,5,5,5,2,0,5,4,0,0,4,4,4,3,0,3,0,64,0.70329670329670335]
["Answers","15 days","Mortality","LC","5, 10, 15, 50","Another control test without contaminants was conducted under the same conditions.","3x replicates per concentration.","US. EPA, 2001","","Dilution water. Dechlorinated tap water.","Semi-static (test solution renewed every 2 days).","Nominal concentrations.","","Figure 1.","The mortality was analyzed using a probit analysis method (USEPAP Robit Analysis Program). Comparisons were made using ANOVAs to determine significant differences.","Error on graph for NOEC/LOECs. None for LC values.",7.4,"N/A","23 ± 2°C","No."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","990-4"]
["Scores",10,5,5,5,5,5,2,0,5,4,0,0,4,4,4,3,0,3,0,64,0.70329670329670335]
["Answers","15 days","Mortality","LC","5, 10, 15, 50","Another control test without contaminants was conducted under the same conditions.","3x replicates per concentration.","US. EPA, 2001","","Dilution water. Dechlorinated tap water.","Semi-static (test solution renewed every 2 days).","Nominal concentrations.","","Figure 1.","The mortality was analyzed using a probit analysis method (USEPAP Robit Analysis Program). Comparisons were made using ANOVAs to determine significant differences.","Error on graph for NOEC/LOECs. None for LC values.",7.4,"N/A","23 ± 2°C","No."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","990-5"]
["Scores",10,5,0,0,5,5,2,0,5,4,0,0,4,4,0,3,0,3,0,50,0.5494505494505495]
["Answers","15 days","Mortality","Just taken out of Figure 1.","","Another control test without contaminants was conducted under the same conditions.","3x replicates per concentration.","US. EPA, 2001","","Dilution water. Dechlorinated tap water.","Semi-static (test solution renewed every 2 days).","Nominal concentrations.","","Figure 1.","The mortality was analyzed using a probit analysis method (USEPAP Robit Analysis Program). Comparisons were made using ANOVAs to determine significant differences.","Error on graph for NOEC/LOECs. None for LC values.",7.4,"N/A","23 ± 2°C","No."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","990-6"]
["Scores",10,5,0,0,5,5,2,0,5,4,0,0,4,4,0,3,0,3,0,50,0.5494505494505495]
["Answers","15 days","Mortality","Just taken out of Figure 1.","","Another control test without contaminants was conducted under the same conditions.","3x replicates per concentration.","US. EPA, 2001","","Dilution water. Dechlorinated tap water.","Semi-static (test solution renewed every 2 days).","Nominal concentrations.","","Figure 1.","The mortality was analyzed using a probit analysis method (USEPAP Robit Analysis Program). Comparisons were made using ANOVAs to determine significant differences.","Error on graph for NOEC/LOECs. None for LC values.",7.4,"N/A","23 ± 2°C","No."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161040"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,0,4,4,3,3,3,3,81,0.89010989010989006]
["Answers","28 days.","Stated and defined. Growth using formula according to OECD no. 215.","NOEC.","Yes.","Control and solvent control.","Duplicate.","Sated (OECD no. 215). Mortality, weight, DOC concentration, water temperature and atrazine concentration.","30 days old. Average weight 0.031±0.015g.","Dilution water with test solution.","Flow-through. Renewal twice a day.","At least once (GC/IT-MS).","No.","No.","Kruskal-Wallis one-way ANOVA.","Dunnett's test.","7.95 - 8.28.","Oxygen saturation 78-96%. Approximately 6-8mg/L.","25±1°C.","Analytical grade (98.8%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161040"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,0,4,4,3,3,3,3,81,0.89010989010989006]
["Answers","28 days.","Stated and defined. Growth using formula according to OECD no. 215.","LOEC.","Yes.","Control and solvent control.","Duplicate.","Sated (OECD no. 215). Mortality, weight, DOC concentration, water temperature and atrazine concentration.","30 days old. Average weight 0.031±0.015g.","Dilution water with test solution.","Flow-through. Renewal twice a day.","At least once (GC/IT-MS).","No.","No.","Kruskal-Wallis one-way ANOVA.","Dunnett's test.","7.95 - 8.28.","Oxygen saturation 78-96%. Approximately 6-8mg/L.","25±1°C.","Analytical grade (98.8%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161040"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,0,4,4,3,3,3,3,81,0.89010989010989006]
["Answers","28 days.","Stated and defined. Histopathology: \"moderate dystrophic lesions of hepatocytes\"","NOEC.","Yes.","Control and solvent control.","Duplicate.","Sated (OECD no. 215). Mortality, weight, DOC concentration, water temperature and atrazine concentration.","30 days old. Average weight 0.031±0.015g.","Dilution water with test solution.","Flow-through. Renewal twice a day.","At least once (GC/IT-MS).","No.","No.","Kruskal-Wallis one-way ANOVA.","Dunnett's test.","7.95 - 8.28.","Oxygen saturation 78-96%. Approximately 6-8mg/L.","25±1°C.","Analytical grade (98.8%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161040"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,0,4,4,3,3,3,3,81,0.89010989010989006]
["Answers","28 days.","Stated and defined. Histopathology: \"moderate dystrophic lesions of hepatocytes\"","LOEC.","Yes.","Control and solvent control.","Duplicate.","Sated (OECD no. 215). Mortality, weight, DOC concentration, water temperature and atrazine concentration.","30 days old. Average weight 0.031±0.015g.","Dilution water with test solution.","Flow-through. Renewal twice a day.","At least once (GC/IT-MS).","No.","No.","Kruskal-Wallis one-way ANOVA.","Dunnett's test.","7.95 - 8.28.","Oxygen saturation 78-96%. Approximately 6-8mg/L.","25±1°C.","Analytical grade (98.8%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160585"]
["Scores",10,5,5,5,5,5,0,0,5,0,0,0,0,4,0,0,0,3,3,50,0.54945054945054905]
["Answers","24 hours.","Stated (death).","NOEC.","Yes.","Control and solvent control (they assumed 0.01% (v/v) acetone/solution  should not affect results but didn't actually test themselves.","Three replicates.","No.","No.","EPA moderately hard water medium.","No.","Nominal.","No.","No.","Regression of probit-transformed mortalities against log concentration.","No.","No.","No.","25±1°C.","Analytical grade (98.8%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160585"]
["Scores",10,5,5,5,5,5,0,0,5,0,0,0,0,4,0,0,0,3,3,50,0.54945054945054905]
["Answers","24 hours.","Stated (death).","LOEC.","Yes.","Control and solvent control (they assumed 0.01% (v/v) acetone/solution  should not affect results but didn't actually test themselves.","Three replicates.","No.","No.","EPA moderately hard water medium.","No.","Nominal.","No.","No.","Regression of probit-transformed mortalities against log concentration.","No.","No.","No.","25±1°C.","Analytical grade (98.8%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160585"]
["Scores",10,5,5,5,5,5,0,0,5,0,0,0,0,4,0,0,0,3,3,50,0.54945054945054905]
["Answers","24 hours.","Stated (death).","LC50.","Yes.","Control and solvent control (they assumed 0.01% (v/v) acetone/solution  should not affect results but didn't actually test themselves.","Three replicates.","No.","No.","EPA moderately hard water medium.","No.","Nominal.","No.","No.","Regression of probit-transformed mortalities against log concentration.","No.","No.","No.","25±1°C.","Analytical grade (98.8%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160585"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,0,4,4,0,0,3,3,64,0.70329670329670302]
["Answers","48 hours.","Stated and defined. Mictic rate.","NOEC.","Yes.","Control and solvent control (they assumed 0.01% (v/v) acetone/solution  should not affect results but didn't actually test themselves.","Five replicates.","No.","< 4 hours (newly hatched neonates).","EPA moderately hard water medium.","No.","Nominal.","No.","No.","One-way ANOVA.","Dunnett's test.","No.","No.","25±1°C.","Analytical grade (98.8%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160585"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,0,4,4,0,0,3,3,64,0.70329670329670302]
["Answers","48 hours.","Stated and defined. Mictic rate.","LOEC.","Yes.","Control and solvent control (they assumed 0.01% (v/v) acetone/solution  should not affect results but didn't actually test themselves.","Five replicates.","No.","< 4 hours (newly hatched neonates).","EPA moderately hard water medium.","No.","Nominal.","No.","No.","One-way ANOVA.","Dunnett's test.","No.","No.","25±1°C.","Analytical grade (98.8%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160585"]
["Scores",10,5,5,5,5,5,0,5,5,0,0,0,0,4,4,0,0,3,3,59,0.64835164835164838]
["Answers","7 days.","Stated. Resting eggs.","NOEC.","Yes.","Control and solvent control (they assumed 0.01% (v/v) acetone/solution  should not affect results but didn't actually test themselves.","Five replicates.","No.","< 4 hours (newly hatched neonates).","EPA moderately hard water medium.","No.","Nominal.","No.","No.","One-way ANOVA.","Dunnett's test.","No.","No.","25±1°C.","Analytical grade (98.8%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160585"]
["Scores",10,5,5,5,5,5,0,5,5,0,0,0,0,4,4,0,0,3,3,59,0.64835164835164838]
["Answers","7 days.","Stated. Resting eggs.","LOEC.","Yes.","Control and solvent control (they assumed 0.01% (v/v) acetone/solution  should not affect results but didn't actually test themselves.","Five replicates.","No.","< 4 hours (newly hatched neonates).","EPA moderately hard water medium.","No.","Nominal.","No.","No.","One-way ANOVA.","Dunnett's test.","No.","No.","25±1°C.","Analytical grade (98.8%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160585"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,0,4,4,0,0,3,3,64,0.70329670329670335]
["Answers","72 hours.","Stated and defined. Hatching rate.","NOEC.","Yes.","Control and solvent control (they assumed 0.01% (v/v) acetone/solution  should not affect results but didn't actually test themselves.","Five replicates.","No.","9 weeks.","EPA moderately hard water medium.","No.","Nominal.","No.","No.","One-way ANOVA.","Dunnett's test.","No.","No.","25±1°C.","Analytical grade (98.8%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160585"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,0,4,4,0,0,3,3,64,0.70329670329670335]
["Answers","72 hours.","Stated and defined. Hatching rate.","LOEC.","Yes.","Control and solvent control (they assumed 0.01% (v/v) acetone/solution  should not affect results but didn't actually test themselves.","Five replicates.","No.","9 weeks.","EPA moderately hard water medium.","No.","Nominal.","No.","No.","One-way ANOVA.","Dunnett's test.","No.","No.","25±1°C.","Analytical grade (98.8%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160885"]
["Scores",10,10,5,5,5,5,0,0,5,0,4,0,4,4,4,1,1,0,3,66,0.72527472527472503]
["Answers","48 hour.","Stated and defined. Mortality (lack of movement).","LC50.","Yes.","Control but not solvent control.","Three replicates.","No.","No.","BG11 nutrient medium.","No.","Yes. Mean concentraiton provided (inferred that at least two measurements made).","No.","Yes (relationship provided by defined equation).","Probit analysis.","Duncan test. 95% CI.","Measured not stated.","Measured not stated.","Not measured or stated.","Analytical grade (99.7%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160885"]
["Scores",10,10,5,5,5,5,2,0,5,0,4,0,4,4,4,1,1,0,3,68,0.74725274725274704]
["Answers","96 hour.","Stated and defined. Growth inhibition (based on OD680 values with equation provided).","EC50.","Yes.","Control but not solvent control.","Three replicates.","Inferred (OECD no. 202).","No.","BG11 nutrient medium.","No.","Yes. Mean concentraiton provided (inferred that at least two measurements made).","No.","Yes.","Linear regression.","Duncan test. 95% CI.","Measured not stated.","Measured not stated.","Not measured or stated.","Analytical grade (99.7%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161199"]
["Scores",10,5,5,5,5,0,0,5,5,0,0,0,0,0,4,0,0,0,3,47,0.51648351648351654]
["Answers","24 hours.","Stated. Mortality.","Multiple. LC10, LC50, LC90.","Yes.","Control used.","No.","No.","Adult snails (8-12mm).","Dechlorinated water.","No.","No.","No.","No. Possibly infer from gradient of LC10, LC50 and LC90.","Not stated. Says SPSS was used as the program.","95% CI for LC50 but none for LC10 and LC90.","No.","No.","No.","97.8% purity."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161199"]
["Scores",10,5,5,5,5,0,0,5,5,0,0,0,0,0,0,0,0,0,3,43,0.47252747252747251]
["Answers","24 hours.","Stated. Mortality.","Multiple. LC10, LC50, LC90.","Yes.","Control used.","No.","No.","Adult snails (8-12mm).","Dechlorinated water.","No.","No.","No.","No. Possibly infer from gradient of LC10, LC50 and LC90.","Not stated. Says SPSS was used as the program.","95% CI for LC50 but none for LC10 and LC90.","No.","No.","No.","97.8% purity."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161199"]
["Scores",10,5,5,5,5,0,0,5,5,0,0,0,0,0,0,0,0,0,3,43,0.47252747252747251]
["Answers","24 hours.","Stated. Mortality.","Multiple. LC10, LC50, LC90.","Yes.","Control used.","No.","No.","Adult snails (8-12mm).","Dechlorinated water.","No.","No.","No.","No. Possibly infer from gradient of LC10, LC50 and LC90.","Not stated. Says SPSS was used as the program.","95% CI for LC50 but none for LC10 and LC90.","No.","No.","No.","97.8% purity."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","164768"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,0,0,0,3,3,70,0.76923076923076927]
["Answers","40 days.","Stated and defined. Metamorphosis timing , body size and condition.","NOEC.","Yes.","Control, solvent control and positive control used.","Twenty replicates.","No.","Tadpoles (stage 25).","Amphitox sollution.","Static renewal (every 48 hours).","Stock solution measured  and this solution was continuously added to completely replace solution. Chemical analysis performed using HPLC.","No.","Yes.","Four parameter logistic regression.","NOEC, p < 0.05.","No.","No.","20±2°C.","98% purity."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","164768"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,0,0,0,3,3,70,0.76923076923076927]
["Answers","40 days.","Stated and defined. Metamorphosis timing , body size and condition.","NOEC.","Yes.","Control, solvent control and positive control used.","Twenty replicates.","No.","Tadpoles (stage 25).","Amphitox sollution.","Static renewal (every 48 hours).","Stock solution measured  and this solution was continuously added to completely replace solution. Chemical analysis performed using HPLC.","No.","Yes.","Four parameter logistic regression.","NOEC, p < 0.05.","No.","No.","20±2°C.","98% purity."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","164768"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,0,0,0,3,3,70,0.76923076923076927]
["Answers","40 days.","Stated and defined. Metamorphosis timing , body size and condition.","NOEC.","Yes.","Control, solvent control and positive control used.","Twenty replicates.","No.","Tadpoles (stage 25).","Amphitox sollution.","Static renewal (every 48 hours).","Stock solution measured  and this solution was continuously added to completely replace solution. Chemical analysis performed using HPLC.","No.","Yes.","Four parameter logistic regression.","NOEC, p < 0.05.","No.","No.","20±2°C.","98% purity."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","Yes. 96h, 168h, 336h.","Stated and defined. Malformation.","EC10.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","Yes. 96h, 168h, 336h.","Stated and defined. Malformation.","EC10.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","Yes. 96h, 168h, 336h.","Stated and defined. Malformation.","EC10.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","Yes. 96h, 168h, 336h.","Stated and defined. Malformation.","EC10.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","Yes. 96h, 168h, 336h.","Stated and defined. Malformation.","EC10.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","Yes. 96h, 168h, 336h.","Stated and defined. Malformation.","EC10.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","Yes. 96h, 168h, 336h.","Stated and defined. Malformation.","EC10.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","Yes. 96h, 168h, 336h.","Stated and defined. Malformation.","EC10.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","Yes. 96h, 168h, 336h.","Stated and defined. Malformation.","EC10.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","Yes. 96h, 168h, 336h.","Stated and defined. Malformation.","EC50.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","Yes. 96h, 168h, 336h.","Stated and defined. Malformation.","EC50.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160887"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,0,4,0,3,0,3,3,69,0.75824175824175821]
["Answers","24h.","Stated and defined. Malformation.","LOEC.","Yes.","Solvent control and control.","Triplicate.","No.","Weight 200-250g.","Amphitox solution.","Inferred. Static renewal (once every 48h).","Yes. \"The ATR concentrations in test solutions were verified by HPLC/MS\". Cannot infer if multiple measurements were made.","No.","No.","USEPA Probit Program","No.","7±0.5.","No.","20±2°C","Yes. Technical grade (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165346"]
["Scores",10,5,5,5,0,5,0,5,5,4,4,0,0,0,0,3,3,3,0,57,0.62637362637362637]
["Answers","96 hours.","Mortality inferred from LC50.","LC50.","Yes.","Not stated.","Three replicates. \"All determinations were repeated three times.\"","No.","Mean length 14.28 ± 0.78cm. Mean weight 65.99 ± 4.75g.","Dechlorinated and gently aerated tap water.","Static renewal inferred. \"Test water was replaced daily.\"","Actual measurements inferred. ","No.","Not stated.","Not stated.","Not stated.","7.0-7.5.","6.5-7.0 mg/L.","20±1℃.","No."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","167650"]
["Scores",10,5,5,5,5,5,0,5,5,0,0,0,0,4,0,0,0,3,0,52,0.5714285714285714]
["Answers","24 hours.","Stated only. Mortality.","LC10, LC50, LC90.","Yes.","Control (not clear if toxicant or solvent control).","Three replicates.","No.","Embryo. 72 hours post-fertilisation.","Embryo medium (formulation explained).","No.","No.","No.","No. A dose-response relationship was alluded to, but not clearly stated.","Linear regression of log probit transformations.","No.","No.","No.","28°C.","No."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","167650"]
["Scores",10,5,5,5,5,5,0,5,5,0,0,0,0,4,0,0,0,3,0,52,0.5714285714285714]
["Answers","24 hours.","Stated only. Mortality.","LC10, LC50, LC90.","Yes.","Control (not clear if toxicant or solvent control).","Three replicates.","No.","Embryo. 72 hours post-fertilisation.","Embryo medium (formulation explained).","No.","No.","No.","No. A dose-response relationship was alluded to, but not clearly stated.","Linear regression of log probit transformations.","No.","No.","No.","28°C.","No."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","167650"]
["Scores",10,5,5,5,5,5,0,5,5,0,0,0,0,4,0,0,0,3,0,52,0.5714285714285714]
["Answers","24 hours.","Stated only. Mortality.","LC10, LC50, LC90.","Yes.","Control (not clear if toxicant or solvent control).","Three replicates.","No.","Embryo. 72 hours post-fertilisation.","Embryo medium (formulation explained).","No.","No.","No.","No. A dose-response relationship was alluded to, but not clearly stated.","Linear regression of log probit transformations.","No.","No.","No.","28°C.","No."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","169185"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,0,0,0,3,3,63,0.69230769230769196]
["Answers","48 hours.","Stated and defined. Lehtal and sublethal effect. \"In addition to coagulation of eggs, abnormal or no development of somites, a lack of detachment of tail bud from the yolk sac and the absence of heartbeat after 48 hours were considered as lethal effects.\"","LC10 and LC50. EC10 and EC50.","Yes.","Both control and solvent control.","Four replicates.","No.","No.","Reconstituted water.","Static renewal inferred. \"Test solutions were renewed after 24 hours.\"","Samples taken before test and at the end of exposure for chemical analysis.","No.","No.","Four-parameter logistic regression or probit analysis.","No.","No. pH listed for culture, but not for toxicity assay.","No. pH listed for culture, but not for toxicity assay.","26±1°C.","Analytical grade solvents. 97.4% purity atrazine."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","169185"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,0,0,0,3,3,63,0.69230769230769196]
["Answers","48 hours.","Stated and defined. Lehtal and sublethal effect. \"In addition to coagulation of eggs, abnormal or no development of somites, a lack of detachment of tail bud from the yolk sac and the absence of heartbeat after 48 hours were considered as lethal effects.\"","LC10 and LC50. EC10 and EC50.","Yes.","Both control and solvent control.","Four replicates.","No.","No.","Reconstituted water.","Static renewal inferred. \"Test solutions were renewed after 24 hours.\"","Samples taken before test and at the end of exposure for chemical analysis.","No.","No.","Four-parameter logistic regression or probit analysis.","No.","No. pH listed for culture, but not for toxicity assay.","No. pH listed for culture, but not for toxicity assay.","26±1°C.","Analytical grade solvents. 97.4% purity atrazine."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","169185"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,0,0,0,3,3,63,0.69230769230769196]
["Answers","48 hours.","Stated and defined. LC10 and LC50. \"In addition to coagulation of eggs, abnormal or no development of somites, a lack of detachment of tail bud from the yolk sac and the absence of heartbeat after 48 hours were considered as lethal effects.\" EC10 and EC50: edemas.","LC10 and LC50. EC10 and EC50.","Yes.","Both control and solvent control.","Four replicates.","No.","No.","Reconstituted water.","Static renewal inferred. \"Test solutions were renewed after 24 hours.\"","Samples taken before test and at the end of exposure for chemical analysis.","No.","No.","Four-parameter logistic regression or probit analysis.","No.","No. pH listed for culture, but not for toxicity assay.","No. pH listed for culture, but not for toxicity assay.","26±1°C.","Analytical grade solvents. 97.4% purity atrazine."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","169185"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,0,0,0,3,3,63,0.69230769230769196]
["Answers","48 hours.","Stated and defined. LC10 and LC50. \"In addition to coagulation of eggs, abnormal or no development of somites, a lack of detachment of tail bud from the yolk sac and the absence of heartbeat after 48 hours were considered as lethal effects.\" EC10 and EC50: edemas.","LC10 and LC50. EC10 and EC50.","Yes.","Both control and solvent control.","Four replicates.","No.","No.","Reconstituted water.","Static renewal inferred. \"Test solutions were renewed after 24 hours.\"","Samples taken before test and at the end of exposure for chemical analysis.","No.","No.","Four-parameter logistic regression or probit analysis.","No.","No. pH listed for culture, but not for toxicity assay.","No. pH listed for culture, but not for toxicity assay.","26±1°C.","Analytical grade solvents. 97.4% purity atrazine."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","169185"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,3,73,0.80219780219780223]
["Answers","48 hours.","Stated and defined. Gene expression for: ahr2, cypla, mafgl, hsp70 and fzr1. Effects defined in paper.","LOEC.","Yes.","Both control and solvent control.","Four replicates.","No.","No.","Reconstituted water.","Static conditions.","Samples taken before test and at the end of exposure for chemical analysis.","No.","No.","Dunnett's test.","Significance at 5%.","7.5 - 7.8.","81.2-95.5%.","26±1°C.","Analytical grade solvents. 97.4% purity atrazine."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","169185"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,3,73,0.80219780219780223]
["Answers","48 hours.","Stated and defined. Gene expression for: ahr2, cypla, mafgl, hsp70 and fzr1. Effects defined in paper.","LOEC.","Yes.","Both control and solvent control.","Four replicates.","No.","No.","Reconstituted water.","Static conditions.","Samples taken before test and at the end of exposure for chemical analysis.","No.","No.","Dunnett's test.","Significance at 5%.","7.5 - 7.8.","81.2-95.5%.","26±1°C.","Analytical grade solvents. 97.4% purity atrazine."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","169185"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,3,73,0.80219780219780223]
["Answers","48 hours.","Stated and defined. Gene expression for: ahr2, cypla, mafgl, hsp70 and fzr1. Effects defined in paper.","LOEC.","Yes.","Both control and solvent control.","Four replicates.","No.","No.","Reconstituted water.","Static conditions.","Samples taken before test and at the end of exposure for chemical analysis.","No.","No.","Dunnett's test.","Significance at 5%.","7.5 - 7.8.","81.2-95.5%.","26±1°C.","Analytical grade solvents. 97.4% purity atrazine."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","169185"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,3,73,0.80219780219780223]
["Answers","48 hours.","Stated and defined. Gene expression for: ahr2, cypla, mafgl, hsp70 and fzr1. Effects defined in paper.","LOEC.","Yes.","Both control and solvent control.","Four replicates.","No.","No.","Reconstituted water.","Static conditions.","Samples taken before test and at the end of exposure for chemical analysis.","No.","No.","Dunnett's test.","Significance at 5%.","7.5 - 7.8.","81.2-95.5%.","26±1°C.","Analytical grade solvents. 97.4% purity atrazine."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","169185"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,3,73,0.80219780219780223]
["Answers","48 hours.","Stated and defined. Gene expression for: ahr2, cypla, mafgl, hsp70 and fzr1. Effects defined in paper.","LOEC.","Yes.","Both control and solvent control.","Four replicates.","No.","No.","Reconstituted water.","Static conditions.","Samples taken before test and at the end of exposure for chemical analysis.","No.","No.","Dunnett's test.","Significance at 5%.","7.5 - 7.8.","81.2-95.5%.","26±1°C.","Analytical grade solvents. 97.4% purity atrazine."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","159784"]
["Scores",10,5,0,0,5,0,0,5,5,4,0,0,4,0,0,3,3,3,3,50,0.5494505494505495]
["Answers","40 days.","Stated: mortality.","Not stated. Did say that no mortalities were observed. So inferred.","No.","Control and solvent control.","No.","No.","Mean body length, 12.5 ± 1.29 cm;meanbody weight, 190 ± 10 g.","Dechlorinated tap water.","Semi-static conditions. Replaced once every 2 days.","No.","No.","Table 3.","No.","No.","7.4±0.2.",">7mg/L.","20±1°C.","Atrazine purity (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160287"]
["Scores",10,5,0,0,5,0,0,5,5,4,0,0,4,0,0,3,3,3,3,50,0.5494505494505495]
["Answers","40 days.","Stated: mortality.","Not stated. Did say that no mortalities were observed. So inferred.","No.","Control and solvent control.","No.","No.","Mean body length, 12.5 ± 1.29 cm;meanbody weight, 190 ± 10 g.","Dechlorinated tap water.","Semi-static conditions. Replaced once every 2 days.","No.","No.","Table 2.","No.","No.","7.4±0.2.","7.21 ± 0.17 mg/L.","20±1°C.","Atrazine purity (98%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165275"]
["Scores",10,5,0,0,5,0,0,5,5,4,0,0,4,0,0,3,3,3,3,50,0.5494505494505495]
["Answers","40 days.","Stated: mortality.","Not stated. Did say that no mortalities were observed. So inferred.","No.","Control and solvent control.","No.","No.","Mean body length, 12.5 ± 1.29 cm;meanbody weight, 190 ± 10 g.","Dechlorinated tap water.","Semi-static conditions. Replaced once every 2 days.","No.","No.","Figure 1.","No.","No.","7.4±0.2.",">7mg/L.","20±1°C.","Atrazine purity 98%, solvent purity 99%."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161076"]
["Scores",10,5,0,0,5,5,0,5,5,4,2,0,4,0,0,3,3,3,3,57,0.62637362637362637]
["Answers","48 hours and 14 days.","Stated. Mortality.","No, but can be inferred from statement that no kills were observed at all concentrations.","No.","Control and solvent control.","Two replicates.","No.","Body mass 29.3±72.8 g and total length 13.7±70.6 cm.","Dechlorinated aerated tapwater.","Static renewal inferred: \"80% of water from each test aquarium with and without herbicide was renewed every 24h.\"","One measurement at beginning and one at 24: time between each renewal. ","No.","Yes.","No.","No.","7.1–7.4.","7.0–7.5mg/L.","24±2°C.","Analtical grade atrazine.Solvents showed no effects; this was stated but data not shown."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161076"]
["Scores",10,5,0,0,5,5,0,5,5,4,2,0,4,0,0,3,3,3,3,57,0.62637362637362637]
["Answers","48 hours and 14 days.","Stated. Mortality.","No, but can be inferred from statement that no kills were observed at all concentrations.","No.","Control and solvent control.","Two replicates.","No.","Body mass 29.3±72.8 g and total length 13.7±70.6 cm.","Dechlorinated aerated tapwater.","Static renewal inferred: \"80% of water from each test aquarium with and without herbicide was renewed every 24h.\"","One measurement at beginning and one at 24: time between each renewal. ","No.","Yes.","No.","No.","7.1–7.4.","7.0–7.5mg/L.","24±2°C.","Analtical grade atrazine.Solvents showed no effects; this was stated but data not shown."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161769"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,0,0,0,1,3,3,58,0.63736263736263732]
["Answers","42 days.","Stated and defined. Growth: wet weight and length measured. ","Inferred but not stated.","Yes.","Control, solvent control and positive control.","Three replicates.","No.","Table 1 and 2.","Aerated IML seawater","Static renewal inferred. \"Water was changed every day (480 percent replacement rate) before feeding.\"","Concentrations after preparation and after 24 hours, but not at end of 42 day experiment.","No.","No.","No.","No.","No.","Monitored daily but not stated.","18°C.","Atrazine purity 97.5%; solvent pesticide grade."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161769"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,0,0,0,1,3,3,58,0.63736263736263732]
["Answers","42 days.","Stated and defined. Growth: wet weight and length measured. ","Inferred but not stated.","Yes.","Control, solvent control and positive control.","Three replicates.","No.","Table 1 and 2.","Aerated IML seawater","Static renewal inferred. \"Water was changed every day (480 percent replacement rate) before feeding.\"","Concentrations after preparation and after 24 hours, but not at end of 42 day experiment.","No.","No.","No.","No.","No.","Monitored daily but not stated.","18°C.","Atrazine purity 97.5%; solvent pesticide grade."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165279"]
["Scores",10,5,0,5,5,5,0,5,5,4,2,0,0,4,0,0,0,1,3,54,0.59340659340659341]
["Answers","16 weeks.","Stated only: mortality.","No.","Yes.","Control and solvent control.","No.","No.","Adults that reached sexual maturity (gonopodium development and clear colour patterns).","Aged, pre-aerated, carbon filtered, conditioned water.","Static renewal: water changed daily.","Samples collected after one week.","No.","No.","Regression analysis of survival data based on the Cox proportional hazards model","No.","No.","No.","Room temperature at 25°C.","High purity atrazine (98%) and no contamination in controls."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335"]
["Scores",10,5,0,5,5,5,0,5,5,4,0,0,0,4,4,0,0,0,3,55,0.60439560439560436]
["Answers","14 days.","Stated only for mortality (14d and 113d study). Growth (113d study) was stated and defined: wet weight and length.","No but NOEC can be inferred when highest concentration did not cause mortality.","Yes.","Control.","Three replicates.","No.","17 days post fertilisation.","Fish water","Static renewal Solution were freshly prepared and replaced every 3 days.","No measured concentrations for 14-day study. Concentrations measured every 3 days during solution renewal for 113 day study.","No.","No.","Fisher's exact test or ANOVA.","p < 0.05 for LOEC and NOEC.","Only measured and stated for 113d study. 7.3 average in Study I, 7.6 average in study II.","Only measured and stated for 113d study.","Only measured and stated for 113d study.","Technical grade atrazine (97.6%) and solvents used."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335"]
["Scores",10,5,0,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,68,0.74725274725274726]
["Answers","113 days.","Stated only for mortality (14d and 113d study). Growth (113d study) was stated and defined: wet weight and length.","No but NOEC can be inferred when highest concentration did not cause mortality.","Yes.","Control.","Eight replicates.","No.","17 days post fertilisation. Length and weights listed in table 1.","Fish water","Static renewal Solution were freshly prepared and replaced every 3 days.","No measured concentrations for 14-day study. Concentrations measured every 3 days during solution renewal for 113 day study.","No.","No.","Fisher's exact test or ANOVA.","p < 0.05 for LOEC and NOEC.","Only measured and stated for 113d study. 7.3 average in Study I, 7.6 average in study II.","Only measured and stated for 113d study. Always >5.70 mg/L and most dats >6.5 mg/L.","Only measured and stated for 113d study. 27°C.","Technical grade atrazine (97.6%) and solvents used."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,0,70,0.76923076923076927]
["Answers","113 days.","Stated only for mortality (14d and 113d study). Growth (113d study) was stated and defined: wet weight and length.","No but NOEC can be inferred when highest concentration did not cause mortality.","Yes.","Control.","Eight replicates.","No.","17 days post fertilisation. Length and weights listed in table 1.","Fish water","Static renewal Solution were freshly prepared and replaced every 3 days.","No measured concentrations for 14-day study. Concentrations measured every 3 days during solution renewal for 113 day study.","No.","No.","Fisher's exact test or ANOVA.","p < 0.05 for LOEC and NOEC.","Only measured and stated for 113d study. 7.3 average in Study I, 7.6 average in study II.","Only measured and stated for 113d study. Always >5.70 mg/L and most dats >6.5 mg/L.","Only measured and stated for 113d study. 27°C.","Technical grade atrazine (97.6%) and solvents used. Slight contamination was observed in first 113d study (Study I) - \"No\" was marked on it to distinguish between this study and Study II."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,0,70,0.76923076923076927]
["Answers","113 days.","Stated only for mortality (14d and 113d study). Growth (113d study) was stated and defined: wet weight and length.","No but NOEC can be inferred when highest concentration did not cause mortality.","Yes.","Control.","Eight replicates.","No.","17 days post fertilisation. Length and weights listed in table 1.","Fish water","Static renewal Solution were freshly prepared and replaced every 3 days.","No measured concentrations for 14-day study. Concentrations measured every 3 days during solution renewal for 113 day study.","No.","No.","Fisher's exact test or ANOVA.","p < 0.05 for LOEC and NOEC.","Only measured and stated for 113d study. 7.3 average in Study I, 7.6 average in study II.","Only measured and stated for 113d study. Always >5.70 mg/L and most dats >6.5 mg/L.","Only measured and stated for 113d study. 27°C.","Technical grade atrazine (97.6%) and solvents used. Slight contamination was observed in first 113d study (Study I) - \"No\" was marked on it to distinguish between this study and Study II."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,0,70,0.76923076923076927]
["Answers","113 days.","Stated only for mortality (14d and 113d study). Growth (113d study) was stated and defined: wet weight and length.","No but NOEC can be inferred when highest concentration did not cause mortality.","Yes.","Control.","Eight replicates.","No.","17 days post fertilisation. Length and weights listed in table 1.","Fish water","Static renewal Solution were freshly prepared and replaced every 3 days.","No measured concentrations for 14-day study. Concentrations measured every 3 days during solution renewal for 113 day study.","No.","No.","Fisher's exact test or ANOVA.","p < 0.05 for LOEC and NOEC.","Only measured and stated for 113d study. 7.3 average in Study I, 7.6 average in study II.","Only measured and stated for 113d study. Always >5.70 mg/L and most dats >6.5 mg/L.","Only measured and stated for 113d study. 27°C.","Technical grade atrazine (97.6%) and solvents used. Slight contamination was observed in first 113d study (Study I) - \"No\" was marked on it to distinguish between this study and Study II."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,0,70,0.76923076923076927]
["Answers","113 days.","Stated only for mortality (14d and 113d study). Growth (113d study) was stated and defined: wet weight and length.","No but NOEC can be inferred when highest concentration did not cause mortality.","Yes.","Control.","Eight replicates.","No.","17 days post fertilisation. Length and weights listed in table 1.","Fish water","Static renewal Solution were freshly prepared and replaced every 3 days.","No measured concentrations for 14-day study. Concentrations measured every 3 days during solution renewal for 113 day study.","No.","No.","Fisher's exact test or ANOVA.","p < 0.05 for LOEC and NOEC.","Only measured and stated for 113d study. 7.3 average in Study I, 7.6 average in study II.","Only measured and stated for 113d study. Always >5.70 mg/L and most dats >6.5 mg/L.","Only measured and stated for 113d study. 27°C.","Technical grade atrazine (97.6%) and solvents used. Slight contamination was observed in first 113d study (Study I) - \"No\" was marked on it to distinguish between this study and Study II."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,0,70,0.76923076923076927]
["Answers","113 days.","Stated only for mortality (14d and 113d study). Growth (113d study) was stated and defined: wet weight and length.","No but NOEC can be inferred when highest concentration did not cause mortality.","Yes.","Control.","Eight replicates.","No.","17 days post fertilisation. Length and weights listed in table 1.","Fish water","Static renewal Solution were freshly prepared and replaced every 3 days.","No measured concentrations for 14-day study. Concentrations measured every 3 days during solution renewal for 113 day study.","No.","No.","Fisher's exact test or ANOVA.","p < 0.05 for LOEC and NOEC.","Only measured and stated for 113d study. 7.3 average in Study I, 7.6 average in study II.","Only measured and stated for 113d study. Always >5.70 mg/L and most dats >6.5 mg/L.","Only measured and stated for 113d study. 27°C.","Technical grade atrazine (97.6%) and solvents used. Slight contamination was observed in first 113d study (Study I) - \"No\" was marked on it to distinguish between this study and Study II."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,73,0.80219780219780223]
["Answers","113 days.","Stated only for mortality (14d and 113d study). Growth (113d study) was stated and defined: wet weight and length.","No but NOEC can be inferred when highest concentration did not cause mortality.","Yes.","Control.","Eight replicates.","No.","17 days post fertilisation. Length and weights listed in table 1.","Fish water","Static renewal Solution were freshly prepared and replaced every 3 days.","No measured concentrations for 14-day study. Concentrations measured every 3 days during solution renewal for 113 day study.","No.","No.","Fisher's exact test or ANOVA.","p < 0.05 for LOEC and NOEC.","Only measured and stated for 113d study. 7.3 average in Study I, 7.6 average in study II.","Only measured and stated for 113d study. Always >5.70 mg/L and most dats >6.5 mg/L.","Only measured and stated for 113d study. 27°C.","Technical grade atrazine (97.6%) and solvents used. Slight contamination was observed in first 113d study (Study I) - \"No\" was marked on it to distinguish between this study and Study II."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,73,0.80219780219780223]
["Answers","113 days.","Stated only for mortality (14d and 113d study). Growth (113d study) was stated and defined: wet weight and length.","No but NOEC can be inferred when highest concentration did not cause mortality.","Yes.","Control.","Eight replicates.","No.","17 days post fertilisation. Length and weights listed in table 1.","Fish water","Static renewal Solution were freshly prepared and replaced every 3 days.","No measured concentrations for 14-day study. Concentrations measured every 3 days during solution renewal for 113 day study.","No.","No.","Fisher's exact test or ANOVA.","p < 0.05 for LOEC and NOEC.","Only measured and stated for 113d study. 7.3 average in Study I, 7.6 average in study II.","Only measured and stated for 113d study. Always >5.70 mg/L and most dats >6.5 mg/L.","Only measured and stated for 113d study. 27°C.","Technical grade atrazine (97.6%) and solvents used. Slight contamination was observed in first 113d study (Study I) - \"No\" was marked on it to distinguish between this study and Study II."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,73,0.80219780219780223]
["Answers","113 days.","Stated only for mortality (14d and 113d study). Growth (113d study) was stated and defined: wet weight and length.","No but NOEC can be inferred when highest concentration did not cause mortality.","Yes.","Control.","Eight replicates.","No.","17 days post fertilisation. Length and weights listed in table 1.","Fish water","Static renewal Solution were freshly prepared and replaced every 3 days.","No measured concentrations for 14-day study. Concentrations measured every 3 days during solution renewal for 113 day study.","No.","No.","Fisher's exact test or ANOVA.","p < 0.05 for LOEC and NOEC.","Only measured and stated for 113d study. 7.3 average in Study I, 7.6 average in study II.","Only measured and stated for 113d study. Always >5.70 mg/L and most dats >6.5 mg/L.","Only measured and stated for 113d study. 27°C.","Technical grade atrazine (97.6%) and solvents used. Slight contamination was observed in first 113d study (Study I) - \"No\" was marked on it to distinguish between this study and Study II."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,73,0.80219780219780223]
["Answers","113 days.","Stated only for mortality (14d and 113d study). Growth (113d study) was stated and defined: wet weight and length.","No but NOEC can be inferred when highest concentration did not cause mortality.","Yes.","Control.","Eight replicates.","No.","17 days post fertilisation. Length and weights listed in table 1.","Fish water","Static renewal Solution were freshly prepared and replaced every 3 days.","No measured concentrations for 14-day study. Concentrations measured every 3 days during solution renewal for 113 day study.","No.","No.","Fisher's exact test or ANOVA.","p < 0.05 for LOEC and NOEC.","Only measured and stated for 113d study. 7.3 average in Study I, 7.6 average in study II.","Only measured and stated for 113d study. Always >5.70 mg/L and most dats >6.5 mg/L.","Only measured and stated for 113d study. 27°C.","Technical grade atrazine (97.6%) and solvents used. Slight contamination was observed in first 113d study (Study I) - \"No\" was marked on it to distinguish between this study and Study II."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,73,0.80219780219780223]
["Answers","113 days.","Stated only for mortality (14d and 113d study). Growth (113d study) was stated and defined: wet weight and length.","No but NOEC can be inferred when highest concentration did not cause mortality.","Yes.","Control.","Eight replicates.","No.","17 days post fertilisation. Length and weights listed in table 1.","Fish water","Static renewal Solution were freshly prepared and replaced every 3 days.","No measured concentrations for 14-day study. Concentrations measured every 3 days during solution renewal for 113 day study.","No.","No.","Fisher's exact test or ANOVA.","p < 0.05 for LOEC and NOEC.","Only measured and stated for 113d study. 7.3 average in Study I, 7.6 average in study II.","Only measured and stated for 113d study. Always >5.70 mg/L and most dats >6.5 mg/L.","Only measured and stated for 113d study. 27°C.","Technical grade atrazine (97.6%) and solvents used. Slight contamination was observed in first 113d study (Study I) - \"No\" was marked on it to distinguish between this study and Study II."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,73,0.80219780219780223]
["Answers","113 days.","Stated only for mortality (14d and 113d study). Growth (113d study) was stated and defined: wet weight and length.","No but NOEC can be inferred when highest concentration did not cause mortality.","Yes.","Control.","Eight replicates.","No.","17 days post fertilisation. Length and weights listed in table 1.","Fish water","Static renewal Solution were freshly prepared and replaced every 3 days.","No measured concentrations for 14-day study. Concentrations measured every 3 days during solution renewal for 113 day study.","No.","No.","Fisher's exact test or ANOVA.","p < 0.05 for LOEC and NOEC.","Only measured and stated for 113d study. 7.3 average in Study I, 7.6 average in study II.","Only measured and stated for 113d study. Always >5.70 mg/L and most dats >6.5 mg/L.","Only measured and stated for 113d study. 27°C.","Technical grade atrazine (97.6%) and solvents used. Slight contamination was observed in first 113d study (Study I) - \"No\" was marked on it to distinguish between this study and Study II."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165348"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,0,0,3,3,67,0.73626373626373631]
["Answers","48h, 96h, 144h.","Growth (weight and length) and development. Stated and defined.","Not stated, but inferred by highlighting no difference between exposure and control.","Yes.","Control.","Two replicates.","No.","Stage 55.","Dechlorinated aerated city (Montreal) water.","Static for 48 hour exposure, but static renewal for 96 and 144 hour exposure as later in methods says \"the water in each tank was changed every 48 hours with fresh solutions\".","Water samples collected at beginning and end of exposure for chemical analysis.","No.","No.","NOEC and LOEC: ANOVA.","ANOVA p < 0.05.","No.","No.","21±2°C.","High purity atrazine (99%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165348"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,0,0,3,3,67,0.73626373626373631]
["Answers","48h, 96h, 144h.","Growth (weight and length) and development. Stated and defined.","Not stated, but inferred by highlighting no difference between exposure and control.","Yes.","Control.","Two replicates.","No.","Stage 55.","Dechlorinated aerated city (Montreal) water.","Static for 48 hour exposure, but static renewal for 96 and 144 hour exposure as later in methods says \"the water in each tank was changed every 48 hours with fresh solutions\".","Water samples collected at beginning and end of exposure for chemical analysis.","No.","No.","NOEC and LOEC: ANOVA.","ANOVA p < 0.05.","No.","No.","21±2°C.","High purity atrazine (99%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165348"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,0,0,3,3,67,0.73626373626373631]
["Answers","48h, 96h, 144h.","Growth (weight and length) and development. Stated and defined.","Not stated, but inferred by highlighting no difference between exposure and control.","Yes.","Control.","Two replicates.","No.","Stage 55.","Dechlorinated aerated city (Montreal) water.","Static for 48 hour exposure, but static renewal for 96 and 144 hour exposure as later in methods says \"the water in each tank was changed every 48 hours with fresh solutions\".","Water samples collected at beginning and end of exposure for chemical analysis.","No.","No.","NOEC and LOEC: ANOVA.","ANOVA p < 0.05.","No.","No.","21±2°C.","High purity atrazine (99%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165348"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,0,0,3,3,67,0.73626373626373631]
["Answers","48h, 96h, 144h.","Growth (weight and length) and development. Stated and defined.","Not stated, but inferred by highlighting no difference between exposure and control.","Yes.","Control.","Two replicates.","No.","Stage 55.","Dechlorinated aerated city (Montreal) water.","Static for 48 hour exposure, but static renewal for 96 and 144 hour exposure as later in methods says \"the water in each tank was changed every 48 hours with fresh solutions\".","Water samples collected at beginning and end of exposure for chemical analysis.","No.","No.","NOEC and LOEC: ANOVA.","ANOVA p < 0.05.","No.","No.","21±2°C.","High purity atrazine (99%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165348"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,0,0,3,3,67,0.73626373626373631]
["Answers","48h, 96h, 144h.","Growth (weight and length) and development. Stated and defined.","Not stated, but inferred by highlighting no difference between exposure and control.","Yes.","Control.","Two replicates.","No.","Stage 55.","Dechlorinated aerated city (Montreal) water.","Static for 48 hour exposure, but static renewal for 96 and 144 hour exposure as later in methods says \"the water in each tank was changed every 48 hours with fresh solutions\".","Water samples collected at beginning and end of exposure for chemical analysis.","No.","No.","NOEC and LOEC: ANOVA.","ANOVA p < 0.05.","No.","No.","21±2°C.","High purity atrazine (99%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165348"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,0,0,3,3,67,0.73626373626373631]
["Answers","48h, 96h, 144h.","Growth (weight and length) and development. Stated and defined.","Not stated, but inferred by highlighting no difference between exposure and control.","Yes.","Control.","Two replicates.","No.","Stage 55.","Dechlorinated aerated city (Montreal) water.","Static for 48 hour exposure, but static renewal for 96 and 144 hour exposure as later in methods says \"the water in each tank was changed every 48 hours with fresh solutions\".","Water samples collected at beginning and end of exposure for chemical analysis.","No.","No.","NOEC and LOEC: ANOVA.","ANOVA p < 0.05.","No.","No.","21±2°C.","High purity atrazine (99%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165348"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,0,0,3,3,67,0.73626373626373631]
["Answers","48h, 96h, 144h.","Growth (weight and length) and development (ratio of distance between eyes over distance from head to tail). Stated and defined.","Not stated, but inferred by highlighting no difference between exposure and control.","Yes.","Control.","Two replicates.","No.","Stage 55.","Dechlorinated aerated city (Montreal) water.","Static for 48 hour exposure, but static renewal for 96 and 144 hour exposure as later in methods says \"the water in each tank was changed every 48 hours with fresh solutions\".","Water samples collected at beginning and end of exposure for chemical analysis.","No.","No.","NOEC and LOEC: ANOVA.","ANOVA p < 0.05.","No.","No.","21±2°C.","High purity atrazine (99%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165348"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,0,0,3,3,67,0.73626373626373631]
["Answers","48h, 96h, 144h.","Growth (weight and length) and development (ratio of distance between eyes over distance from head to tail). Stated and defined.","Not stated, but inferred by highlighting no difference between exposure and control.","Yes.","Control.","Two replicates.","No.","Stage 55.","Dechlorinated aerated city (Montreal) water.","Static for 48 hour exposure, but static renewal for 96 and 144 hour exposure as later in methods says \"the water in each tank was changed every 48 hours with fresh solutions\".","Water samples collected at beginning and end of exposure for chemical analysis.","No.","No.","NOEC and LOEC: ANOVA.","ANOVA p < 0.05.","No.","No.","21±2°C.","High purity atrazine (99%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165348"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,0,0,3,3,67,0.73626373626373631]
["Answers","48h, 96h, 144h.","Growth (weight and length) and development (ratio of distance between eyes over distance from head to tail). Stated and defined.","Not stated, but inferred by highlighting no difference between exposure and control.","Yes.","Control.","Two replicates.","No.","Stage 55.","Dechlorinated aerated city (Montreal) water.","Static for 48 hour exposure, but static renewal for 96 and 144 hour exposure as later in methods says \"the water in each tank was changed every 48 hours with fresh solutions\".","Water samples collected at beginning and end of exposure for chemical analysis.","No.","No.","NOEC and LOEC: ANOVA.","ANOVA p < 0.05.","No.","No.","21±2°C.","High purity atrazine (99%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165348"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,4,0,0,3,3,67,0.73626373626373631]
["Answers","48h, 96h, 144h.","Stated and defined. Reproduction (primary spermatagonia cell nests).","Not stated, but inferred by highlighting no difference between exposure and control.","Yes.","Control.","Two replicates.","No.","Stage 55.","Dechlorinated aerated city (Montreal) water.","Static for 48 hour exposure, but static renewal for 96 and 144 hour exposure as later in methods says \"the water in each tank was changed every 48 hours with fresh solutions\".","Water samples collected at beginning and end of exposure for chemical analysis.","No.","No.","NOEC and LOEC: ANOVA.","ANOVA p < 0.05.","No.","No.","21±2°C.","High purity atrazine (99%)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161199-QC2"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,1,0,1,3,67,0.73626373626373631]
["Answers","24 hours","Mortality - defined by WHO (1965) methods: by examination (discoloration, heart rate, activity of muscle etc.","LC50","","Stated in WHO (1965) - 1 or 2 containers with 10 snails in each","Stated in WHO (1965) - 2 containers at each concentration with 10 snails in each are deemed a test minimum","","adult snails 6-12 mm","Dechlorinated tap water","","","","Slope function was provided = 2.48","Probit - stated in WHO (1965)","Confidence intervals","","","Stated in methods by WHO (1965) 26-28 degrees C","97.8% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161199-QC1"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,1,0,1,3,63,0.69230769230769229]
["Answers","24 hours","Mortality - defined by WHO (1965) methods: by examination (discoloration, heart rate, activity of muscle etc.","LC10","","Stated in WHO (1965) - 1 or 2 containers with 10 snails in each","Stated in WHO (1965) - 2 containers at each concentration with 10 snails in each are deemed a test minimum","","adult snails 6-12 mm","Dechlorinated tap water","","","","Slope function was provided = 2.48","Probit - stated in WHO (1965)","","","","Stated in methods by WHO (1965) 26-28 degrees C","97.8% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161199-QC3"]
["Scores",10,5,0,5,5,0,0,5,0,0,0,0,0,0,0,0,0,0,3,33,0.36263736263736263]
["Answers","1 week","Mortality","","16% mortality","Unexposed under the same laboratory conditions","","","adult snails 8-12 mm","","","","","","","","","","","97.8% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161199-QC3"]
["Scores",10,5,0,5,5,0,0,5,0,0,0,0,0,0,0,0,0,0,3,33,0.36263736263736263]
["Answers","1 week","Mortality","","16% mortality","Unexposed under the same laboratory conditions","","","adult snails 8-12 mm","","","","","","","","","","","97.8% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","987-QC1"]
["Scores",10,5,0,5,5,5,0,5,5,4,0,0,0,0,0,3,0,1,0,48,0.52747252747252749]
["Answers","96 h","Mortality","",0,"","","","Age only","Dechlorinated water","Static","","","","","",7.2,"",25,""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","990-QC1"]
["Scores",10,5,0,5,5,5,0,0,0,0,0,0,4,4,4,0,0,1,0,43,0.47252747252747251]
["Answers","15 days","Reprodution rate","",0.18,"","Error bars on figure indicate replicates and replicates were used in other tests reportedin paper","","","","","","","","ANOVA","Error bars","","Tanks were aerated","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","990-QC2"]
["Scores",10,10,0,0,5,5,2,0,5,4,0,0,4,4,4,0,0,1,0,54,0.59340659340659341]
["Answers","10 days","Mortality defined in USEPA 2001 - total absence of movement even when proded.","","","","","According to USEPA 2001","","Dilution water = reconstituted deionized water (USEPA 2001)","Static renewal","","","","According to US EPA 2001","P<0.05","","Tanks were aerated","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","990-QC3"]
["Scores",10,10,0,5,5,5,2,0,5,4,0,0,4,4,4,0,0,1,0,59,0.64835164835164838]
["Answers","10 days","Mortality defined in USEPA 2001 - total absence of movement even when proded.","",0.43,"","","According to USEPA 2001","","Dilution water = reconstituted deionized water (USEPA 2001)","Static renewal","","","","According to US EPA 2001","P<0.05","","Tanks were aerated","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160585-QC1"]
["Scores",10,5,5,5,0,5,0,5,5,0,0,0,0,4,0,0,0,1,3,48,0.52747252747252749]
["Answers","24 h","mortality","EC50","","Solvent conrol not used","3 replicates","","age","EPA medium","","","","","regression of probit-transformed mortalities against log concentration","","","","","analytical purity, 98.8%"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160585-QC2"]
["Scores",10,5,5,0,0,5,0,5,5,0,0,0,4,4,4,0,0,1,3,51,0.56043956043956045]
["Answers","24 h","mortality","NOEC","","Solvent conrol not used","3 replicates","","age","EPA medium","","","","","regression of probit-transformed mortalities against log concentration","p<0.05","","","","analytical purity, 98.8%"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160585-QC3"]
["Scores",10,5,5,0,0,5,0,5,5,0,0,0,4,4,4,0,0,1,3,51,0.56043956043956045]
["Answers","7 days","resting eggs","NOEC","","Solvent conrol not used","5 replicates","","age","EPA medium","","","","","one-way analysis of variance (ANOVA), Dunnett’s test","p<0.05","","","","analytical purity, 98.8%"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160585-QC4"]
["Scores",10,5,5,5,0,5,0,5,5,0,0,0,4,4,4,0,0,1,3,56,0.61538461538461542]
["Answers","7 days","resting eggs","NOEC","0.76 times than the control","Solvent conrol not used","5 replicates","","age","EPA medium","","","","","one-way analysis of variance (ANOVA), Dunnett’s test","p<0.05","","","","analytical purity, 98.8%"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","159784-QC1"]
["Scores",10,5,0,5,5,0,0,5,5,4,0,0,0,0,0,1,0,1,3,44,0.48351648351648352]
["Answers","40 days","Mortality","",0,"one solvent\ncontrol (acetone), and one water control.","","","(mean body length, 12.5 ± 1.29 cm;meanbody\nweight, 190 ± 10 g","","semi-static conditions","","","","","","","","","purity 98.0%)"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165275-QC1"]
["Scores",10,5,0,5,5,0,0,5,5,4,0,0,0,0,0,1,0,1,3,44,0.48351648351648352]
["Answers","40 days","Mortality","",0,"one solvent control (acetone),\nand one water control","","","mean body length, 12.5 ± 1.29 cm; mean body\nweight, 190 ± 10 g)","dechlorinated tap water","semi-static conditions","","","","","","","","20 ± 1  C","purity 98.0%"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","167650-QC1"]
["Scores",10,5,5,5,5,5,0,5,0,0,0,0,0,4,4,0,0,1,0,49,0.53846153846153844]
["Answers","24 h","mortality","","","DMSO-containing water","","","age","Not clear","","","","","linear regression of log probit transformations","standard deviation","","","28C",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165279-QC"]
["Scores",0,0,0,0,5,5,0,0,5,4,4,0,0,0,0,0,0,1,3,27,0.2967032967032967]
["Answers","","","","","dimethylsulfoxide (DMSO, 6 ppb) as the solvent\ncontrol,","","High mortality in controls: control 17.65%, DMSO 29.41%, and were greater than in the highest atrazine concentration (atrazine high-dose 11.76%.). Therefore reject paper. ","","aged, pre-aerated, carbon\nfiltered, conditioned water.","static\nrenewal","","","","","","","","25C","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-QC"]
["Scores",10,5,0,5,0,5,0,5,5,4,0,0,0,0,0,0,0,0,3,42,0.46153846153846156]
["Answers","14 d","","",0,"Not specified although use of controls was stated for the chronic tests","Each treatment included three tank replicates","","Age","Fish water - 0.6% Instant Ocean (Aquarium Systems, Mentor, OH)","static renewal","","","","No statistical tests were used as the highest concentration testsed yielded 0% mortality","No statistical tests were used as the highest concentration testsed yielded 0% mortality","Was not clear if water quality parameters were measured for the acute test, although they were measured for the chronic","Was not clear if water quality parameters were measured for the acute test, although they were measured for the chronic","Was not clear if water quality parameters were measured for the acute test, although they were measured for the chronic","97.6% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165346-QC"]
["Scores",10,5,5,5,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,25,0.27472527472527475]
["Answers","96 h","","","","","","","mean length 14.28±\n0.78 cm, and mean weight 65.99±4.75 g","dechlorinated and gently\naerated tap water","Static renewal","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165346-QC"]
["Scores",10,5,5,5,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,25,0.27472527472527475]
["Answers","96 h","","","","","","","mean length 14.28±\n0.78 cm, and mean weight 65.99±4.75 g","dechlorinated and gently\naerated tap water","Static renewal","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161076-QC"]
["Scores",10,0,0,0,5,5,0,5,5,4,0,0,0,0,0,1,1,1,0,37,0.40659340659340659]
["Answers","","","","","","All experiments were done in duplicate","","Juvenile + 30 days. body mass-\n= 29.3 ± 2.8 g and total length = 13.7 ± 0.6 cm","dechlorinated water","semi static","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161769-QC1"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,0,1,1,3,64,0.70329670329670335]
["Answers","42 days","growth  - wet weight (to nearest 0.01 mg)","","","seawater control, acetone\n(5 mg/l) carrier control","Each treatment was replicated three times","","7 days after fertilization in good condition","Seawater","static renewal","","","","","","","","18C","97.5% Concentrations of pesticides in the control seawater and acetone solutions were below detection limits."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161769-QC2"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,0,1,1,3,64,0.70329670329670335]
["Answers","42 days","growth  - wet weight (to nearest 0.01 mg)","","","seawater control, acetone\n(5 mg/l) carrier control","Each treatment was replicated three times","","7 days after fertilization in good condition","Seawater","static renewal","","","","","","","","18C","97.5% Concentrations of pesticides in the control seawater and acetone solutions were below detection limits."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161769-QC3"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,0,1,1,3,64,0.70329670329670335]
["Answers","42 days","growth  - total body length (to nearest 0.1 mm)","","","seawater control, acetone\n(5 mg/l) carrier control","Each treatment was replicated three times","","7 days after fertilization in good condition","Seawater","static renewal","","","","","","","","18C","97.5% Concentrations of pesticides in the control seawater and acetone solutions were below detection limits."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","161769-QC3"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,0,1,1,3,64,0.70329670329670335]
["Answers","42 days","growth  - total body length (to nearest 0.1 mm)","","","seawater control, acetone\n(5 mg/l) carrier control","Each treatment was replicated three times","","7 days after fertilization in good condition","Seawater","static renewal","","","","","","","","18C","97.5% Concentrations of pesticides in the control seawater and acetone solutions were below detection limits."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","633-1"]
["Scores",10,5,0,0,5,0,0,5,5,4,0,0,4,4,4,1,0,1,3,51,0.56043956043956045,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","length = 7.5-9cm","","static renewal","nominal","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","633-2"]
["Scores",10,10,0,0,5,0,2,5,5,4,0,0,4,4,4,1,0,1,3,58,0.63736263736263732,null,"The highest possible grade for this datum is acceptable."]
["Answers","","Proportion of embryos successfully developing to free-swimming larvae","","","","","","Gossner 10 to 12","","static renewal","nominal","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","633-3"]
["Scores",10,10,0,0,5,0,2,5,5,4,0,0,4,4,4,1,0,1,3,58,0.63736263736263732,null,"The highest possible grade for this datum is acceptable."]
["Answers","","Proportion of embryos successfully developing to free-swimming larvae","","","","","","Gossner 10 to 12","","static renewal","nominal","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","633-3"]
["Scores",10,10,0,0,5,0,2,5,5,4,0,0,4,4,4,1,0,1,3,58,0.63736263736263732,null,"The highest possible grade for this datum is acceptable."]
["Answers","","Proportion of embryos successfully developing to free-swimming larvae","","","","","","Gossner 10 to 12","","static renewal","nominal","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","633-5"]
["Scores",10,5,0,0,5,0,2,5,5,4,0,0,4,4,4,1,0,1,3,53,0.58241758241758246,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","Gossner 10 to 12","","static renewal","nominal","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","633-6"]
["Scores",10,5,0,0,5,0,2,5,5,4,0,0,4,4,4,1,0,1,3,53,0.58241758241758246,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","Gossner 10 to 12","","static renewal","nominal","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","633-7"]
["Scores",10,5,0,0,5,0,2,5,5,4,0,0,4,4,4,1,0,1,3,53,0.58241758241758246,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","Gossner 10 to 12","","static renewal","nominal","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","632-1"]
["Scores",10,5,0,0,5,5,0,5,5,4,0,0,4,4,4,3,0,1,3,58,0.63736263736263732,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","Gossner stage 25","","static renewal","nominal","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","632-2"]
["Scores",10,5,0,0,5,5,0,5,5,4,0,0,4,4,4,3,0,1,3,58,0.63736263736263732,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","Gossner stage 25","","static renewal","nominal","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","632-2"]
["Scores",10,5,0,0,5,5,0,5,5,4,0,0,4,4,4,3,0,1,3,58,0.63736263736263732,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","Gossner stage 25","","static renewal","nominal","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","632-4"]
["Scores",10,5,0,0,5,5,0,5,5,4,0,0,4,4,4,3,0,1,3,58,0.63736263736263732,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","Gossner stage 25","","static renewal","nominal","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","632-5"]
["Scores",10,5,0,0,5,5,0,5,5,4,0,0,4,4,4,3,0,1,3,58,0.63736263736263732,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","Gossner stage 25","","static renewal","nominal","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1117-1"]
["Scores",10,10,0,0,5,5,0,5,5,0,0,0,4,4,0,0,0,1,3,52,0.5714285714285714,null,"The highest possible grade for this datum is acceptable."]
["Answers","","unable to perform an active movement upon gentle probing were considered affected","","","","","","","","","","","","log-probit","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1117-2"]
["Scores",10,5,0,0,5,5,0,5,5,0,0,0,4,4,0,0,3,1,3,50,0.5494505494505495,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","","","","","","","log-probit","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1117-3"]
["Scores",10,5,0,0,5,5,0,5,5,0,0,0,4,4,0,0,3,1,3,50,0.5494505494505495,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","","","","","","","log-probit","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1117-4"]
["Scores",10,5,0,0,5,5,0,5,5,0,0,0,4,4,0,0,3,1,3,50,0.5494505494505495,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","","","","","","","log-probit","","","","","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1119-1"]
["Scores",10,5,0,0,5,5,0,5,5,4,0,0,4,4,0,3,3,3,0,56,0.61538461538461542,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","2 days post hatch","","static renewal every 48 hours","","","tabulated","ANOVA","","","","","purity unknown"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1119-2"]
["Scores",10,5,0,0,5,5,0,5,5,4,0,0,4,4,0,3,3,3,0,56,0.61538461538461542,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","2 days post hatch","","static renewal every 48 hours","","","tabulated","ANOVA","","","","","purity unknown"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1119-3"]
["Scores",10,5,0,0,5,5,0,5,5,4,0,0,4,4,0,3,3,3,0,56,0.61538461538461542,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","2 days post hatch","","static renewal every 48 hours","","","tabulated","ANOVA","","","","","purity unknown"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1119-4"]
["Scores",10,5,0,0,5,5,0,5,5,4,0,0,4,4,0,3,3,3,0,56,0.61538461538461542,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","2 days post hatch","","static renewal every 48 hours","","","tabulated","ANOVA","","","","","purity unknown"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1119-5"]
["Scores",10,5,0,0,5,5,0,5,5,4,0,0,4,4,0,3,3,3,0,56,0.61538461538461542,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","2 days post hatch","","static renewal every 48 hours","","","tabulated","ANOVA","","","","","purity unknown"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1120-1"]
["Scores",0,5,0,0,5,5,0,5,5,0,0,0,0,0,0,0,0,1,3,29,0.31868131868131866,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","carrier control and negative control used","","","","","","Nominal","","","","","","","","pestanal grade analyte purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1120-2"]
["Scores",0,5,0,0,5,5,0,5,5,0,0,0,0,0,0,0,0,1,3,29,0.31868131868131866,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","carrier control and negative control used","","","","","","Nominal","","","","","","","","pestanal grade analyte purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1120-3"]
["Scores",0,5,0,0,5,5,0,5,5,0,0,0,4,0,0,0,0,1,3,33,0.36263736263736263,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","carrier control and negative control used","","","","","","Nominal","","","","","","","","pestanal grade analyte purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1120-4"]
["Scores",0,5,0,0,5,5,0,5,5,0,0,0,4,0,0,0,0,1,3,33,0.36263736263736263,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","carrier control and negative control used","","","","","","Nominal","","","","","","","","pestanal grade analyte purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1121-1"]
["Scores",10,10,5,5,5,5,2,5,5,0,0,0,4,4,4,0,0,1,3,68,0.74725274725274726,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","","","","","","","","130; 180ug/L","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1124-1"]
["Scores",10,5,0,0,5,5,0,5,5,4,4,0,4,4,4,3,3,3,3,67,0.73626373626373631,null,""]
["Answers","Large range of exposure depending on hatch speed, 29-66 days","","","","Controls tested for contamination","","","","","static renewal weekly ","measured at each renewal phase","","","","","","","","96.2% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1124-2"]
["Scores",10,5,0,0,5,5,0,5,5,4,4,0,4,4,4,3,3,3,3,67,0.73626373626373631,null,""]
["Answers","Large range of exposure depending on hatch speed, 29-66 days","","","","Controls tested for contamination","","","","","static renewal weekly ","measured at each renewal phase","","","","","","","","96.2% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1124-3"]
["Scores",10,5,0,0,5,5,0,5,5,4,4,0,4,4,4,3,3,3,3,67,0.73626373626373631,null,""]
["Answers","Large range of exposure depending on hatch speed, 29-66 days","","","","Controls tested for contamination","","","","","static renewal weekly ","measured at each renewal phase","","","","","","","","96.2% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-1"]
["Scores",10,10,0,0,5,0,0,5,5,0,4,0,4,4,0,3,3,3,3,59,0.64835164835164838,null,""]
["Answers","","","","","","","","initial shell length","","","","","","","","","2-14mg/L","","96% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-2"]
["Scores",10,10,0,0,5,0,0,5,5,0,4,0,4,4,0,3,3,3,3,59,0.64835164835164838,null,""]
["Answers","","","","","","","","initial shell length","","","","","","","","","2-14mg/L","","96% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-3"]
["Scores",10,10,0,0,5,0,0,5,5,0,4,0,4,4,0,3,3,3,3,59,0.64835164835164838,null,""]
["Answers","","","","","","","","initial shell length","","","","","","","","","2-14mg/L","","96% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1129-1"]
["Scores",10,5,5,5,5,5,0,5,5,4,0,0,4,4,4,3,3,3,0,70,0.76923076923076927,null,"The highest possible grade for this datum is acceptable."]
["Answers","average hatch time 24 days, LC50 taken at 4 days post hatch","","LC50","","refer to Birge and Black 1977","refer to Birge and Black 1977","","","refer to Birge and Black 1977","Flow through","","","observed in table","log-probit analysis","95% CI","","at or near saturation","regulated","unknown % a.i."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1129-2"]
["Scores",10,5,5,5,5,5,0,5,5,4,0,0,4,4,4,3,3,3,0,70,0.76923076923076927,null,"The highest possible grade for this datum is acceptable."]
["Answers","average hatch time 5-6 days, LC50 taken at 4 days post hatch","","LC50","","refer to Birge and Black 1977","refer to Birge and Black 1977","","","refer to Birge and Black 1977","Flow through","","","observed in table","log-probit analysis","95% CI","","at or near saturation","regulated","unknown % a.i."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1129-3"]
["Scores",10,5,5,5,5,5,0,5,5,4,0,0,4,4,4,3,3,3,0,70,0.76923076923076927,null,"The highest possible grade for this datum is acceptable."]
["Answers","average hatch time 3-4 days, LC50 taken at 4 days post hatch","","LC50","","refer to Birge and Black 1977","refer to Birge and Black 1977","","","refer to Birge and Black 1977","Flow through","","","observed in table","log-probit analysis","95% CI","","at or near saturation","regulated","unknown % a.i."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1129-4"]
["Scores",10,5,5,5,5,5,0,5,5,4,0,0,4,4,4,3,3,3,0,70,0.76923076923076927,null,"The highest possible grade for this datum is acceptable."]
["Answers","average hatch time 3-4 days, LC50 taken at 4 days post hatch","","LC50","","refer to Birge and Black 1977","refer to Birge and Black 1977","","","refer to Birge and Black 1977","Flow through","","","observed in table","log-probit analysis","95% CI","","at or near saturation","regulated","unknown % a.i."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1132-1"]
["Scores",10,10,0,0,5,5,5,5,0,4,2,0,4,0,0,3,3,3,3,62,0.68131868131868134,null,""]
["Answers","","","","","control and solvent control used","all samples assayed in duplicate","The criterion for sufficient reproductive activity was that each experimental unit\nmust produce a minimum of 12 eggs/female/d over the final 7 d of the preexposure period.","22 month","reared in filtered dechlorinated tap water but only refereed to as water in the bioassay procedure","Static renewal","","","","","","",">6.0mg/L at all times","",">98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1132-2"]
["Scores",10,10,0,0,5,5,5,5,0,4,2,0,4,0,0,3,3,3,3,62,0.68131868131868134,null,""]
["Answers","","","","","control and solvent control used","all samples assayed in duplicate","The criterion for sufficient reproductive activity was that each experimental unit\nmust produce a minimum of 12 eggs/female/d over the final 7 d of the preexposure period.","22 month","reared in filtered dechlorinated tap water but only refereed to as water in the bioassay procedure","Static renewal","","","","","","",">6.0mg/L at all times","",">98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1132-3"]
["Scores",10,10,0,0,5,5,5,5,0,4,2,0,4,0,0,3,3,3,3,62,0.68131868131868134,null,""]
["Answers","","","","","control and solvent control used","all samples assayed in duplicate","The criterion for sufficient reproductive activity was that each experimental unit\nmust produce a minimum of 12 eggs/female/d over the final 7 d of the preexposure period.","22 month","reared in filtered dechlorinated tap water but only refereed to as water in the bioassay procedure","Static renewal","","","","","","",">6.0mg/L at all times","",">98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1132-4"]
["Scores",10,10,0,0,5,5,5,5,0,4,2,0,4,0,0,3,3,3,3,62,0.68131868131868134,null,""]
["Answers","","","","","control and solvent control used","all samples assayed in duplicate","The criterion for sufficient reproductive activity was that each experimental unit\nmust produce a minimum of 12 eggs/female/d over the final 7 d of the preexposure period.","22 month","reared in filtered dechlorinated tap water but only refereed to as water in the bioassay procedure","Static renewal","","","","","","",">6.0mg/L at all times","",">98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1132-5"]
["Scores",10,10,0,0,5,5,5,5,0,4,2,0,4,0,0,3,3,3,3,62,0.68131868131868134,null,""]
["Answers","","","","","control and solvent control used","all samples assayed in duplicate","The criterion for sufficient reproductive activity was that each experimental unit\nmust produce a minimum of 12 eggs/female/d over the final 7 d of the preexposure period.","22 month","reared in filtered dechlorinated tap water but only refereed to as water in the bioassay procedure","Static renewal","","","","","","",">6.0mg/L at all times","",">98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1132-6"]
["Scores",10,10,0,0,5,5,5,5,0,4,2,0,4,0,0,3,3,3,3,62,0.68131868131868134,null,""]
["Answers","","","","","control and solvent control used","all samples assayed in duplicate","The criterion for sufficient reproductive activity was that each experimental unit\nmust produce a minimum of 12 eggs/female/d over the final 7 d of the preexposure period.","22 month","reared in filtered dechlorinated tap water but only refereed to as water in the bioassay procedure","Static renewal","","","","","","",">6.0mg/L at all times","",">98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1132-7"]
["Scores",10,10,0,0,5,5,5,5,0,4,2,0,4,0,0,3,3,3,3,62,0.68131868131868134,null,""]
["Answers","","","","","control and solvent control used","all samples assayed in duplicate","The criterion for sufficient reproductive activity was that each experimental unit\nmust produce a minimum of 12 eggs/female/d over the final 7 d of the preexposure period.","22 month","reared in filtered dechlorinated tap water but only refereed to as water in the bioassay procedure","Static renewal","","","","","","",">6.0mg/L at all times","",">98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1132-8"]
["Scores",10,10,0,0,5,5,5,5,0,4,2,0,4,0,0,3,3,3,3,62,0.68131868131868134,null,""]
["Answers","","","","","control and solvent control used","all samples assayed in duplicate","The criterion for sufficient reproductive activity was that each experimental unit\nmust produce a minimum of 12 eggs/female/d over the final 7 d of the preexposure period.","22 month","reared in filtered dechlorinated tap water but only refereed to as water in the bioassay procedure","Static renewal","","","","","","",">6.0mg/L at all times","",">98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-1"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (11.64-20.14)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-2"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (6.02-10.21)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-3"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (2.56-4.81)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-4"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (22.86-28.15)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-5"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (12.79-16.23)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-6"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (6.31-8.09)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-7"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (20.99-33.34)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-8"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (11.12-19.05)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-9"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (22.08-30.13)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-10"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (16.18-20.65)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-11"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (11.86-13.63)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-12"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (6.48-9.98)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-13"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (2.75-4.12)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-14"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (0.31-1.61)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-15"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (26.01-28.35)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-16"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (18.99-21.3)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-17"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (13.14-15.97)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-18"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (6.48-7.62)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-19"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (1.71-3.17)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-20"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (26.30-33.57)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-21"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (21.58-31.48)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-22"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (12.36-17.46)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-23"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (4.85-11.9)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-24"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (15-17.66)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-25"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (11.17-14.32)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-26"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (10.45-12.71)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-27"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (9-11.14)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-28"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (17.38-19.2)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-29"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (14.05-14.83)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-30"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (11.89-13.42)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-31"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (16.87-19.41)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-32"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,1,3,72,0.79120879120879117,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","95% CI (14.27-17.26)","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-33"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-34"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-35"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-36"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-37"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-38"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-39"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-40"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-41"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-42"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-43"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-44"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-45"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-46"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-47"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-48"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-49"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","638-50"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,0,0,0,0,1,3,54,0.59340659340659341,null,""]
["Answers","","Dead organisms evaluated and removed daily","","","","duplicates and experiment repeated >2 times","","age","AS test solution","static, renewal every 48hr","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1133-1"]
["Scores",10,5,0,0,5,0,2,5,5,0,0,0,0,0,0,0,0,1,0,33,0.36263736263736263,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","positive and negative control","","presence of males in positive control = failure","","","","","","","","","","","","purity not stated"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1133-2"]
["Scores",10,5,0,0,5,0,2,5,5,0,0,0,4,0,0,0,0,1,0,37,0.40659340659340659,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","positive and negative control","","presence of males in positive control = failure","","","","","","","","","","","","purity not stated"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1133-3"]
["Scores",10,5,0,0,5,0,2,5,5,0,0,0,4,0,0,0,0,1,0,37,0.40659340659340659,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","positive and negative control","","presence of males in positive control = failure","","","","","","","","","","","","purity not stated"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1135-1"]
["Scores",10,5,0,0,5,5,0,5,5,0,2,0,4,0,4,3,3,3,3,57,0.62637362637362637,null,""]
["Answers","","","","","","5 reps","","","","","","","","","","","9.06 mg/L, 82%","",">98.9% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1135-2"]
["Scores",10,5,0,0,5,5,0,5,5,0,2,0,4,0,4,3,3,3,3,57,0.62637362637362637,null,""]
["Answers","","","","","","5 reps","","","","","","","","","","","9.06 mg/L, 82%","",">98.9% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1135-3"]
["Scores",10,5,0,0,5,5,0,5,5,0,2,0,4,0,4,3,3,3,3,57,0.62637362637362637,null,""]
["Answers","","","","","","5 reps","","","","","","","","","","","9.06 mg/L, 82%","",">98.9% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1135-4"]
["Scores",10,5,0,0,5,5,0,5,5,0,2,0,4,0,4,3,3,3,3,57,0.62637362637362637,null,""]
["Answers","","","","","","5 reps","","","","","","","","","","","9.06 mg/L, 82%","",">98.9% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1135-4"]
["Scores",10,5,0,0,5,5,0,5,5,0,2,0,4,0,4,0,0,0,3,48,0.52747252747252749,null,""]
["Answers","","","","","","5 reps","","","","","","","","","","","9.06 mg/L, 82%","",">98.9% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1135-5"]
["Scores",10,5,0,0,5,5,0,5,5,0,2,0,4,0,4,0,0,0,3,48,0.52747252747252749,null,""]
["Answers","","","","","","5 reps","","","","","","","","","","","9.06 mg/L, 82%","",">98.9% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1136-1"]
["Scores",10,5,0,0,5,5,0,5,5,0,2,0,4,0,4,3,3,3,3,57,0.62637362637362637,null,""]
["Answers","","","","","","","","","","","","","","","","","7.06 mg/L, 74%","",">98.9% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1136-2"]
["Scores",10,5,0,0,5,5,0,5,5,0,2,0,4,0,4,3,3,3,3,57,0.62637362637362637,null,""]
["Answers","","","","","","","","","","","","","","","","","7.06 mg/L, 74%","",">98.9% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1136-3"]
["Scores",10,5,0,0,5,5,0,5,5,0,2,0,4,0,4,3,3,3,3,57,0.62637362637362637,null,""]
["Answers","","","","","","","","","","","","","","","","","7.06 mg/L, 74%","",">98.9% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","640-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,0,0,3,3,3,3,60,0.65934065934065933,null,"The highest possible grade for this datum is acceptable."]
["Answers","","moribund and dead organisms removed","","","","11 reps","","48hr post-hatch","","static, renewable every 72 hours","","","Table ","","","","6.7mg/L average","","98.6% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","640-2"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,0,0,3,3,3,3,60,0.65934065934065933,null,"The highest possible grade for this datum is acceptable."]
["Answers","","moribund and dead organisms removed","","","","11 reps","","48hr post-hatch","","static, renewable every 72 hours","","","Table ","","","","6.7mg/L average","","98.6% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","640-3"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,0,0,3,3,3,3,60,0.65934065934065933,null,"The highest possible grade for this datum is acceptable."]
["Answers","","moribund and dead organisms removed","","","","11 reps","","48hr post-hatch","","static, renewable every 72 hours","","","Table ","","","","6.7mg/L average","","98.6% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1139-1"]
["Scores",10,5,0,0,5,0,0,5,5,0,0,0,0,0,0,0,0,0,3,33,0.36263736263736263,null,"The highest possible grade for this datum is acceptable."]
["Answers","growth rate data stopped recording at 47 days, difference between life satge time is approx 47 days (NF 43-62)","","","","","","","Stage 43","","","one conc used nominal","","","","","","","","99.4% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1139-2"]
["Scores",10,5,0,0,5,0,0,5,5,0,0,0,0,0,0,0,0,0,3,33,0.36263736263736263,null,"The highest possible grade for this datum is acceptable."]
["Answers","growth rate data stopped recording at 47 days, difference between life satge time is approx 47 days (NF 43-62)","","","","","","","Stage 43","","","one conc used nominal","","","","","","","","99.4% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1140-1"]
["Scores",10,5,0,0,5,0,0,5,0,4,0,0,0,0,0,0,0,0,3,32,0.35164835164835168,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","","","semi static","","","","","","","","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1141-1"]
["Scores",10,5,0,0,5,5,0,5,5,0,0,0,0,4,4,0,0,3,3,49,0.53846153846153844,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1141-2"]
["Scores",10,5,0,0,5,5,0,5,5,0,0,0,0,4,4,0,0,3,3,49,0.53846153846153844,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1141-3"]
["Scores",10,5,0,0,5,5,0,5,5,0,0,0,0,4,4,0,0,3,3,49,0.53846153846153844,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1142-1"]
["Scores",10,5,0,0,5,5,0,5,5,0,4,0,0,4,4,3,3,3,3,59,0.64835164835164838,null,""]
["Answers","","","","","","","","","","","","","","","","","69.4-84.3% ","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1142-2"]
["Scores",10,5,0,0,5,5,0,0,5,0,4,0,0,4,4,3,3,3,3,54,0.59340659340659341,null,""]
["Answers","","","","","","","","","","","","","","","","","69.4-84.3% ","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1142-3"]
["Scores",10,5,0,0,5,5,0,0,5,0,4,0,0,4,4,3,3,3,3,54,0.59340659340659341,null,""]
["Answers","","","","","","","","","","","","","","","","","69.4-84.3% ","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1142-3"]
["Scores",10,5,0,0,5,5,0,0,5,0,4,0,0,4,4,3,3,3,3,54,0.59340659340659341,null,""]
["Answers","","","","","","","","","","","","","","","","","69.4-84.3% ","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1143-1"]
["Scores",10,5,0,0,5,5,2,5,5,0,4,0,0,0,0,3,3,3,3,53,0.58241758241758246,null,""]
["Answers","","","","","","","METAX protocol","","","","","","","","","",">70%","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1143-2"]
["Scores",10,5,0,0,5,5,2,5,5,0,4,0,0,0,0,3,3,3,3,53,0.58241758241758246,null,""]
["Answers","","","","","","","METAX protocol","","","","","","","","","",">70%","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1143-3"]
["Scores",10,5,0,0,5,5,2,5,5,0,4,0,0,0,0,3,3,3,3,53,0.58241758241758246,null,""]
["Answers","","","","","","","METAX protocol","","","","","","","","","",">70%","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1143-4"]
["Scores",10,5,0,0,5,5,2,5,5,0,4,0,0,0,0,3,3,3,3,53,0.58241758241758246,null,""]
["Answers","","","","","","","METAX protocol","","","","","","","","","",">70%","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1143-5"]
["Scores",10,5,0,0,5,5,2,5,5,0,4,0,0,0,0,3,3,3,3,53,0.58241758241758246,null,""]
["Answers","","","","","","","METAX protocol","","","","","","","","","",">70%","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1143-6"]
["Scores",10,5,0,0,5,5,2,5,5,0,4,0,0,0,0,3,3,3,3,53,0.58241758241758246,null,""]
["Answers","","","","","","","METAX protocol","","","","","","","","","",">70%","","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","643-1"]
["Scores",10,5,0,0,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,63,0.69230769230769229,null,""]
["Answers","","","","","","","","","","semi static renewal every 72h","","","","","","","7.4mg/L","","97.1% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","643-2"]
["Scores",10,5,0,0,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,63,0.69230769230769229,null,""]
["Answers","","","","","","","","","","semi static renewal every 72h","","","","","","","7.4mg/L","","97.1% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","643-3"]
["Scores",10,5,0,0,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,63,0.69230769230769229,null,""]
["Answers","","","","","","","","","","semi static renewal every 72h","","","","","","","7.4mg/L","","97.1% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","643-4"]
["Scores",10,5,0,0,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,63,0.69230769230769229,null,""]
["Answers","","","","","","","","","","semi static renewal every 72h","","","","","","","7.4mg/L","","97.1% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","642-1"]
["Scores",10,5,0,0,5,5,0,5,5,4,4,0,0,0,0,3,3,3,3,55,0.60439560439560436,null,""]
["Answers","","","","","","9 reps","","","","static renewal every 72 hr","","","","","","","8.0± 0.7mg/L","","97.1% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","642-1"]
["Scores",10,5,0,0,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,63,0.69230769230769229,null,""]
["Answers","","","","","","9 reps","","","","static renewal every 72 hr","","","","","95% CI (25.14-31.6)","","8.0± 0.7mg/L","","97.1% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","642-1"]
["Scores",10,5,0,0,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,63,0.69230769230769229,null,""]
["Answers","","","","","","9 reps","","","","static renewal every 72 hr","","","","","95% CI (10.21-13.65)","","8.0± 0.7mg/L","","97.1% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","642-4"]
["Scores",10,5,0,0,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,63,0.69230769230769229,null,""]
["Answers","","","","","","9 reps","","","","static renewal every 72 hr","","","","","95% CI ","","8.0± 0.7mg/L","","97.1% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1172-1"]
["Scores",0,5,0,0,5,5,0,5,5,0,4,0,4,4,4,3,3,1,3,51,0.56043956043956045,null,""]
["Answers","Exposure time to end of metamorphosis","mortality, no stated determination of death","","","control and vehicle control used","4 replicates","","larvae","natural pond water","","","","","","SE (51.54ug/L)","","DO measured daily","temperature measured daily but values not stated","technical grade"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1172-2"]
["Scores",0,5,0,0,5,5,0,5,5,0,4,0,4,4,4,3,3,1,3,51,0.56043956043956045,null,""]
["Answers","Exposure time to end of metamorphosis","mortality, no stated determination of death","","","control and vehicle control used","4 replicates","","larvae","natural pond water","","","","","","SE (0.58ug/L)","","DO measured daily","temperature measured daily but values not stated","technical grade"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1172-3"]
["Scores",0,10,0,0,5,5,0,5,5,0,4,0,4,4,4,3,3,1,3,56,0.61538461538461542,null,""]
["Answers","Exposure time to end of metamorphosis","mortality, no stated determination of death","","","control and vehicle control used","4 replicates","","larvae","natural pond water","","","","","","SE (8.74ug/L)","","DO measured daily","temperature measured daily but values not stated","technical grade"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1172-4"]
["Scores",0,10,0,0,5,5,0,5,5,0,4,0,4,4,4,3,3,1,3,56,0.61538461538461542,null,""]
["Answers","Exposure time to end of metamorphosis","mortality, no stated determination of death","","","control and vehicle control used","4 replicates","","larvae","natural pond water","","","","","","SE (8.74ug/L)","","DO measured daily","temperature measured daily but values not stated","technical grade"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1172-5"]
["Scores",0,10,0,0,5,5,0,5,5,0,4,0,4,4,4,3,3,1,3,56,0.61538461538461542,null,""]
["Answers","Exposure time to end of metamorphosis","mortality, no stated determination of death","","","control and vehicle control used","4 replicates","","larvae","natural pond water","","","","","","SE (0.58ug/L)","","DO measured daily","temperature measured daily but values not stated","technical grade"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1173-1"]
["Scores",10,5,5,5,5,5,2,5,5,4,2,0,4,4,4,3,3,3,3,77,0.84615384615384615,null,""]
["Answers","","only mortality stated","","","","3 reps for each","brazilian standards","16.5g","dechlorinated water","static","","","","linearity method","95% (22.69-30.85)","","7.0-7.5 mg/L","",">98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1173-2"]
["Scores",10,5,5,5,5,5,2,5,5,4,2,0,4,4,4,3,3,3,3,77,0.84615384615384615,null,""]
["Answers","","only mortality stated","","","","3 reps for each","brazilian standards","16.5g","dechlorinated water","static","","","","linearity method","sig","","7.0-7.5 mg/L","",">98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","644-1"]
["Scores",10,5,5,5,5,5,0,5,5,0,2,0,4,4,0,0,0,0,3,58,0.63736263736263732,null,""]
["Answers","2 years from 96 hr post hatch","","","","","","","96h post hatch","FETAX","","","","","","","","","","analytical, control tested for contamination <0.1ug/L"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","644-2"]
["Scores",10,5,5,5,5,5,0,5,5,0,2,0,4,4,0,0,0,0,3,58,0.63736263736263732,null,""]
["Answers","2 years from 96 hr post hatch","","","","","","","96h post hatch","FETAX","","","","","","","","","","analytical, control tested for contamination <0.1ug/L"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1180-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,0,0,1,3,68,0.74725274725274726,null,"The highest possible grade for this datum is acceptable."]
["Answers","96 hours","organisms that did not move for a period of 15s considered dead","LC50",50,"six reps","six reps, vehicle and dilution control","control mortality does not exceed 10%, ISO std methods","nauplii","Volvic mineral water","static","","","","","(115-135)","","","","assumed technical as purchased from Sigma"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1180-2"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,0,0,1,3,68,0.74725274725274726,null,"The highest possible grade for this datum is acceptable."]
["Answers","96 hours","organisms that did not move for a period of 15s considered dead","LOEC","sig","six reps","six reps, vehicle and dilution control","control mortality does not exceed 10%, ISO std methods","nauplii","Volvic mineral water","static renewal every 3 days of 50%","","","","","(43-55)","","","","assumed technical as purchased from Sigma"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1180-3"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,0,0,1,3,68,0.74725274725274726,null,"The highest possible grade for this datum is acceptable."]
["Answers","10 days","organisms that did not move for a period of 15s considered dead","NOEC","sig","six reps","six reps, vehicle and dilution control","control mortality does not exceed 10%, ISO std methods","nauplii","Volvic mineral water","static renewal every 3 days of 50%","","","","","(22-28)","","","","assumed technical as purchased from Sigma"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","645-1"]
["Scores",10,10,0,5,5,5,0,0,5,0,2,0,4,4,4,0,0,1,3,58,0.63736263736263732,null,""]
["Answers","Derived from time to metamorphosis graph","mg","","","","","","","","","","","","","p<0.05","","","","86.5% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","645-2"]
["Scores",10,10,0,5,5,5,0,0,5,0,2,0,4,4,4,0,0,1,3,58,0.63736263736263732,null,""]
["Answers","Derived from time to metamorphosis graph","mg","","","","","","","","","","","","","p<0.05","","","","86.5% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","645-3"]
["Scores",10,10,0,5,5,5,0,0,5,0,2,0,4,4,4,0,0,1,3,58,0.63736263736263732,null,""]
["Answers","Derived from time to metamorphosis graph","mg","","","","","","","","","","","","","p<0.05","","","","86.5% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","645-4"]
["Scores",10,10,0,5,5,5,0,0,5,0,2,0,4,4,4,0,0,1,3,58,0.63736263736263732,null,""]
["Answers","Derived from time to metamorphosis graph","mm","","","","","","","","","","","","","p<0.05","","","","86.5% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","645-5"]
["Scores",10,5,0,5,5,5,0,0,5,0,2,0,0,4,4,0,0,1,3,49,0.53846153846153844,null,""]
["Answers","Derived from time to metamorphosis graph","","","","","","","","","","","","","","p<0.05","","","","86.5% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1182-1"]
["Scores",10,5,0,5,5,5,0,5,5,4,0,0,0,4,4,3,3,3,3,64,0.70329670329670335,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","9.3% mortality rate, occurred randomly across the range of experimental concentrations","","","","larvae","only stated as water","static renewal every 7 days","nominal","","","","","7.4-7.8","8-10ppm","controlled chamber","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1182-1"]
["Scores",10,5,0,5,5,5,0,5,5,4,0,0,0,4,4,3,3,3,3,64,0.70329670329670335,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","9.3% mortality rate, occurred randomly across the range of experimental concentrations","","","","larvae","only stated as water","static renewal every 7 days","nominal","","","","","7.4-7.8","8-10ppm","controlled chamber","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1182-1"]
["Scores",10,5,0,5,5,5,0,5,5,4,0,0,0,4,4,3,3,3,3,64,0.70329670329670335,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","9.3% mortality rate, occurred randomly across the range of experimental concentrations","","","","larvae","only stated as water","static renewal every 7 days","nominal","","","","","7.4-7.8","8-10ppm","controlled chamber","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1183-1"]
["Scores",10,10,5,5,5,5,0,5,0,4,0,0,0,4,4,0,0,0,3,60,0.65934065934065933,null,"The highest possible grade for this datum is acceptable."]
["Answers","","mass (g)","","","","18 reps","","GS 25","only stated as water","static, renewal every 7 days","only one conc tested","","","","p<0.05","","","","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1183-2"]
["Scores",10,10,5,5,5,5,0,5,0,4,0,0,0,4,4,0,0,0,3,60,0.65934065934065933,null,"The highest possible grade for this datum is acceptable."]
["Answers","","mass (g)","","","","4 reps","","GS 25","only stated as water","static, renewal every 7 days","only one conc tested","","","","p<0.05","","","","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1183-3"]
["Scores",10,10,5,5,5,5,0,5,0,4,0,0,0,4,4,0,0,0,3,60,0.65934065934065933,null,"The highest possible grade for this datum is acceptable."]
["Answers","","mass (g)","","","","4 reps","","GS 25","only stated as water","static, renewal every 7 days","only one conc tested","","","","p<0.05","","","","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1183-4"]
["Scores",10,10,5,5,5,5,0,5,0,4,0,0,0,4,4,0,0,0,3,60,0.65934065934065933,null,"The highest possible grade for this datum is acceptable."]
["Answers","","mass (g)","","","","4 reps","","GS 25","only stated as water","static, renewal every 7 days","only one conc tested","","","","p<0.05","","","","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1183-5"]
["Scores",10,10,5,5,5,5,0,5,0,4,0,0,0,4,4,0,0,0,3,60,0.65934065934065933,null,"The highest possible grade for this datum is acceptable."]
["Answers","","mass (g)","","","","4 reps","","GS 25","only stated as water","static, renewal every 7 days","only one conc tested","","","","p<0.05","","","","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1183-5"]
["Scores",10,10,5,5,5,5,0,5,0,4,0,0,0,4,4,0,0,0,3,60,0.65934065934065933,null,"The highest possible grade for this datum is acceptable."]
["Answers","","mass (g)","","","","3 reps","","GS 25","only stated as water","static, renewal every 7 days","only one conc tested","","","","p<0.05","","","","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1184-1"]
["Scores",10,5,5,5,5,5,5,5,5,4,0,0,4,4,4,3,3,1,3,76,0.8351648351648352,null,"The highest possible grade for this datum is acceptable."]
["Answers","48hr","","LC50",50,"diltution water control and vehicle contorl","","<10% control mortality OECD","<24hr neonate","reconstituted ASTM softwater ","static as per OECD guidelines","nominal as equipment used to measure conc were not available during the experiment","","","","95% CL and SD of average tox","7.2-7.8",">7.1mg/L","",">99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1189-1"]
["Scores",10,10,0,5,5,5,0,5,5,4,0,0,4,4,4,0,0,1,3,65,0.7142857142857143,null,"The highest possible grade for this datum is acceptable."]
["Answers","","shell height ","","","atrazine control and no contaminate control","","","shell height stated","dechlorinate tap water","static","","","","","","","","only acclimation period temp stated, assumed the same during the toxicity test","unknown ai%"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1189-2"]
["Scores",10,5,0,5,5,5,0,5,5,4,0,0,4,4,4,0,0,1,3,60,0.65934065934065933,null,"The highest possible grade for this datum is acceptable."]
["Answers","","shell height ","","","atrazine control and no contaminate control","","","shell height stated","dechlorinate tap water","static","","","","","","","","only acclimation period temp stated, assumed the same during the toxicity test","unknown ai%"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1189-3"]
["Scores",10,10,0,5,5,5,0,5,5,4,0,0,4,4,4,0,0,1,3,65,0.7142857142857143,null,"The highest possible grade for this datum is acceptable."]
["Answers","","shell height ","","","atrazine control and no contaminate control","","","shell height stated","dechlorinate tap water","static","","","","","","","","only acclimation period temp stated, assumed the same during the toxicity test","unknown ai%"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-21"]
["Scores",10,10,5,5,0,0,2,5,0,4,0,0,0,4,4,0,0,3,0,52,0.5714285714285714,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","OECD","cell density","","static","nominal","","","","","","","held at 24",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-22"]
["Scores",10,10,5,5,0,0,2,5,0,4,0,0,0,4,4,0,0,3,0,52,0.5714285714285714,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","OECD","cell density","","static","nominal","","","","","","","held at 24",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-23"]
["Scores",10,10,5,5,0,0,2,5,0,4,0,0,0,4,4,0,0,3,0,52,0.5714285714285714,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","OECD","cell density","","static","nominal","","","","","","","held at 24",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-24"]
["Scores",10,10,5,5,0,0,2,5,0,4,0,0,0,4,4,0,0,3,0,52,0.5714285714285714,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","OECD","cell density","","static","nominal","","","","","","","held at 24",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-25"]
["Scores",10,10,5,5,0,5,2,5,0,4,0,0,0,4,4,0,0,3,0,57,0.62637362637362637,null,"The highest possible grade for this datum is acceptable."]
["Answers","","examination under microscope for death","","","","3 wells per treatment each containing 10 rotifer neonate","OECD","mortality","","static","nominal","","","","","","","held at 24",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-26"]
["Scores",10,10,5,5,0,5,2,5,0,4,0,0,0,4,4,0,0,3,0,57,0.62637362637362637,null,"The highest possible grade for this datum is acceptable."]
["Answers","","examination under microscope for death","","","","5 wells per treatment each containing 5 rotifer neonate","OECD","mortality","","static","nominal","","","","","","","held at 24",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-27"]
["Scores",10,10,5,5,0,5,2,5,0,4,0,0,0,4,4,0,0,3,0,57,0.62637362637362637,null,"The highest possible grade for this datum is acceptable."]
["Answers","","examination under microscope for death","","","","5 wells per treatment each containing 5 rotifer neonate","OECD","mortality","","static","nominal","","","","","","","held at 24",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-28"]
["Scores",10,10,5,5,0,5,2,5,0,4,2,0,0,4,4,0,0,3,0,59,0.64835164835164838,null,""]
["Answers","","lack of response to prodding stimulus","","","","10 per treatment ","OECD","mortality","","static, daily renewal","","","","","","","","held at 24",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-29"]
["Scores",10,10,5,5,0,5,2,5,0,4,2,0,0,4,4,0,0,3,0,59,0.64835164835164838,null,""]
["Answers","","lack of response to prodding stimulus","","","","10 per treatment ","OECD","mortality","","static, daily renewal","","","","","","","","held at 24",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-30"]
["Scores",10,10,5,5,0,5,2,5,0,4,2,0,0,4,4,0,0,3,0,59,0.64835164835164838,null,""]
["Answers","","lack of response to prodding stimulus","","","","10 per treatment ","OECD","mortality","","static, daily renewal","","","","","","","","held at 20",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-31"]
["Scores",10,10,5,5,0,5,2,5,0,4,2,0,0,4,4,0,0,3,0,59,0.64835164835164838,null,""]
["Answers","","lack of response to prodding stimulus","","","","10 per treatment ","OECD","mortality","","static, daily renewal","","","","","","","","held at 20",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-32"]
["Scores",10,10,5,5,0,5,2,5,0,4,2,0,0,4,4,0,0,3,0,59,0.64835164835164838,null,""]
["Answers","","lack of response to prodding stimulus","","","","10 per treatment ","OECD","mortality","","static, daily renewal","","","","","","","","held at 20",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-35"]
["Scores",10,10,5,5,0,5,2,5,0,4,2,0,0,0,0,0,0,0,0,48,0.52747252747252749,null,""]
["Answers","","dry weight","","","","12 reps","OECD","juvenile","","flow through stream mesocosm","","","","no treatment related effects therefore stat analysis was not run","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1192-1"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,3,3,3,3,80,0.87912087912087911,null,""]
["Answers","35 days","","","","","tests run in parallel","","","","flow through test system","","","","","p<0.05","","6±0.8 mg/L","","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1192-2"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,3,3,3,3,80,0.87912087912087911,null,""]
["Answers","35 days","","","","","tests run in parallel","","","","flow through test system","","","","","p<0.05","","6±0.8 mg/L","","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1192-3"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,3,3,3,3,80,0.87912087912087911,null,""]
["Answers","35 days","","","","","tests run in parallel","","","","flow through test system","","","","","p<0.05","","6±0.8 mg/L","","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1192-3"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,3,3,3,3,80,0.87912087912087911,null,""]
["Answers","35 days","","","","","tests run in parallel","","","","flow through test system","","","","","p<0.05","","6±0.8 mg/L","","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1192-4"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,3,3,3,3,80,0.87912087912087911,null,""]
["Answers","35 days","","","","","tests run in parallel","","","","flow through test system","","","","","p<0.05","","6±0.8 mg/L","","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1192-5"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,0,0,3,3,3,3,72,0.79120879120879117,null,""]
["Answers","35 days","","","","","tests run in parallel","","","","flow through test system","","","","approximation, could not be calculated with present data","","","6±0.8 mg/L","","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1193-1"]
["Scores",10,5,5,5,5,5,0,5,5,0,2,0,0,4,4,1,0,3,3,62,0.68131868131868134,null,""]
["Answers","","","","","","all assays in duplicate","","","","","","","","","p<0.05","only stated for acclimation conditions","","constant temp of 25±1","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1193-2"]
["Scores",10,5,5,5,5,5,0,5,5,0,2,0,0,4,4,1,0,3,3,62,0.68131868131868134,null,""]
["Answers","","","","","","all assays in duplicate","","","","","","","","","p<0.05","only stated for acclimation conditions","","constant temp of 25±1","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1193-3"]
["Scores",10,5,5,5,5,5,0,5,5,0,2,0,0,4,4,1,0,3,3,62,0.68131868131868134,null,""]
["Answers","","","","","","all assays in duplicate","","","","","","","","","p<0.05","only stated for acclimation conditions","","constant temp of 25±1","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-1"]
["Scores",10,5,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,80,0.87,null,""]
["Answers","three week exposure","mortality only stated","","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.05 ±0.77","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-2"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93400000000000005,null,""]
["Answers","three week exposure",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.05 ±0.77","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-3"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93400000000000005,null,""]
["Answers","three week exposure",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.05 ±0.77","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-3"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93400000000000005,null,""]
["Answers","three week exposure",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.05 ±0.77","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-5"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93400000000000005,null,""]
["Answers","three week exposure",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.05 ±0.77","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-6"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93400000000000005,null,""]
["Answers","three week exposure",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.05 ±0.77","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-7"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93400000000000005,null,""]
["Answers","three week exposure",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.05 ±0.77","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-8"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93400000000000005,null,""]
["Answers","three week exposure",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.05 ±0.77","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-9"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93400000000000005,null,""]
["Answers","three week exposure",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.05 ±0.77","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-10"]
["Scores",0,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,70,0.76923076923076927,null,""]
["Answers","post-metamorphic SVL, test finished at the end of metamorphosis approx. 67 days from graph",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.05 ±0.77","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-10"]
["Scores",0,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,70,0.76923076923076927,null,""]
["Answers","post-metamorphic SVL, test finished at the end of metamorphosis approx. 67 days from graph",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.05 ±0.77","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-10"]
["Scores",0,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,70,0.76923076923076927,null,""]
["Answers","post-metamorphic SVL, test finished at the end of metamorphosis approx. 67 days from graph",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.05 ±0.77","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-13"]
["Scores",0,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,70,0.76923076923076927,null,""]
["Answers","Test finished at the end of metamorphosis approx. 67 days from graph",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.05 ±0.77","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-14"]
["Scores",0,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,70,0.76923076923076927,null,""]
["Answers","Test finished at the end of metamorphosis approx. 67 days from graph",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.05 ±0.77","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-15"]
["Scores",0,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,70,0.76923076923076927,null,""]
["Answers","Duration 3 weeks",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.87 ±0.75","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-15"]
["Scores",0,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,75,0.82417582417582413,null,""]
["Answers","Duration 3 weeks",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.87 ±0.75","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-16"]
["Scores",0,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,75,0.82417582417582413,null,""]
["Answers","Duration 3 weeks",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.87 ±0.75","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-17"]
["Scores",0,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,75,0.82417582417582413,null,""]
["Answers","Duration 3 weeks",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.87 ±0.75","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-17"]
["Scores",0,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,75,0.82417582417582413,null,""]
["Answers","Duration 3 weeks",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.87 ±0.75","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-17"]
["Scores",0,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,75,0.82417582417582413,null,""]
["Answers","Duration 3 weeks",null,"","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.87 ±0.75","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-17"]
["Scores",0,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,75,0.82417582417582413,null,""]
["Answers","Duration 3 weeks","","","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","6.9 ±0.1","6.87 ±0.75","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-21"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93400000000000005,null,""]
["Answers","Duration 3 weeks","","","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","7.5 ± 0 .2","5.56 ±1.17","21.2 ±0.9","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-22"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93406593406593408,null,""]
["Answers","Duration 3 weeks","","","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","7.5 ± 0 .2","5.56 ±1.17","21.2 ±0.9","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-23"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93406593406593408,null,""]
["Answers","Duration 3 weeks","","","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","7.5 ± 0 .2","5.56 ±1.17","21.2 ±0.9","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-24"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93406593406593408,null,""]
["Answers","Duration 3 weeks","","","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","7.5 ± 0 .2","5.56 ±1.17","21.2 ±0.9","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-25"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93406593406593408,null,""]
["Answers","Duration 3 weeks","","","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","7.5 ± 0 .2","5.56 ±1.17","21.2 ±0.9","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-25"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93406593406593408,null,""]
["Answers","Duration 3 weeks","","","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","7.5 ± 0 .2","5.56 ±1.17","21.2 ±0.9","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-25"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93406593406593408,null,""]
["Answers","Duration 3 weeks","","","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","7.5 ± 0 .2","5.56 ±1.17","21.2 ±0.9","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-25"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,85,0.93406593406593408,null,""]
["Answers","Duration 3 weeks","","","","positive and negative control used","","10% mortality","developmental stage","8x filtered tap water","static renewal","","","","","p<0.05","7.5 ± 0 .2","5.56 ±1.17","21.2 ±0.9","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-29"]
["Scores",10,5,0,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,75,0.82417582417582413,null,""]
["Answers","96 hour","Mortality","","","positive control and negative control used","","10% mortality","","double distilled water","static, renewal","","","","","","","","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1194-30"]
["Scores",10,5,0,5,5,5,5,5,5,4,2,0,4,4,4,3,3,3,3,75,0.82417582417582413,null,""]
["Answers","96 hour","Mortality","","","positive control and negative control used","","10% mortality","","double distilled water","static, renewal","","","","","","","","","99% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-1"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,1,1,3,63,0.69230769230769229,null,"The highest possible grade for this datum is acceptable."]
["Answers","","snails classified as alive if moving or attached to the glass side of the test container","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","measured but not stated","measured but not stated","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-2"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,1,1,3,63,0.69230769230769229,null,"The highest possible grade for this datum is acceptable."]
["Answers","","snails classified as alive if moving or attached to the glass side of the test container","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","measured but not stated","measured but not stated","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-3"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,1,1,3,63,0.69230769230769229,null,"The highest possible grade for this datum is acceptable."]
["Answers","","snails classified as alive if moving or attached to the glass side of the test container","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","measured but not stated","measured but not stated","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-4"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,1,1,3,63,0.69230769230769229,null,"The highest possible grade for this datum is acceptable."]
["Answers","","snails classified as alive if moving or attached to the glass side of the test container","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","measured but not stated","measured but not stated","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-5"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","snails classified as alive if moving or attached to the glass side of the test container","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-6"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","snails classified as alive if moving or attached to the glass side of the test container","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-7"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","snails classified as alive if moving or attached to the glass side of the test container","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-8"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","snails classified as alive if moving or attached to the glass side of the test container","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-9"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-10"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-11"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-12"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-13"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","number of egg masses produced per snail per species","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-14"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","number of egg masses produced per snail per species","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-15"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","number of egg masses produced per snail per species","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-16"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","number of egg masses produced per snail per species","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-17"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","number of egg masses produced per snail per species","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-18"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","number of egg masses produced per snail per species","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-19"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","number of egg masses produced per snail per species","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1196-20"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,3,67,0.73626373626373631,null,"The highest possible grade for this datum is acceptable."]
["Answers","","number of egg masses produced per snail per species","","","","three reps of exposed and control","","","","assumed static conducted in beakers","","","","ANOVA and Dunnett's","p<0.05","","83-96.4% DO","","98% pure, controls also tested for contamination"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1197-1"]
["Scores",0,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,3,72,0.79120879120879117,null,""]
["Answers","not stated derived from Figure 5.3 page 287","mass (g)","","","solvent control","","","tadpole","dechlorinated, filtered tap water","50% static renewal 3x/week","","","","","","7.54 ± 0.13","8.2 ±0.6","19.78 ± 1.70","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1197-2"]
["Scores",0,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,3,72,0.79120879120879117,null,""]
["Answers","not stated derived from Figure 5.3 page 287","mass (g)","","","solvent control","","","tadpole","dechlorinated, filtered tap water","50% static renewal 3x/week","","","","","","7.54 ± 0.13","8.2 ±0.6","19.78 ± 1.70","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1197-3"]
["Scores",0,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,3,72,0.79120879120879117,null,""]
["Answers","not stated derived from Figure 5.3 page 287","snout vent length (mm)","","","solvent control","","","tadpole","dechlorinated, filtered tap water","50% static renewal 3x/week","","","","","","7.54 ± 0.13","8.2 ±0.6","19.78 ± 1.70","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1197-4"]
["Scores",0,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,3,72,0.79120879120879117,null,""]
["Answers","not stated derived from Figure 5.3 page 287","snout vent length (mm)","","","solvent control","","","tadpole","dechlorinated, filtered tap water","50% static renewal 3x/week","","","","","","7.54 ± 0.13","8.2 ±0.6","19.78 ± 1.70","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1197-5"]
["Scores",0,5,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,3,67,0.73626373626373631,null,""]
["Answers","not stated derived from Figure 5.3 page 287","mortality","","","solvent control","","","tadpole","dechlorinated, filtered tap water","50% static renewal 3x/week","","","","","","7.54 ± 0.13","8.2 ±0.6","19.78 ± 1.70","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1197-6"]
["Scores",0,5,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,3,67,0.73626373626373631,null,""]
["Answers","not stated derived from Figure 5.3 page 287","mortality","","","solvent control","","","tadpole","dechlorinated, filtered tap water","50% static renewal 3x/week","","","","","","7.54 ± 0.13","8.2 ±0.6","19.78 ± 1.70","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1197-7"]
["Scores",0,5,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,3,67,0.73626373626373631,null,""]
["Answers","not stated derived from Figure 5.3 page 287","hind limb length (mm)","","","solvent control","","","tadpole","dechlorinated, filtered tap water","50% static renewal 3x/week","","","","","","7.54 ± 0.13","8.2 ±0.6","19.78 ± 1.70","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1197-8"]
["Scores",0,5,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,3,67,0.73626373626373631,null,""]
["Answers","not stated derived from Figure 5.3 page 287","hind limb length (mm)","","","solvent control","","","tadpole","dechlorinated, filtered tap water","50% static renewal 3x/week","","","","","","7.54 ± 0.13","8.2 ±0.6","19.78 ± 1.70","98% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1202-1"]
["Scores",10,5,0,5,5,5,0,5,0,4,0,0,0,4,4,0,0,1,0,48,0.52747252747252749,null,"The highest possible grade for this datum is acceptable."]
["Answers","46 days","","","","","3 reps/treatment","","NF stage 48","","static renewal every 72 hours","nominal","","","","p<0.05","","",22,"unknown purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1202-2"]
["Scores",10,5,0,5,5,5,0,5,0,4,0,0,0,4,4,0,0,1,0,48,0.52747252747252749,null,"The highest possible grade for this datum is acceptable."]
["Answers","46 days","","","","","3 reps/treatment","","NF stage 48","","static renewal every 72 hours","nominal","","","","p<0.05","","",22,"unknown purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1202-3"]
["Scores",10,5,0,5,5,5,0,5,0,4,0,0,0,4,4,0,0,1,0,48,0.52747252747252749,null,"The highest possible grade for this datum is acceptable."]
["Answers","46 days","","","","","3 reps/treatment","","NF stage 48","","static renewal every 72 hours","nominal","","","","p<0.05","","",22,"unknown purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","843-1"]
["Scores",0,5,0,0,5,5,0,5,5,0,0,0,0,0,0,0,0,1,3,29,0.31868131868131866,null,"The highest possible grade for this datum is acceptable."]
["Answers","Time taken to Gosner stage 46 only described in graph","","","","","","","2 days post hatch","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","843-2"]
["Scores",0,5,0,0,5,5,0,5,5,0,0,0,0,0,0,0,0,1,3,29,0.31868131868131866,null,"The highest possible grade for this datum is acceptable."]
["Answers","Time taken to Gosner stage 46 only described in graph","","","","","","","2 days post hatch","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","843-3"]
["Scores",0,10,0,0,5,5,0,5,5,0,0,0,0,0,0,0,0,1,3,34,0.37362637362637363,null,"The highest possible grade for this datum is acceptable."]
["Answers","Time taken to Gosner stage 46 only described in graph","","","","","","","2 days post hatch","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","843-4"]
["Scores",0,10,0,0,5,5,0,5,5,0,0,0,0,0,0,0,0,1,3,34,0.37362637362637363,null,"The highest possible grade for this datum is acceptable."]
["Answers","Time taken to Gosner stage 46 only described in graph","","","","","","","2 days post hatch","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1203-1"]
["Scores",10,5,5,5,5,5,0,5,5,4,0,0,0,4,4,1,1,3,3,65,0.7142857142857143,null,"The highest possible grade for this datum is acceptable."]
["Answers","","mortality not defined","","","","15 reps per ATZ and 20 reps for control","","adult","UV treated water","50% renewal every 3 days","","","","","","only measured, no sig differences between treatments","only measured, no sig differences between treatments","","97.1% pure"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1208-1"]
["Scores",10,5,0,0,5,5,0,0,0,4,0,0,0,0,0,0,0,1,0,30,0.32967032967032966,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","4 reps of each conc and 3 reps for control","","","","static renewal, once every 3 days","","","","","","","","temperature maintained ",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","986-1-OK"]
["Scores",10,5,0,0,5,0,0,5,0,4,0,0,0,4,4,0,0,3,3,43,0.47252747252747251,null,"The highest possible grade for this datum is acceptable."]
["Answers","40 days","Mortality","","\"No mortality beyond that of the controls was recorded in any of the treatment groups during our semi-static experiments. ","One solvent control and one water control","No mention of duplicates","None","Mixed sexes (mean body weight, 190 ±10g; mean body length, 12.5 ± 1.29cm)","Freshwater? But no mention specifically.","Semi-static conditions. Tank water was completely replaced every 48 hours and the chemicals were renewed immediately afterward. ","Nominal? 4.28, 42.8 and 428 μg/L","","None","One-way analysis of variance (ANOVA), Levene Test for homogeneity of variance, normal distribution, post-hoc. ","p< 0.05 and mean ± SE","Stated that it is appropriate for the maintenance and breeding of common carp, but no mention of if they measured it or what the value was. ","Stated that it is appropriate for the maintenance and breeding of common carp, but no mention of if they measured it or what the value was. ","20 ± 1","98% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","633-1-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,0,4,0,3,0,3,3,66,0.72527472527472525,null,""]
["Answers","14 days","Growth: Body mass. Difference in intial (8 days) body mass to the final (14 days) body mass. Compared with the control frogs.","","Mass of frogs did not differ before and after atrazine exposure, nor did it differ by treatment level of atrazine. Furthermore, there was no effect of exposure that depended on the level of atrazine. ","No-toxicant control","Four frogs were exposed to each treatment concentration (includes 0 mg/L). ","Not stated","Adult male. 7.5 - 9.0cm in length. Supplier confirmed frogs were not collected from agricultural sites.","Charcoal-filtered dechlorinated water","Cleaned and treatment solution removed daily. Replenished with treatment solutions. ","New stock solution was made up every 48 hrs, and a sample of each treatment solution was analysed for atrazine concentration by ELIZA. Measured atrazine concentrations did not differ from nominal concentrations. Given 4 points for the analysis of this. ","","None stated","Mass was measured at 14 days (and before experiment at 8 days) and the parameters were compared before and after treatment by repeated measures ANOVA.","Not stated",7.67,"Not stated","Room temperature of 22 ± 0.5. Temp of treatment solutions ranged from 20.8 to 21.3. ","99% pure atrazine"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","633-2-OK"]
["Scores",10,10,0,5,5,5,2,5,5,4,2,0,0,4,4,3,0,1,3,68,0.74725274725274726,null,""]
["Answers","6 days","Reproduction: Hatchability (proportion of embryos successfully developing to free-swimming larvae). ","","","No-toxicant control","50 (Rana pipiens and Bufo americanas) and 30 (Rana sylvatica) were exposed to each treatment concentration (includes 0 mg/L). ","ASTM standard guidelines for acute toxicity tests for amphibians. ","Embryos. Rana pipiens: gosner stages 10 (early gastrula) and 12 (late gastrula). Bufo americanus: gosner stages 8 (midcleavage) and 12 (late gastrula). ","Charcoal-filtered dechlorinated water","Static-renewal","0, 2.59, 4.32, 7.2, 12, and 20 mg/L. Assuming measured, from the values tested.","","None stated","Hatchability and mortality were arcsine square-root transformed to satisfy homogeneity and normality requirements. NOAEL and LOAEL calculated by Dunnett's Test. ","p<0.001",7.67,"Not stated","Room temperature of 22 ± 0.5.","99% pure atrazine"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","633-3-OK"]
["Scores",10,10,0,5,5,5,2,5,5,4,2,0,0,4,4,3,0,1,3,68,0.74725274725274726,null,""]
["Answers","6 days","Reproduction: Hatchability (proportion of embryos successfully developing to free-swimming larvae). ","","","No-toxicant control","50 (Rana pipiens and Bufo americanas) and 30 (Rana sylvatica) were exposed to each treatment concentration (includes 0 mg/L). ","ASTM standard guidelines for acute toxicity tests for amphibians. ","Embryos. Rana pipiens: gosner stages 10 (early gastrula) and 12 (late gastrula). Bufo americanus: gosner stages 8 (midcleavage) and 12 (late gastrula). ","Charcoal-filtered dechlorinated water","Static-renewal","0, 2.59, 4.32, 7.2, 12, and 20 mg/L. Assuming measured, from the values tested.","","None stated","Hatchability and mortality were arcsine square-root transformed to satisfy homogeneity and normality requirements. NOAEL and LOAEL calculated by Dunnett's Test. ","p<0.001",7.67,"Not stated","Room temperature of 22 ± 0.5.","99% pure atrazine"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","633-4-OK"]
["Scores",10,10,0,5,5,5,2,5,5,4,2,0,0,4,4,3,0,1,3,68,0.74725274725274726,null,""]
["Answers","6 days","Reproduction: Hatchability (proportion of embryos successfully developing to free-swimming larvae). ","","","No-toxicant control","50 (Rana pipiens and Bufo americanas) and 30 (Rana sylvatica) were exposed to each treatment concentration (includes 0 mg/L). ","ASTM standard guidelines for acute toxicity tests for amphibians. ","Embryos. Rana pipiens: gosner stages 10 (early gastrula) and 12 (late gastrula). Bufo americanus: gosner stages 8 (midcleavage) and 12 (late gastrula). ","Charcoal-filtered dechlorinated water","Static-renewal","0, 2.59, 4.32, 7.2, 12, and 20 mg/L. Assuming measured, from the values tested.","","None stated","Hatchability and mortality were arcsine square-root transformed to satisfy homogeneity and normality requirements. NOAEL and LOAEL calculated by Dunnett's Test. ","p<0.001",7.67,"Not stated","Room temperature of 22 ± 0.5.","99% pure atrazine"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","633-5-OK"]
["Scores",10,5,0,5,5,5,2,5,5,4,2,0,0,4,4,3,0,1,3,63,0.69230769230769229,null,""]
["Answers","96 hours","Mortality","","","No-toxicant control","50 (Rana pipiens and Bufo americanas) and 30 (Rana sylvatica) were exposed to each treatment concentration (includes 0 mg/L). ","ASTM standard guidelines for acute toxicity tests for amphibians. ","96 hours post-hatch (free swimming larvae)","Charcoal-filtered dechlorinated water","Static-renewal","0, 2.59, 4.32, 7.2, 12, and 20 mg/L. Assuming measured, from the values tested.","","None stated","Hatchability and mortality were arcsine square-root transformed to satisfy homogeneity and normality requirements. NOAEL and LOAEL calculated by Dunnett's Test. ","p<0.001",7.67,"Not stated","Room temperature of 22 ± 0.5.","99% pure atrazine"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","633-6-OK"]
["Scores",10,5,0,5,5,5,2,5,5,4,2,0,0,4,4,3,0,1,3,63,0.69230769230769229,null,""]
["Answers","96 hours","Mortality","","","No-toxicant control","50 (Rana pipiens and Bufo americanas) and 30 (Rana sylvatica) were exposed to each treatment concentration (includes 0 mg/L). ","ASTM standard guidelines for acute toxicity tests for amphibians. ","96 hours post-hatch (free swimming larvae)","Charcoal-filtered dechlorinated water","Static-renewal","0, 2.59, 4.32, 7.2, 12, and 20 mg/L. Assuming measured, from the values tested.","","None stated","Hatchability and mortality were arcsine square-root transformed to satisfy homogeneity and normality requirements. NOAEL and LOAEL calculated by Dunnett's Test. ","p<0.001",7.67,"Not stated","Room temperature of 22 ± 0.5.","99% pure atrazine"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","633-7-OK"]
["Scores",10,5,0,5,5,5,2,5,5,4,2,0,0,4,4,3,0,1,3,63,0.69230769230769229,null,""]
["Answers","96 hours","Mortality","","","No-toxicant control","50 (Rana pipiens and Bufo americanas) and 30 (Rana sylvatica) were exposed to each treatment concentration (includes 0 mg/L). ","ASTM standard guidelines for acute toxicity tests for amphibians. ","96 hours post-hatch (free swimming larvae)","Charcoal-filtered dechlorinated water","Static-renewal","0, 2.59, 4.32, 7.2, 12, and 20 mg/L. Assuming measured, from the values tested.","","None stated","Hatchability and mortality were arcsine square-root transformed to satisfy homogeneity and normality requirements. NOAEL and LOAEL calculated by Dunnett's Test. ","p<0.001",7.67,"Not stated","Room temperature of 22 ± 0.5.","99% pure atrazine"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","632-1-OK"]
["Scores",10,10,0,0,5,5,5,5,5,4,4,0,0,4,4,3,3,1,3,71,0.78021978021978022,null,""]
["Answers","Every 7d, length (mm) and stage were measured for 138 days?","Length of larvae (mm). Mass of juveniles (mg; blotting excess water from the body). Mortality (%) was calculated at the end of the experiment by dividing the # of larvae that died in each aquarium during the experiment by 20 (the initial # of larvae in the aquarium).","","","No-toxicant control","Nine treatments were replictaed for each of the four clutches.","Measured concentrations were within the range of acceptability (±10% of the target concentrations and were used to verify that no gross errors were made during dosing of atrazine).","Larvae. Gosner stage 25 (both gills covered with opercula; feeding begins).","Dechlorinated charcoal filtered water","Treatment solutions in each aquarium were changed out completely and renewed with new solution every 48 hrs in a static renewal design. ","Separate water samples were collected once a week for determination of atrazine concentration. Measured atrazine concentrations differed significantly from target values for the 20 mg/L treatments at\n19.19 ± 0.27. However, concentrations did not differ from nominal for the 200 mg/L treatments at 192.18 ± 4.16.0, 20 and 200 ug/L","","","MANOVA and repeated measures analyses","p<0.05","Was measured twice every 48 hrs (immediately after renewal and again immediately before renewal). pH during treatments was approx 8.","11.5 mg/L of dissolved oxygen from Line 2. ","Water bath with a constant temperature of 22 degrees C.","99% pure compound atrazine."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","632-2-OK"]
["Scores",10,10,0,0,5,5,5,5,5,4,4,0,0,4,4,3,3,1,3,71,0.78021978021978022,null,""]
["Answers","Every 7d, length (mm) and stage were measured for 138 days?","Length of larvae (mm). Mass of juveniles (mg; blotting excess water from the body). Mortality (%) was calculated at the end of the experiment by dividing the # of larvae that died in each aquarium during the experiment by 20 (the initial # of larvae in the aquarium).","","","No-toxicant control","Nine treatments were replictaed for each of the four clutches.","Measured concentrations were within the range of acceptability (±10% of the target concentrations and were used to verify that no gross errors were made during dosing of atrazine).","Larvae. Gosner stage 25 (both gills covered with opercula; feeding begins).","Dechlorinated charcoal filtered water","Treatment solutions in each aquarium were changed out completely and renewed with new solution every 48 hrs in a static renewal design. ","Separate water samples were collected once a week for determination of atrazine concentration. Measured atrazine concentrations differed significantly from target values for the 20 mg/L treatments at\n19.19 ± 0.27. However, concentrations did not differ from nominal for the 200 mg/L treatments at 192.18 ± 4.16.0, 20 and 200 ug/L","","","MANOVA and repeated measures analyses","p<0.05","Was measured twice every 48 hrs (immediately after renewal and again immediately before renewal). pH during treatments was approx 8.","11.5 mg/L of dissolved oxygen from Line 2. ","Water bath with a constant temperature of 22 degrees C.","99% pure compound atrazine."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","632-3-OK"]
["Scores",10,10,0,0,5,5,5,5,5,4,4,0,0,4,4,3,3,1,3,71,0.78021978021978022,null,""]
["Answers","Every 7d, length (mm) and stage were measured for 138 days?","Length of larvae (mm). Mass of juveniles (mg; blotting excess water from the body). Mortality (%) was calculated at the end of the experiment by dividing the # of larvae that died in each aquarium during the experiment by 20 (the initial # of larvae in the aquarium).","","","No-toxicant control","Nine treatments were replictaed for each of the four clutches.","Measured concentrations were within the range of acceptability (±10% of the target concentrations and were used to verify that no gross errors were made during dosing of atrazine).","Larvae. Gosner stage 25 (both gills covered with opercula; feeding begins).","Dechlorinated charcoal filtered water","Treatment solutions in each aquarium were changed out completely and renewed with new solution every 48 hrs in a static renewal design. ","Separate water samples were collected once a week for determination of atrazine concentration. Measured atrazine concentrations differed significantly from target values for the 20 mg/L treatments at\n19.19 ± 0.27. However, concentrations did not differ from nominal for the 200 mg/L treatments at 192.18 ± 4.16.0, 20 and 200 ug/L","","","MANOVA and repeated measures analyses","p<0.05","Was measured twice every 48 hrs (immediately after renewal and again immediately before renewal). pH during treatments was approx 8.","11.5 mg/L of dissolved oxygen from Line 2. ","Water bath with a constant temperature of 22 degrees C.","99% pure compound atrazine."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1117-1-OK"]
["Scores",10,10,0,0,5,5,2,5,5,4,0,0,4,4,4,0,0,1,3,62,0.68131868131868134,null,"The highest possible grade for this datum is acceptable."]
["Answers","48 hours","Immobilisation/Mortality: The midges that were unable to perform an active movement upon gentle probing were considered as affected.","EC","","Acetone controls","Repeated four times for each concentration and control","Standard operation procedures of the USEPA (USEPA 1994b).","Fourth instar larvae","Reconstitued water","Static cultures","Assumed nominal?","","Figure 1","Log-probit analysis was used to estimate the toxic endpoint concentrations for each OP","p<0.05","Not stated","Not stated","Growth chamber at 25 ± 1","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1117-2-OK"]
["Scores",10,10,0,0,5,5,2,5,5,4,0,0,4,4,4,0,0,1,3,62,0.68131868131868134,null,"The highest possible grade for this datum is acceptable."]
["Answers","48 hours","Immobilisation/Mortality: The midges that were unable to perform an active movement upon gentle probing were considered as affected.","EC","","Acetone controls","Repeated four times for each concentration and control","Standard operation procedures of the USEPA (USEPA 1994b).","Fourth instar larvae","Reconstitued water","Static cultures","Assumed nominal?","","Figure 1","Log-probit analysis was used to estimate the toxic endpoint concentrations for each OP","p<0.05","Not stated","Not stated","Growth chamber at 25 ± 1","99% purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-13-OK"]
["Scores",10,5,0,5,5,5,0,5,5,0,4,0,0,4,4,1,3,1,3,60,0.65934065934065933,null,""]
["Answers","70 day","Size (mm), number of snails, number of egg masses, number of eggs per mass.","","Figure 4","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Adults 21.4 +/- 3.47mm","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Only observable for: number of eggs per egg mass and number of snails.","ANOVA (alpha = 0.05). Nominal concentrations of atrazine were used in all statistical analyses.","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","Table 3","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-14-OK"]
["Scores",10,5,0,5,5,5,0,5,5,0,4,0,4,4,4,1,3,1,3,64,0.70329670329670335,null,""]
["Answers","70 day","Size (mm), number of snails, number of egg masses, number of eggs per mass.","","Figure 4","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Adults 21.4 +/- 3.47mm","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Only observable for: number of eggs per egg mass and number of snails.","ANOVA (alpha = 0.05). Nominal concentrations of atrazine were used in all statistical analyses.","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","Table 3","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-13-OK"]
["Scores",10,5,0,5,5,5,0,5,5,0,4,0,4,4,4,1,3,1,3,64,0.70329670329670335,null,""]
["Answers","70 day","Size (mm), number of snails, number of egg masses, number of eggs per mass.","","Figure 4","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Adults 21.4 +/- 3.47mm","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Only observable for: number of eggs per egg mass and number of snails.","ANOVA (alpha = 0.05). Nominal concentrations of atrazine were used in all statistical analyses.","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","Table 3","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-14-OK"]
["Scores",10,5,0,5,5,5,0,5,5,0,4,0,4,4,4,1,3,1,3,64,0.70329670329670335,null,""]
["Answers","70 day","Size (mm), number of snails, number of egg masses, number of eggs per mass.","","Figure 4","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Juvenile 6-9mm","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Only observable for: number of eggs per egg mass and number of snails.","ANOVA (alpha = 0.05). Nominal concentrations of atrazine were used in all statistical analyses.","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","Table 3","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-15-OK"]
["Scores",10,5,0,5,5,5,0,5,5,0,4,0,0,4,4,1,3,1,3,60,0.65934065934065933,null,""]
["Answers","70 day","Size (mm), number of snails, number of egg masses, number of eggs per mass.","","Figure 4","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Juvenile 6-9mm","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Only observable for: number of eggs per egg mass and number of snails.","ANOVA (alpha = 0.05). Nominal concentrations of atrazine were used in all statistical analyses.","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","Table 3","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-16-OK"]
["Scores",10,5,0,5,5,5,0,5,5,0,4,0,0,4,4,1,3,1,3,60,0.65934065934065933,null,""]
["Answers","70 day","Size (mm), number of snails, number of egg masses, number of eggs per mass.","","Figure 4","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Adults 21.4 +/- 3.47mm","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Only observable for: number of eggs per egg mass and number of snails.","ANOVA (alpha = 0.05). Nominal concentrations of atrazine were used in all statistical analyses.","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","Table 3","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-17-OK"]
["Scores",10,5,0,5,5,5,0,5,5,0,4,0,4,4,4,1,3,1,3,64,0.70329670329670335,null,""]
["Answers","70 day","Size (mm), number of snails, number of egg masses, number of eggs per mass.","","Figure 4","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Adults 21.4 +/- 3.47mm","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Only observable for: number of eggs per egg mass and number of snails.","ANOVA (alpha = 0.05). Nominal concentrations of atrazine were used in all statistical analyses.","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","Table 3","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-17-OK"]
["Scores",10,5,0,5,5,5,0,5,5,0,4,0,4,4,4,1,3,1,3,64,0.70329670329670335,null,""]
["Answers","70 day","Size (mm), number of snails, number of egg masses, number of eggs per mass.","","Figure 4","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Adults 10.4 +/- 1.35mm","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Only observable for: number of eggs per egg mass and number of snails.","ANOVA (alpha = 0.05). Nominal concentrations of atrazine were used in all statistical analyses.","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","Table 3","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-18-OK"]
["Scores",10,5,0,5,5,5,0,5,5,0,4,0,4,4,4,1,3,1,3,64,0.70329670329670335,null,""]
["Answers","70 day","Size (mm), number of snails, number of egg masses, number of eggs per mass.","","Figure 4","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Juveniles <2mm","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Only observable for: number of eggs per egg mass and number of snails.","ANOVA (alpha = 0.05). Nominal concentrations of atrazine were used in all statistical analyses.","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","Table 3","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-19-OK"]
["Scores",10,5,0,5,5,5,0,5,5,0,4,0,0,4,4,1,3,1,3,60,0.65934065934065933,null,""]
["Answers","70 day","Size (mm), number of snails, number of egg masses, number of eggs per mass.","","Figure 4","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Juveniles <2mm","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Only observable for: number of eggs per egg mass and number of snails.","ANOVA (alpha = 0.05). Nominal concentrations of atrazine were used in all statistical analyses.","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","Table 3","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-20-OK"]
["Scores",10,5,0,5,5,5,0,5,5,0,4,0,0,4,4,1,3,1,3,60,0.65934065934065933,null,""]
["Answers","70 day","Size (mm), number of snails, number of egg masses, number of eggs per mass.","","Figure 4","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Adults 10.4 +/- 1.35mm","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Only observable for: number of eggs per egg mass and number of snails.","ANOVA (alpha = 0.05). Nominal concentrations of atrazine were used in all statistical analyses.","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","Table 3","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1202-1-OK"]
["Scores",0,10,0,0,5,5,0,5,5,4,2,0,0,4,4,0,0,3,0,47,0.51648351648351654,null,""]
["Answers","No test duration stated - test duration is only stated for adults (which the endpoint was looking at hormone levels in plasma).","Animals were exposed throughout the larval period, from hatching until complete reabsorption (NF Stage 66). Date at metamorphosis (complete tail reabsorption) was recorded for each animal. Each animal was weighed and total length measured. ","","\"Not shown\"","Controls were treated with ethanol.","Each treatment was replicated 3 times with 30 animals per replicate (total of 90 animals per treatment) in both experiments. ","Not stated","4-day old larvae","Aerated 10% holtfreter's solution","Water was changed and treatments were renewed once every 72 hours. (aerated).","Exp 1. Larvae were exposued to nominal concentrations (0.01, 0.1, 1.0, 10.0 and 25.0 PPB).                                                                  Exp 2. Larvae were exposed to nominal concentrations (0.1, 0.4, 0.8, 1.0, 25 and 200 PPB).                                                                  Concentrations were confirmed by two independent laboratories. ","","\"Not shown\"","Mortality analysed using the G Test. Time to metamorphosis and size (length and weight) at metamorphosis were analysed by using ANOVA. ","p>0.05","None","None","22 degrees C","Unknown purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1202-2-OK"]
["Scores",0,10,0,0,5,5,0,5,5,4,2,0,0,4,4,0,0,3,0,47,0.51648351648351654,null,""]
["Answers","No test duration stated - test duration is only stated for adults (which the endpoint was looking at hormone levels in plasma).","Animals were exposed throughout the larval period, from hatching until complete reabsorption (NF Stage 66). Date at metamorphosis (complete tail reabsorption) was recorded for each animal. Each animal was weighed and total length measured. ","","\"Not shown\"","Controls were treated with ethanol.","Each treatment was replicated 3 times with 30 animals per replicate (total of 90 animals per treatment) in both experiments. ","Not stated","4-day old larvae","Aerated 10% holtfreter's solution","Water was changed and treatments were renewed once every 72 hours. (aerated).","Exp 1. Larvae were exposued to nominal concentrations (0.01, 0.1, 1.0, 10.0 and 25.0 PPB).                                                                  Exp 2. Larvae were exposed to nominal concentrations (0.1, 0.4, 0.8, 1.0, 25 and 200 PPB).                                                                  Concentrations were confirmed by two independent laboratories. ","","\"Not shown\"","Mortality analysed using the G Test. Time to metamorphosis and size (length and weight) at metamorphosis were analysed by using ANOVA. ","p>0.05","None","None","22 degrees C","Unknown purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1202-3-OK"]
["Scores",0,10,0,0,5,5,0,5,5,4,2,0,0,4,4,0,0,3,0,47,0.51648351648351654,null,""]
["Answers","No test duration stated - test duration is only stated for adults (which the endpoint was looking at hormone levels in plasma).","Animals were exposed throughout the larval period, from hatching until complete reabsorption (NF Stage 66). Date at metamorphosis (complete tail reabsorption) was recorded for each animal. Each animal was weighed and total length measured. ","","\"Not shown\"","Controls were treated with ethanol.","Each treatment was replicated 3 times with 30 animals per replicate (total of 90 animals per treatment) in both experiments. ","Not stated","4-day old larvae","Aerated 10% holtfreter's solution","Water was changed and treatments were renewed once every 72 hours. (aerated).","Exp 1. Larvae were exposued to nominal concentrations (0.01, 0.1, 1.0, 10.0 and 25.0 PPB).                                                                  Exp 2. Larvae were exposed to nominal concentrations (0.1, 0.4, 0.8, 1.0, 25 and 200 PPB).                                                                  Concentrations were confirmed by two independent laboratories. ","","\"Not shown\"","Mortality analysed using the G Test. Time to metamorphosis and size (length and weight) at metamorphosis were analysed by using ANOVA. ","p>0.05","None","None","22 degrees C","Unknown purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1202-4-OK"]
["Scores",0,10,0,0,5,5,0,5,5,4,2,0,0,4,4,0,0,3,0,47,0.51648351648351654,null,""]
["Answers","No test duration stated - test duration is only stated for adults (which the endpoint was looking at hormone levels in plasma).","Animals were exposed throughout the larval period, from hatching until complete reabsorption (NF Stage 66). Date at metamorphosis (complete tail reabsorption) was recorded for each animal. Each animal was weighed and total length measured. ","","\"Not shown\"","Controls were treated with ethanol.","Each treatment was replicated 3 times with 30 animals per replicate (total of 90 animals per treatment) in both experiments. ","Not stated","4-day old larvae","Aerated 10% holtfreter's solution","Water was changed and treatments were renewed once every 72 hours. (aerated).","Exp 1. Larvae were exposued to nominal concentrations (0.01, 0.1, 1.0, 10.0 and 25.0 PPB).                                                                  Exp 2. Larvae were exposed to nominal concentrations (0.1, 0.4, 0.8, 1.0, 25 and 200 PPB).                                                                  Concentrations were confirmed by two independent laboratories. ","","\"Not shown\"","Mortality analysed using the G Test. Time to metamorphosis and size (length and weight) at metamorphosis were analysed by using ANOVA. ","p>0.05","None","None","22 degrees C","Unknown purity"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1141-1-OK"]
["Scores",10,5,0,5,5,5,0,5,5,4,4,0,4,4,4,0,0,3,3,66,0.72527472527472525,null,""]
["Answers","120 days exposure time","Mortality was monitored daily and dead animals were removed.                                  Body weight and length (from the tip of the snout to the tip of cloaca) were measured and recorded.","","Table 1","No-toxicant control (dechlorinated water alone).","","Not stated","Healthy tadpoles (Stage 46 and 47), prior to gonadal differentiation, with uniform shape.","Dechlorinated water","Rearing water replenished every 2-3 days. ","On day 0 and day 3. (105.78 +/- 6.31 PPB and 104.37 +/- 6.10 PPB, respectively). No atrazine detected in controls.","","Table 1","Differences in survival rate between atrazine-treated and control groups were analysed by X2 tests. Differences in the time to complete metamorphosis, body weight, body length  between the atrazine-treated and control\ngroups were analyzed by Student’s t-tests, and P < 0.05 was considered to reﬂect a signiﬁcant difference.\n","P < 0.05","Not stated","Not stated","21 ± 2 degrees C","99.4% atrazine; no atrazine detected in controls"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1141-2-OK"]
["Scores",10,5,0,5,5,5,0,5,5,4,4,0,4,4,4,0,0,3,3,66,0.72527472527472525,null,""]
["Answers","120 days exposure time","Mortality was monitored daily and dead animals were removed.                                  Body weight and length (from the tip of the snout to the tip of cloaca) were measured and recorded.","","Table 1","No-toxicant control (dechlorinated water alone).","","Not stated","Healthy tadpoles (Stage 46 and 47), prior to gonadal differentiation, with uniform shape.","Dechlorinated water","Rearing water replenished every 2-3 days. ","On day 0 and day 3. (105.78 +/- 6.31 PPB and 104.37 +/- 6.10 PPB, respectively). No atrazine detected in controls.","","Table 1","Differences in survival rate between atrazine-treated and control groups were analysed by X2 tests. Differences in the time to complete metamorphosis, body weight, body length  between the atrazine-treated and control\ngroups were analyzed by Student’s t-tests, and P < 0.05 was considered to reﬂect a signiﬁcant difference.\n","P < 0.05","Not stated","Not stated","21 ± 2 degrees C","99.4% atrazine; no atrazine detected in controls"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1141-3-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,4,0,4,4,4,0,0,3,3,71,0.78021978021978022,null,""]
["Answers","120 days exposure time","Mortality was monitored daily and dead animals were removed.                                  Body weight and length (from the tip of the snout to the tip of cloaca) were measured and recorded.","","Table 1","No-toxicant control (dechlorinated water alone).","","Not stated","Healthy tadpoles (Stage 46 and 47), prior to gonadal differentiation, with uniform shape.","Dechlorinated water","Rearing water replenished every 2-3 days. ","On day 0 and day 3. (105.78 +/- 6.31 PPB and 104.37 +/- 6.10 PPB, respectively). No atrazine detected in controls.","","Table 1","Differences in survival rate between atrazine-treated and control groups were analysed by X2 tests. Differences in the time to complete metamorphosis, body weight, body length  between the atrazine-treated and control\ngroups were analyzed by Student’s t-tests, and P < 0.05 was considered to reﬂect a signiﬁcant difference.\n","P < 0.05","Not stated","Not stated","21 ± 2 degrees C","99.4% atrazine; no atrazine detected in controls"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","645-1-OK"]
["Scores",10,5,0,0,5,0,0,5,5,4,0,0,0,4,4,0,0,3,3,48,0.52747252747252749,null,"The highest possible grade for this datum is acceptable."]
["Answers","30 days","Mortality","","","No toxicant controls.","Not stated","Not stated","Larvae: 6 weeks of age","Artesian spring water","Water changed every 3 days and atrazine replenished.","0, 2, 20 and 200 ug/L. 'Actual' concentrations were 0, 1.84, 18.4 and 184 ug/L but these were only worked out by measuring the stock solution = STILL NOMINAL.","","Not stated","Mass and SVL at metamorphosis using multivariate analysis of covariance. ","Graphs give +/- standard error","Not stated","Not stated","20 +/- 1 degrees C","86.5% commerically available atrazine, "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","645-2-OK"]
["Scores",10,5,0,0,5,0,0,5,5,4,0,0,0,4,4,0,0,3,3,48,0.52747252747252749,null,"The highest possible grade for this datum is acceptable."]
["Answers","30 days","Mass","","","No toxicant controls.","Not stated","Not stated","Larvae: 6 weeks of age","Artesian spring water","Water changed every 3 days and atrazine replenished.","0, 2, 20 and 200 ug/L. 'Actual' concentrations were 0, 1.84, 18.4 and 184 ug/L but these were only worked out by measuring the stock solution = STILL NOMINAL.","","Not stated","Mass and SVL at metamorphosis using multivariate analysis of covariance. ","Graphs give +/- standard error","Not stated","Not stated","20 +/- 1 degrees C","86.5% commerically available atrazine, "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","645-3-OK"]
["Scores",10,5,0,0,5,0,0,5,5,4,0,0,0,4,4,0,0,3,3,48,0.52747252747252749,null,"The highest possible grade for this datum is acceptable."]
["Answers","30 days","Mass","","","No toxicant controls.","Not stated","Not stated","Larvae: 6 weeks of age","Artesian spring water","Water changed every 3 days and atrazine replenished.","0, 2, 20 and 200 ug/L. 'Actual' concentrations were 0, 1.84, 18.4 and 184 ug/L but these were only worked out by measuring the stock solution = STILL NOMINAL.","","Not stated","Mass and SVL at metamorphosis using multivariate analysis of covariance. ","Graphs give +/- standard error","Not stated","Not stated","20 +/- 1 degrees C","86.5% commerically available atrazine, "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","645-4-OK"]
["Scores",10,10,0,0,5,0,0,5,5,4,0,0,0,4,4,0,0,3,3,53,0.58241758241758246,null,"The highest possible grade for this datum is acceptable."]
["Answers","30 days","Snout-vent length","","","No toxicant controls.","Not stated","Not stated","Larvae: 6 weeks of age","Artesian spring water","Water changed every 3 days and atrazine replenished.","0, 2, 20 and 200 ug/L. 'Actual' concentrations were 0, 1.84, 18.4 and 184 ug/L but these were only worked out by measuring the stock solution = STILL NOMINAL.","","Not stated","Mass and SVL at metamorphosis using multivariate analysis of covariance. ","Graphs give +/- standard error","Not stated","Not stated","20 +/- 1 degrees C","86.5% commerically available atrazine, "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","645-5-OK"]
["Scores",10,10,0,0,5,0,0,5,5,4,0,0,0,4,4,0,0,3,3,53,0.58241758241758246,null,"The highest possible grade for this datum is acceptable."]
["Answers","30 days","Snout-vent length","","","No toxicant controls.","Not stated","Not stated","Larvae: 6 weeks of age","Artesian spring water","Water changed every 3 days and atrazine replenished.","0, 2, 20 and 200 ug/L. 'Actual' concentrations were 0, 1.84, 18.4 and 184 ug/L but these were only worked out by measuring the stock solution = STILL NOMINAL.","","Not stated","Mass and SVL at metamorphosis using multivariate analysis of covariance. ","Graphs give +/- standard error","Not stated","Not stated","20 +/- 1 degrees C","86.5% commerically available atrazine, "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","119-1-RS"]
["Scores",10,5,0,0,5,5,0,5,5,4,4,0,0,4,4,3,3,3,0,60,0.65934065934065933,null,""]
["Answers","metamorphosis or 43 days","","","","","","","Age","Carbon filtered dechlorinated water","Static renewal","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1141-1-RS"]
["Scores",10,5,0,0,5,5,0,5,5,4,4,0,0,4,4,0,0,3,3,57,0.62637362637362637,null,""]
["Answers","120 d","","","","","","","Nieuwkoop–Faber stage 46 and 47","","Static renewal","","","","","","","","",0.99399999999999999]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1141-2-RS"]
["Scores",10,5,0,0,5,5,0,5,5,4,4,0,0,4,4,0,0,3,3,57,0.62637362637362637,null,""]
["Answers","120 d","","","","","","","Nieuwkoop–Faber stage 46 and 47","","Static renewal","","","","","","","","",0.99399999999999999]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1141-3-RS"]
["Scores",10,5,0,0,5,5,0,5,5,4,4,0,0,4,4,0,0,3,3,57,0.62637362637362637,null,""]
["Answers","120 d","","","","","","","Nieuwkoop–Faber stage 46 and 47","","Static renewal","","","","","","","","",0.99399999999999999]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1141-4-RS"]
["Scores",10,10,0,0,5,5,0,5,5,4,4,0,0,4,4,0,0,3,3,62,0.68131868131868134,null,""]
["Answers","120 d","","","","","","","Nieuwkoop–Faber stage 46 and 47","","Static renewal","","","","","","","","",0.99399999999999999]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1135-1-RS"]
["Scores",10,10,0,0,5,5,0,5,0,0,0,0,4,4,4,0,0,0,0,47,0.51648351648351654,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","After their molt into F-2 \ninstar","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","1135-2-RS"]
["Scores",10,10,0,0,5,5,0,5,0,0,0,0,4,4,4,0,0,0,0,47,0.51648351648351654,null,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","After their molt into F-2 \ninstar","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-1-OK"]
["Scores",10,5,0,0,5,5,0,5,5,4,0,0,0,4,0,3,1,3,3,53,0.58241758241758246,null,"The highest possible grade for this datum is acceptable."]
["Answers","14 days","Mortality","Not stated","Not stated","Negative control replicates","Three tank replicates","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Recirculating system with water change/renewal every 3 days.","0, 21.6, 108, 216, 1080, 2160, and 10,800  ug/l","","","","Not stated","pH 7.2 +/- 0.4","Says they measured it but no exact value given.","28 +/- 1 degrees C","Technical grade (97.6%)"]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-2-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-3-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-4-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-5-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-6-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-7-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-8-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-9-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-10-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-11-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-12-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-13-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-14-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-15-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-16-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","165335-17-OK"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,0,4,4,3,3,3,3,71,0.78021978021978022,null,""]
["Answers","113 days (and 18 days for viable embryos and # offspring).","Mortality (dead fish were removed and discarded according to animal care protocols or fixed for histological analysis.)                        Growth: wet weight and total body length.                                                         18d - viable embryos (7-78hr post fertilisation) and # offspring endpoints were not defined (just stated).","Not stated","Mortality (% survival percentages are provided). ","Unexposed control (no-toxicant control).","Each treatment included eight replicate tanks.","Not stated","Embryos 17 days post fertilisation","0.6% instant ocean fish water","Static-renewal. Freshly prepared and renewed every 3 days.","Study 1: 0.088, 0.88 and 8.9 ug/L.                          Study 2: 0.096, 0.92 and 9.4 ug/L.","","","ANOVA","Graphs depict mean +/- standard error and p<0.05 was considered statistically significant.","pH 7.3 - 7.6",">5.70 mg/l",27,"Technical grade (97.6%). Controls were tested for contamination because atrazine was detected in some Study I fish water, ouM atrazine control samples. "]

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[null,1,"Fill in the blank cells below, based on information provided in the paper being assessed. You can either pick an option from the dropdown list or add the appropriate detail using the 'Add to list' button. ",null,null,null,null,null,null,null,null,null,null,null,"* All the text in RED are used for drop down list ,make changes with caution."]
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[null,null,"Paper and data unique identifier(eg. 1-1,10-150)",{"$f":"IF(AI3=\"\",0,1)","v":0},null,{"$f":"IF(E4=\"\",0,1)","v":0},"Species (Scientific name)",null,null,"Phylum",null,null,null,null,"Aedes albopictus",0,{"$f":"IF(P3=0,\"\",INDEX(O3:O108,P3))","v":""},"1 month",0,{"$f":"IF(S3=0,\"\",INDEX(R3:R108,S3))","v":""},"11 hour",0,{"$f":"IF(V3=0,\"\",INDEX(U3:U108,V3))","v":""},"LC50",0,{"$f":"IF(Y3=0,\"\",INDEX(X3:X108,Y3))","v":""},"Mortality",0,{"$f":"IF(AB3=0,\"\",INDEX(AA3:AA108,AB3))","v":""},"Fish ",0,{"$f":"IF(AE3=0,\"\",INDEX(AD3:AD108,AE3))","v":""},"Chlorophyta",0,{"$f":"IF(AH3=0,\"\",INDEX(AG3:AG108,AH3))","v":""},"Branchiopoda",0,{"$f":"IF(AK3=0,\"\",INDEX(AJ3:AJ108,AK3))","v":""},"Freshwater",0,{"$f":"IF(AN3=0,\"\",INDEX(AM3:AM108,AN3))","v":""},"15°C",0,{"$f":"IF(AQ3=0,\"\",INDEX(AP3:AP108,AQ3))","v":""},"Acute ",0,{"$f":"IF(AT3=0,\"\",INDEX(AS3:AS108,AT3))","v":""},"N.A.",0,{"$f":"IF(AW3=0,\"\",INDEX(AV3:AV108,AW3))","v":""},"Salinity1",null,"N.A."]
[null,null,"Citation",{"$f":"IF(AL3=\"\",0,1)","v":0},null,{"$f":"IF(H8=\"\",0,1)","v":0},"Lifestage",null,null,"Class",null,null,null,null,"Australian Bass",null,null,"1 year old",null,null,"13 days",null,null,"N.A.",null,null,"N.A.",null,null,"Microalga",null,null,"N.A.",null,null,"Chlorophyceae",null,null,"Marinewater",null,null,"25°C",null,null,"Chronic",null,null,"PH11",null,null,"Salinity2"]
[null,null,null,{"$f":"IF(AO3=\"\",0,1)","v":0},null,{"$f":"IF(AX3=\"\",0,1)","v":0},"Exposure duration",null,null,"Media",null,null,null,null,"N.A.",null,null,"N.A.",null,null,"N.A.",null,null,"NOEC",null,null,"Reproduction",null,null,"N.A.",null,null,"Tracheophyta",null,null,"N.A.",null,null,"N.A.",null,null,"N.A.",null,null,"N.A.",null,null,"PH7.0 "]
[null,null,null,{"$f":"IF(AR3=\"\",0,1)","v":0},null,{"$f":"IF(Q3=\"\",0,1)","v":0},"Measure of toxicity",null,null,"Temperature "]
[null,null,null,{"$f":"IF(AU3=\"\",0,1)","v":0},null,{"$f":"IF(T3=\"\",0,1)","v":0},"Toxicity endpoint",null,null,"Acute Or Chronic "]
[null,null,null,null,null,{"$f":"IF(W3=\"\",0,1)","v":0},"Toxicity value",null,null,"PH"]
[null,2,"Select the appropriate answer option to each question. Comments can be added to the cells in column H.",null,null,{"$f":"IF(Z3=\"\",0,1)","v":0},null,null,null,"Salinity/Conductivity","N.A."]
[null,"*","If the selected answer option does not work try clicking on any other cell first and then click back on the answer option again.",null,null,{"$f":"IF(AC3=\"\",0,1)","v":0}]
[null,"No.","Question","Marks Awarded","Answer Options","Option References","Scores","Answers"]
[null,null,"Was the duration of the exposure stated (e.g. 48 or 96 h)?",10,null,0,{"$f":"IF(F15=0,0,INDEX($D12:$D13,F12,1))","v":0}]
[null,1,null,0]
[]
[null,null,"Was the biological endpoint (e.g., immobilization or population growth) stated and defined (10 marks)? Award 5 marks if the biological endpoint is only stated.",10,null,0,{"$f":"IF(F15=0,0,INDEX($D15:$D17,F15,1))","v":0}]
[null,2,null,5]
[null,null,null,0]
[null,null,"Was the biological effect stated (e.g. LC or NOEC)?",5,null,0,{"$f":"IF(F18=0,0,INDEX($D18:$D19,F18,1))","v":0}]
[null,3,null,0]
[]
[null,4,"Was the biological effect quantified (e.g. 50% effect, 25% effect)? \nNote: The effect for NOEC and LOEC data must be quantified.",5,null,0,{"$f":"IF(F21=0,0,INDEX($D21:$D22,F21,1))","v":0}]
[null,null,null,0]
[null,5,"Were appropriate controls (e.g. a no-toxicant control and/or solvent control) used?",5,null,0,{"$f":"IF(F23=0,0,INDEX($D23:$D24,F23,1))","v":0}]
[null,null,null,0]
[]
[null,6,"Was each control and contaminant concentration at least duplicated?",5,null,0,{"$f":"IF(F26=0,0,INDEX($D26:$D27,F26,1))","v":0}]
[null,null,null,0]
[]
[null,7,"Were test acceptability criteria stated (e.g. mortality in controls must not exceed a certain percentage) (5 marks)?\nOR Were test acceptability criteria inferred (e.g. test method used [USEPA, OECD, ASTM etc.]) (award 2 marks). \nNote: Data that fail the acceptability criteria are automatically deemed to be of unacceptable quality and must not be used. ",5,null,0,{"$f":"IF(F29=0,0,INDEX($D29:$D31,F29,1))","v":0}]
[null,null,null,2]
[null,null,null,0]
[null,8,"Were the characteristics of the test organism (e.g. length, mass, age) stated?",5,null,0,{"$f":"IF(F32=0,0,INDEX($D32:$D34,F32,1))","v":0}]
[null,null,null,0]
[]
[null,9,"Was the type of test media used stated?",5,null,0,{"$f":"IF(F35=0,0,INDEX($D35:$D37,F35,1))","v":0}]
[null,null,null,0]
[]
[null,null,"Was the type of exposure (e.g. static, flow through) stated? ",4,null,0,{"$f":"IF(F38=0,0,INDEX($D38:$D40,F38,1))","v":0}]
[null,10,null,0]
[]
[null,null,"Were the contaminant concentrations measured at the beginning and end of the exposure (4 marks)? Award 2 marks if they were measured only once during the test.\nNote: If the concentrations were not measured then automatically the data cannot be high quality. ",4,null,0,{"$f":"IF(F41=0,0,INDEX($D41:$D43,F41,1))","v":0}]
[null,11,null,2]
[null,null,null,0]
[null,null,"Were parallel reference toxicant toxicity tests conducted?",4,null,0,{"$f":"IF(F44=0,0,INDEX($D44:$D46,F44,1))","v":0}]
[null,12,null,0]
[]
[null,null,"Was there a concentration–response relationship either observable or stated?",4,null,0,{"$f":"IF(F47=0,0,INDEX($D47:$D49,F47,1))","v":0}]
[null,13,null,0]
[]
[null,null,"Was an appropriate statistical method or model used to determine the toxicity?\nNote: They should be accepted by a recognised national or international regulatory body (e.g. USEPA, OECD, ASTM). ",4,null,0,{"$f":"IF(F50=0,0,INDEX($D50:$D52,F50,1))","v":0}]
[null,14,null,0]
[]
[null,15,"For LC/EC/BEC data was an estimate of variability provided? \nOR \nFor NO EC/LOEC data was the significance level 0.05 or less?  \n\n",4,null,0,{"$f":"IF(F53=0,0,INDEX($D53:$D55,F53,1))","v":0}]
[null,null,null,0]
[]
[null,16,"Were the following parameters measured and stated? (3 marks if measured and stated, 1 mark if just measured)."]
[null,null,null,3,null,0,{"$f":"IF(F57=0,0,INDEX($D57:$D59,F57,1))","v":0}]
[null,16.100000000000001,"pH ",1]
[null,null,null,0]
[null,null,null,3,null,0,{"$f":"IF(F60=0,0,INDEX($D60:$D62,F60,1))","v":0}]
[null,16.2,"Hardness",1]
[null,null,null,0]
[null,null,null,3,null,0,{"$f":"IF(F63=0,0,INDEX($D63:$D65,F63,1))","v":0}]
[null,16.3,"Alkalinity ",1]
[null,null,null,0]
[null,null,null,3,null,0,{"$f":"IF(F66=0,0,INDEX($D66:$D68,F66,1))","v":0}]
[null,16.399999999999999,"Organic carbon concentration",1]
[null,null,null,0]
[null,null,"Was the temperature measured and stated (3 marks)? Award 1 mark if the temperature was measured but not stated or if only the temperature settings of the room or chamber are stated.",3,null,0,{"$f":"IF(F69=0,0,INDEX($D69:$D71,F69,1))","v":0}]
[null,17,null,1]
[null,null,null,0]
[null,null,"Were test solutions, blanks and/or controls tested for contamination OR were analytical reagent grade chemicals used or the highest possible purity chemicals used for the experiment? (3 marks).",3,null,0,{"$f":"IF(F72=0,0,INDEX($D72:$D73,F72,1))","v":0}]
[null,18,null,0]
[]
[null,null,null,null,null,null,null,null,{"$f":"(COUNTIF(F12:F73,\"=0\"))+COUNTIF(F2:F10,\"=0\")+COUNTIF(D2:D7,\"=0\")","v":36}]
[]
[]
[null,null,"Total score",null,null,null,{"$f":"IF(SUM(G12:G72)=0,\"\",SUM(G12:G72))","v":""}]
[null,null,"Total Max. possible score for the various types of data and contaminants ",null,{"$f":"D12+D15+D18+D21+D23+D26+D29+D32+D35+D38+D41+D44+D47+D50+D53+D57+D66+D69+D72+D60+D63","v":97}]
[null,null,"Quality Score",null,{"$f":"\"= [Total score / Total possible score] * 100 = \"","v":"= [Total score / Total possible score] * 100 = "},null,{"$f":"IF(ISERROR(G78/E79),#N/A,G78/E79)","v":{"$error":"#N/A"}},{"$f":"IF(F41=3,\"The highest possible grade for this datum is acceptable.\",\"\")","v":""}]
[]
[null,null,"H = high quality                           Quality score ≥ 80%      "]
[null,null,"A = acceptable quality         > 50% Quality score < 80%      "]
[null,null,"U = unacceptable quality              Quality score ≤ 50%  "]
[]
[3,null,"Click the 'Save & Update' button to save and export the answers to the 'All results' worksheet. "]
[null,null,"Select the 'Reset Answers' button if you wish to clear all answers."]

{"sheet":"FW metal plant_WS","index":10,"n_rows":5,"n_cols":24,"rows_kept":5,"cut":false,"hidden":false,"merged":[]}
[]
["Question No.",1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16.100000000000001,16.2,16.3,16.399999999999999,17,18,"Total Score","Quality Score"]
["Short Questions","Duration of the exposure ","Biological endpoint","Biological effect stated or not","Biological effect quantified or not","Appropriate controls","Control & contaminant concentration","Test acceptability criteria","Characteristics of the test organism"," Type of test media","Type of exposure","Contaminant concentrations","Parallel reference toxicant toxicity tests","Concentration–response relationship","Determine the toxicity","NOEC/LOEC or LC/EC/BEC","pH","Hardness","Alkalinity ","Organic carbon concentration","Temperature","Grade or purity"]
["Marks Awarded ","10 or 0","10,5 or 0","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","4 or 0","4 or 2 or 0","4 or 2","4 or 2","4 or 2","4 or 2","3 or 1 or 0","3 or 1 or 0","3 or 1 or 0","3 or 1 or 0","3 or 0","3 or 0 "]
["Max. Possible Score",10,10,5,5,5,5,5,5,5,4,4,4,4,4,4,3,3,3,3,3,3,{"$f":"SUM(B5:V5)","v":97}]

{"sheet":"FW nonmetal plant","index":11,"n_rows":80,"n_cols":53,"rows_kept":80,"cut":false,"hidden":false,"merged":[[3,4,7,4],[9,2,9,4],[11,2,13,2],[11,7,13,7],[14,2,16,2],[14,7,16,7],[17,2,19,2],[17,7,19,7],[20,2,21,2],[20,7,21,7],[22,2,24,2],[22,7,24,7],[25,2,27,2],[25,7,27,7],[28,2,30,2],[28,7,30,7],[31,2,33,2],[31,7,33,7],[34,2,36,2],[34,7,36,7],[37,2,39,2],[37,7,39,7],[40,2,42,2],[40,7,42,7],[43,2,45,2],[43,7,45,7],[46,2,48,2],[46,7,48,7],[49,2,51,2],[49,7,51,7],[60,2,62,2],[60,7,62,7],[63,2,66,2],[63,7,66,7],[52,2,54,2],[52,7,54,7],[56,2,59,2],[56,7,59,7]]}
[null,1,"Fill in the blank cells below, based on information provided in the paper being assessed. You can either pick an option from the dropdown list or add the appropriate detail using the 'Add to list' button. ",null,null,null,null,null,null,null,null,null,null,null,"* All the text in RED are used for drop down list ,make changes with caution."]
[null,null,"Category",{"$f":"IF(AF3=\"\",0,1)","v":0},"Freshwater/non-metal/plant",{"$f":"IF(E3=\"\",0,1)","v":1},"Citation No.",{"$f":"IF(ISERROR(FIND(\"-\",E3)),E3,LEFT(E3,FIND(\"-\",E3)-1))","v":"158970"},null,"Taxonomic group",null,null,null,null,"Species",null,null,"Lifestage",null,null,"Exposure duration",null,null,"Measure of toxicity",null,null,"Toxicity endpoint",null,null,"Taxonomic group",null,null,"Phylum",null,null,"Class",null,null,"Media",null,null,"Temperature ",null,null,"Acute Or Chronic",null,null,"PH",null,null,"Salinity/Conductivity"]
[null,null,"Paper and data unique identifier(eg. 1-1,10-150)",{"$f":"IF(AI3=\"\",0,1)","v":0},"158970--OK",{"$f":"IF(E4=\"\",0,1)","v":1},"Species (Scientific name)",null,null,"Phylum",null,null,null,null,"/juncus effusus",16,{"$f":"IF(P3=0,\"\",INDEX(O3:O100,P3))","v":"Chlamydomonas reinhardtii"},"1 month",19,{"$f":"IF(S3=0,\"\",INDEX(R3:R100,S3))","v":"Exponential growth phase"},"<4 days",43,{"$f":"IF(V3=0,\"\",INDEX(U3:U100,V3))","v":"80 minutes"},"EC1",20,{"$f":"IF(Y3=0,\"\",INDEX(X3:X100,Y3))","v":0},"Biomass (cell density)",0,{"$f":"IF(AB3=0,\"\",INDEX(AA3:AA100,AB3))","v":""},"Fish",0,{"$f":"IF(AE3=0,\"\",INDEX(AD3:AD100,AE3))","v":""},"Bacillariophyta",0,{"$f":"IF(AH3=0,\"\",INDEX(AG3:AG100,AH3))","v":""}," Cyanophyceae",0,{"$f":"IF(AK3=0,\"\",INDEX(AJ3:AJ102,AK3))","v":""},"10% Hoagland solution",0,{"$f":"IF(AN3=0,\"\",INDEX(AM3:AM100,AN3))","v":""},18,0,{"$f":"IF(AQ3=0,\"\",INDEX(AP3:AP100,AQ3))","v":""},"25-27",0,{"$f":"IF(AT3=0,\"\",INDEX(AS3:AS100,AT3))","v":""},5.5,0,{"$f":"IF(AW3=0,\"\",INDEX(AV3:AV100,AW3))","v":""},"30 ppt",null,"N.A."]
[null,null,"Citation",{"$f":"IF(AL3=\"\",0,1)","v":0},"Choi,C.J., J.A. Berges, and E.B. Young 2012, 'Rapid Effects of Diverse Toxic Water Pollutants on Chlorophyll a Fluorescence: Variable Responses Among Freshwater Microalgae', Water Res.46(8): 2615-2626.",{"$f":"IF(AX3=\"\",0,1)","v":0},"Lifestage",null,null,"Class",null,null,null,null,"Achnanthidium minutissimum",null,null,"1 week old culture",null,null,"10 day",null,null,"EC10",null,null,"Biomass (cell density)",null,null,"Macrophyte",null,null,"Chlorophyta",null,null,"Bacillariophyceae",null,null,"10% strength Hoagland medium",null,null,20,null,null,"8.3 - 8.8",null,null,6,null,null,"150 uS/cm"]
[null,null,null,{"$f":"IF(AO3=\"\",0,1)","v":0},null,{"$f":"IF(H8=\"\",0,1)","v":0},"Exposure duration",null,null,"Media",null,null,null,null,"Acorus calam7us",null,null,"1 year old",null,null,"10 hour",null,null,"EC100",null,null,"Biomass (Dry weight)",null,null,"Microalga",null,null,"Cyanobacteria",null,null,"Branchiopoda",null,null,"10X ASTM",null,null,21,null,null,"Acute ",null,null,6.1,null,null,"N.A."]
[null,null,null,{"$f":"IF(AR3=\"\",0,1)","v":0},null,{"$f":"IF(Q3=\"\",0,1)","v":1},"Measure of toxicity",null,null,"Temperature ",null,null,null,null,"Acorus calamus",null,null,"100,000 cells/mL",null,null,"11 days",null,null,"EC20",null,null,"Chl-a content",null,null,"N.A.",null,null,"Euglenophyta ",null,null,"Chlorophyceae",null,null,"1X ASTM with sediment",null,null,22,null,null,"Chronic",null,null,6.2]
[null,null,null,{"$f":"IF(AU3=\"\",0,1)","v":0},null,{"$f":"IF(T3=\"\",0,1)","v":1},"Toxicity endpoint",null,null,"Acute Or Chronic ",null,null,null,null,"Aedes albopictus",null,null,"100000 cell/mL",null,null,"11 hours",null,null,"EC25",null,null,"Growth inhibition",null,null,"plantae",null,null,"N.A.",null,null,"Chlorophyceae",null,null,"20X-AAP",null,null,23,null,null,"N.A.",null,null,6.3]
[null,null,null,null,null,{"$f":"IF(W3=\"\",0,1)","v":1},"Toxicity value",null,null,"PH",null,null,null,null,"Anabaena inaequalis ",null,null,"11 days",null,null,"12 days",null,null,"EC45.6",null,null,"Growth inhibition: absorbance: cell density",null,null,null,null,null,"Tracheophyta",null,null,"Cyanophyceae",null,null,"2x strength EPA growth media",null,null,24,null,null,null,null,null,6.6]
[null,2,"Select the appropriate answer option to each question. Comments can be added to the cells in column H.",null,null,{"$f":"IF(Z3=\"\",0,1)","v":1},null,null,null,"Salinity/Conductivity","N.A.",null,null,null,"Anabaena sp. ",null,null,"2 week old culture",null,null,"12 dyas",null,null,"EC50",null,null,"Growth inhibition: Absorbance: Chl-a content",null,null,null,null,null,"Tracheophyta",null,null,"Liliopsida",null,null,"AAP growth media",null,null,24,null,null,null,null,null,6.7]
[null,"*","If the selected answer option does not work try clicking on any other cell first and then click back on the answer option again.",null,null,{"$f":"IF(AC3=\"\",0,1)","v":0},null,null,null,null,null,null,null,null,"Anabaena variabilis",null,null,"20,000 cell/mL",null,null,"12 hour",null,null,"EC7.34",null,null,"Growth inhibition: Absorbance: Dry cell weight",null,null,null,null,null,null,null,null,"Magnoliopsida",null,null,"Allen's medium",null,null,25,null,null,null,null,null,6.9]
[null,"No.","Question","Marks Awarded","Answer Options","Option References","Scores","Answers",null,null,null,null,null,null,"Ankistrodesmus braunii",null,null,"20,000 cells/mL",null,null,"13 days ",null,null,"EC75",null,null,"Growth Inhibition: Algal Biomass (cell counts)",null,null,null,null,null,null,null,null,"Mediophyceae",null,null,"ASTM freshwater algal media",null,null,27,null,null,null,null,null,7]
[null,null,"Was the duration of the exposure stated (e.g. 48 or 96 h)?",10,null,1,{"$f":"IF(F15=0,0,INDEX($D12:$D13,F12,1))","v":10},"80 minutes",null,null,null,null,null,null,"Australian Bass",null,null,"2x10^6 cells/mL",null,null,"14 days",null,null,"EC80",null,null,"Growth inhibition: cell count",null,null,null,null,null,null,null,null,"N.A.",null,null,"ASTm media",null,null,28,null,null,null,null,null,7.2]
[null,1,null,0,null,null,null,null,null,null,null,null,null,null,"Ceratophyllum demersum",null,null,"400,000 cells/mL",null,null,"14 hour",null,null,"EC90",null,null,"Growth inhibition: Cell density",null,null,null,null,null,null,null,null,"Oscillatoriales",null,null,"BG11 medium",null,null,30,null,null,null,null,null,7.5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Ceratophyllum sp. ",null,null,"4-6d old",null,null,"15 days",null,null,"IC50",null,null,"Growth inhibition: Dry weight",null,null,null,null,null,null,null,null,"Trebouxiophyceae",null,null,"Bold’s basal medium",null,null,"13±1",null,null,null,null,null,7.7]
[null,null,"Was the biological endpoint (e.g., immobilization or population growth) stated and defined (10 marks)? Award 5 marks if the biological endpoint is only stated.",10,null,1,{"$f":"IF(F15=0,0,INDEX($D15:$D17,F15,1))","v":10},"Growth: Cell viability (using Evans Blue to stain cells using an Olympus BX-41 microscope. Evans Blue is impermeable to live cells but freely penetrates the membrane of dead cells and stains blue, thus blue stained cells were identified as dead).",null,null,null,null,null,null,"Chlamydomonas geitleri",null,null,"5 weeks",null,null,"16 days",null,null,"IGC50",null,null,"Growth inhibition: Fluorescence: Growth rate",null,null,null,null,null,null,null,null,null,null,null,"Bristol's media",null,null,"14-18",null,null,null,null,null,7.8]
[null,2,null,5,null,null,null,null,null,null,null,null,null,null,"Chlamydomonas mexicana ",null,null,"6 week old culture",null,null,"20 days",null,null,"LC100",null,null,"Growth inhibition: Reproduction",null,null,null,null,null,null,null,null,null,null,null,"CHU 10 medium",null,null,"15°C",null,null,null,null,null,"2016-06-07"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Chlamydomonas moewusii",null,null,"7-10d old",null,null,"21 days",null,null,"LC50",null,null,"Growth inhibition: Roots: Dry weight",null,null,null,null,null,null,null,null,null,null,null,"Culture media and deionised water",null,null,"15-25",null,null,null,null,null,"2017-07-09"]
[null,null,"Was the biological effect stated (e.g. LC or NOEC)?",5,null,0,{"$f":"IF(F18=0,0,INDEX($D18:$D19,F18,1))","v":0},null,null,null,null,null,null,null,"Chlamydomonas reinhardtii",null,null,"Apical shoots (5cm)",null,null,"21 dyas",null,null,"LOEC",null,null,"Growth inhibition: Roots: Wet weight",null,null,null,null,null,null,null,null,null,null,null,"Deionised water and ISO media",null,null,"18±1",null,null,null,null,null," 6.5 ± 0.2"]
[null,3,null,0,null,null,null,null,null,null,null,null,null,null,"Chlamydomonas reinhardtii",null,null,"Beginning of growth cycle",null,null,"24 hr",null,null,"N.A.",null,null,"Growth inhibition: Shoots: Dry weight",null,null,null,null,null,null,null,null,null,null,null,"Deionised water and nutrient media",null,null,"20 ± 1°C",null,null,null,null,null,"6.0-7.0"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Chlamydomonsa eugametos",null,null,"Double fronded colonies",null,null,"28 days",null,null,"NOEC",null,null,"Growth inhibition: Shoots: wet weight",null,null,null,null,null,null,null,null,null,null,null,"Distilled water",null,null,"21±1",null,null,null,null,null,"6.9 ± 0.2"]
[null,4,"Was the biological effect quantified (e.g. 50% effect, 25% effect)? \nNote: The effect for NOEC and LOEC data must be quantified.",5,null,0,{"$f":"IF(F21=0,0,INDEX($D21:$D22,F21,1))","v":0},null,null,null,null,null,null,null,"Chlorella fusca",null,null,"Exponential growth phase",null,null,"3 days",null,null,"Population: Growth Rate: Frond count",null,null,"Growth rate: Biomass",null,null,null,null,null,null,null,null,null,null,null,"Distilled water/DMSO",null,null,"22 ± 1°C",null,null,null,null,null,"7.0-8.0"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Chlorella pyrenoidosa",null,null,"Log growth phase",null,null,"30 days",null,null,null,null,null,"Growth rate: Cell counts",null,null,null,null,null,null,null,null,null,null,null,"Filtered algal medium",null,null,"22°C",null,null,null,null,null,"7.3-8.3"]
[null,5,"Were appropriate controls (e.g. a no-toxicant control and/or solvent control) used?",5,null,0,{"$f":"IF(F23=0,0,INDEX($D23:$D24,F23,1))","v":0},"Carrier control (with solvent) and no-toxicant control.",null,null,null,null,null,null,"Chlorella saccharophila",null,null,"N.A.",null,null,"32 days",null,null,null,null,null,"Growth rate: cell density",null,null,null,null,null,null,null,null,null,null,null,"Filtered natural chalk stream water",null,null,"22-26.3",null,null,null,null,null,"7.5 - 8.3"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Chlorella sp.",null,null,"No shoots or roots",null,null,"35 days",null,null,null,null,null,"Growth rate: cell density: absorbance",null,null,null,null,null,null,null,null,null,null,null,"Filtered river water",null,null,"22-28",null,null,null,null,null,"7.5 ± 0.5"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Chlorella vulgaris",null,null,"not stated",null,null,"42 days",null,null,null,null,null,"Growth rate: Cell number",null,null,null,null,null,null,null,null,null,null,null,"Fresh site water (Bluewater Creek)",null,null,"23±2",null,null,null,null,null,"7.5±0.2"]
[null,6,"Was each control and contaminant concentration at least duplicated?",5,null,1,{"$f":"IF(F26=0,0,INDEX($D26:$D27,F26,1))","v":5},"Triplicate cultures",null,null,null,null,null,null,"Chlorococcum sp.",null,null,"not stated",null,null,"45 days",null,null,null,null,null,"Growth rate: Cell viability",null,null,null,null,null,null,null,null,null,null,null,"Freshwater",null,null,"23°C",null,null,null,null,null,"7.6-9.0"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Clamydomonas sp. ",null,null,"Not stated",null,null,"48 hours",null,null,null,null,null,"Growth rate: chl- a concentration ",null,null,null,null,null,null,null,null,null,null,null,"Grimme and Boardman growth medium",null,null,"24 ± 2",null,null,null,null,null,"7.8-8.6"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cyclotella gamma",null,null,"Not stated",null,null,"5 day",null,null,null,null,null,"Growth rate: chl- a concentration ",null,null,null,null,null,null,null,null,null,null,null,"Growth media",null,null,"24±1",null,null,null,null,null,"8.1±1.5"]
[null,7,"Were test acceptability criteria stated (e.g. mortality in controls must not exceed a certain percentage) (5 marks)?\nOR Were test acceptability criteria inferred (e.g. test method used [USEPA, OECD, ASTM etc.]) (award 2 marks). \nNote: Data that fail the acceptability criteria are automatically deemed to be of unacceptable quality and must not be used. ",5,null,0,{"$f":"IF(F29=0,0,INDEX($D29:$D31,F29,1))","v":0},null,null,null,null,null,null,null,"Cyclotella meneghiniana",null,null,"Seedling",null,null,"5 weeks",null,null,null,null,null,"Growth rate: Dry weight",null,null,null,null,null,null,null,null,null,null,null,"Guillard’s Fresh Water Enrichment Basal Salt Mixture",null,null,"24-26°C",null,null,null,null,null,"8.3-8.8"]
[null,null,null,2,null,null,null,null,null,null,null,null,null,null,"Desmodesmus subspicatus",null,null,"Single frond",null,null,"56 days",null,null,null,null,null,"Growth rate: Fluorescence: Biomass",null,null,null,null,null,null,null,null,null,null,null,"Hoagland's and Arnon's solution No.2",null,null,"25 ± 1",null,null,null,null,null,"8±1"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Dunaliella tertiolecta",null,null,null,null,null,"6 days",null,null,null,null,null,"Growth rate: Fresh weight",null,null,null,null,null,null,null,null,null,null,null,"inorganic medium",null,null,"25 ± 2°C",null,null,null,null,null,"N.A."]
[null,8,"Were the characteristics of the test organism (e.g. length, mass, age) stated?",5,null,1,{"$f":"IF(F32=0,0,INDEX($D32:$D34,F32,1))","v":5},"Exponential growth phase",null,null,null,null,null,null,"Egeria sp. ",null,null,null,null,null,"60 days",null,null,null,null,null,"Growth rate: Fresh weight",null,null,null,null,null,null,null,null,null,null,null,"Inorganic medium with sucrose",null,null,"25±0.5",null,null,null,null,null,"not stated"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Elodea canadensis",null,null,null,null,null,"60 days",null,null,null,null,null,"Growth rate: Shoot length",null,null,null,null,null,null,null,null,null,null,null,"Inorganic sterilised medium",null,null,"25°C",null,null,null,null,null,"not stated"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Elodea sp.",null,null,null,null,null,"64 days",null,null,null,null,null,"Growth: Cell concentration",null,null,null,null,null,null,null,null,null,null,null,"ISO media",null,null,"25-27",null,null,null,null,null,"PH11"]
[null,9,"Was the type of test media used stated?",5,null,1,{"$f":"IF(F35=0,0,INDEX($D35:$D37,F35,1))","v":5},"C. reinhardtii: DY-V freshwater medium pH 7.0. All other species growh in CHU-10 medium pH 7.0.",null,null,null,null,null,null,"Euglena gracilis",null,null,null,null,null,"7 days",null,null,null,null,null,"Growth: Cell density",null,null,null,null,null,null,null,null,null,null,null,"Knop's solution",null,null,"25-27°C",null,null,null,null,null,"PH7.0"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Gloeocapsa alpicola",null,null,null,null,null,"7 weeks",null,null,null,null,null,"Growth: Cell length",null,null,null,null,null,null,null,null,null,null,null,"Marinewater",null,null,"28±0.5"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Gomphonema clevei",null,null,null,null,null,"70d",null,null,null,null,null,"Growth: Cell number",null,null,null,null,null,null,null,null,null,null,null,"Medium A",null,null,"N.A."]
[null,null,"Was the type of exposure (e.g. static, flow through) stated? ",4,null,2,{"$f":"IF(F38=0,0,INDEX($D38:$D40,F38,1))","v":0},"Not stated: only culture conditions stated gently stirred and bubbled with filtered air.",null,null,null,null,null,null,"Iris pseudacorus",null,null,null,null,null,"72 hours",null,null,null,null,null,"Growth: Cell number",null,null,null,null,null,null,null,null,null,null,null,"Mesocosm water",null,null,"not stated"]
[null,10,null,0,null,null,null,null,null,null,null,null,null,null,"Juncus effusus",null,null,null,null,null,"8 day",null,null,null,null,null,"Growth: Cell volume",null,null,null,null,null,null,null,null,null,null,null,"Moderately hard standard water"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Lemna gibba",null,null,null,null,null,"8 days",null,null,null,null,null,"Growth: Chlorophyll-a content",null,null,null,null,null,null,null,null,null,null,null,"N.A."]
[null,null,"Were the contaminant concentrations measured at the beginning and end of the exposure (4 marks)? Award 2 marks if they were measured only once during the test.\nNote: If the concentrations were not measured then automatically the data cannot be high quality. ",4,null,3,{"$f":"IF(F41=0,0,INDEX($D41:$D43,F41,1))","v":0},"Final concentrations tested ranged from 1 to 30 nM.",null,null,null,null,null,null,"Lemna major",null,null,null,null,null,"9 days",null,null,null,null,null,"Growth: Final yield (Cell density)",null,null,null,null,null,null,null,null,null,null,null,"Natural pond water"]
[null,11,null,2,null,null,null,null,null,null,null,null,null,null,"Lemna minor",null,null,null,null,null,"94 days",null,null,null,null,null,"Growth: Fluorescence: Population growth",null,null,null,null,null,null,null,null,null,null,null,"NH4+ modified Bristol's media"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Lemna paucicostata",null,null,null,null,null,"96 hrs",null,null,null,null,null,"Growth: Fresh weight",null,null,null,null,null,null,null,null,null,null,null,"Nitrogen-free liquid medium"]
[null,null,"Were parallel reference toxicant toxicity tests conducted?",4,null,0,{"$f":"IF(F44=0,0,INDEX($D44:$D46,F44,1))","v":0},null,null,null,null,null,null,null,"Lemna perpusilla",null,null,null,null,null,"N.A.",null,null,null,null,null,"Growth: Frond area",null,null,null,null,null,null,null,null,null,null,null,"not stated"]
[null,12,null,0,null,null,null,null,null,null,null,null,null,null,"Lemna sp. ",null,null,null,null,null,"80 minutes",null,null,null,null,null,"Growth: Frond count",null,null,null,null,null,null,null,null,null,null,null,"OECD medium"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Lyngbya sp.",null,null,null,null,null,null,null,null,null,null,null,"Growth: length/weight increase",null,null,null,null,null,null,null,null,null,null,null,"ot stated"]
[null,null,"Was there a concentration–response relationship either observable or stated?",4,null,0,{"$f":"IF(F47=0,0,INDEX($D47:$D49,F47,1))","v":0},null,null,null,null,null,null,null,"Lythrum salicaria",null,null,null,null,null,null,null,null,null,null,null,"Growth: No. leaves per colony",null,null,null,null,null,null,null,null,null,null,null,"Romo and Becares media"]
[null,13,null,0,null,null,null,null,null,null,null,null,null,null,"Lythrum salicaria",null,null,null,null,null,null,null,null,null,null,null,"Growth: Number of roots per plant",null,null,null,null,null,null,null,null,null,null,null,"SAG media 1 with added macronutrients"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Mycrocystis sp. ",null,null,null,null,null,null,null,null,null,null,null,"Growth: Number of shoots per plant",null,null,null,null,null,null,null,null,null,null,null,"SAG medium 12"]
[null,null,"Was an appropriate statistical method or model used to determine the toxicity?\nNote: They should be accepted by a recognised national or international regulatory body (e.g. USEPA, OECD, ASTM). ",4,null,2,{"$f":"IF(F50=0,0,INDEX($D50:$D52,F50,1))","v":0},"Not stated for cell viability test - only for fluorescence tests.",null,null,null,null,null,null,"Myriophyllum aquaticum",null,null,null,null,null,null,null,null,null,null,null,"Growth: Optical density",null,null,null,null,null,null,null,null,null,null,null,"SIS medium"]
[null,14,null,0,null,null,null,null,null,null,null,null,null,null,"Myriophyllum sp. ",null,null,null,null,null,null,null,null,null,null,null,"Growth: Root length",null,null,null,null,null,null,null,null,null,null,null,"Smart and Barko nutrient media"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Myriophyllum spicatum",null,null,null,null,null,null,null,null,null,null,null,"Growth: Shoot length",null,null,null,null,null,null,null,null,null,null,null,"spring water"]
[null,15,"For LC/EC/BEC data was an estimate of variability provided? \nOR \nFor NO EC/LOEC data was the significance level 0.05 or less?  \n\n",4,null,0,{"$f":"IF(F53=0,0,INDEX($D53:$D55,F53,1))","v":0},null,null,null,null,null,null,null,"N.A.",null,null,null,null,null,null,null,null,null,null,null,"Growth: Wet weight",null,null,null,null,null,null,null,null,null,null,null,"Standard algal medium"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Najas sp. ",null,null,null,null,null,null,null,null,null,null,null,"Inhibition growth: absorbance: specific growth rate",null,null,null,null,null,null,null,null,null,null,null,"Steinberg medium"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Navicula accomoda",null,null,null,null,null,null,null,null,null,null,null,"Mortality",null,null,null,null,null,null,null,null,null,null,null,"Sterile inorganic medium"]
[null,16,"Were the following parameters measured and stated? (3 marks if measured and stated, 1 mark if just measured).",null,null,null,null,null,null,null,null,null,null,null,"Navicula cryptotenella",null,null,null,null,null,null,null,null,null,null,null,"N.A.",null,null,null,null,null,null,null,null,null,null,null,"Sterilised and filtered offshore marine water"]
[null,null,"pH",3,null,0,{"$f":"IF(F57=0,0,INDEX($D57:$D59,F57,1))","v":0},null,null,null,null,null,null,null,"Navicula sp.",null,null,null,null,null,null,null,null,null,null,null,"Percentage of healthy cells",null,null,null,null,null,null,null,null,null,null,null,"Sterilised Bristol's media"]
[null,16.100000000000001,null,1,null,null,null,null,null,null,null,null,null,null,"Oophila sp.",null,null,null,null,null,null,null,null,null,null,null,"Popuation Abundance: Cell concentration",null,null,null,null,null,null,null,null,null,null,null,"Sterilised culture medium"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Oscillatoria cf. chalybea",null,null,null,null,null,null,null,null,null,null,null,"Population abundance: frond cover (area)",null,null,null,null,null,null,null,null,null,null,null,"Sterilised fresh water and Shuisheng-4 media"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Oscillatoria limnetica",null,null,null,null,null,null,null,null,null,null,null,"Population abundance: growth inhibition: cell count",null,null,null,null,null,null,null,null,null,null,null,"Synthetic algal nutrient medium (SANM)"]
[null,null,"Was the temperature measured and stated (3 marks)? Award 1 mark if the temperature was measured but not stated or if only the temperature settings of the room or chamber are stated.",3,null,1,{"$f":"IF(F61=0,0,INDEX($D61:$D63,F61,1))","v":3},"18-22 degrees C.",null,null,null,null,null,null,"Pithophora oedogonia",null,null,null,null,null,null,null,null,null,null,null,"Population abundance: growth inhibition: frond count",null,null,null,null,null,null,null,null,null,null,null,"Tris-minimal phosphate medium"]
[null,17,null,1,null,null,null,null,null,null,null,null,null,null,"Potamageton perfoliatus",null,null,null,null,null,null,null,null,null,null,null,"Population abundance: growth inhibition: frond cover (area)",null,null,null,null,null,null,null,null,null,null,null,"Unfiltered river water"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Pseudanabaena galeata",null,null,null,null,null,null,null,null,null,null,null,"population growth",null,null,null,null,null,null,null,null,null,null,null,"US EPA bottle medium (growth medium)"]
[null,null,"Were test solutions, blanks and/or controls tested for contamination OR were analytical reagent grade chemicals used or the highest possible purity chemicals used for the experiment? (3 marks).",3,null,1,{"$f":"IF(F64=0,0,INDEX($D64:$D65,F64,1))","v":3},"Supplier-certified as 99% pure",null,null,null,null,null,null,"Pseudokirchneriella subcapitata",null,null,null,null,null,null,null,null,null,null,null,"Population growth rate: cell denisty: spectrometry",null,null,null,null,null,null,null,null,null,null,null,"WC media/deionised water"]
[null,18,null,0,null,null,null,null,null,null,null,null,null,null,"raphidocelis subcapitata",null,null,null,null,null,null,null,null,null,null,null,"Population: Abundance: Biomass (Chl-a)",null,null,null,null,null,null,null,null,null,null,null,"Wong and Dennis' nutrient solution"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Scenedesmus acutus",null,null,null,null,null,null,null,null,null,null,null,"Population: Growth Rate: Front count",null,null,null,null,null,null,null,null,null,null,null,"Z media"]
[null,null,null,null,null,null,null,null,{"$f":"COUNTIF(D2:D7,\"=0\")+COUNTIF(F2:F10,\"=0\")+COUNTIF(F12:F64,\"=0\")","v":17},null,null,null,null,null,"Scenedesmus obliquus",null,null,null,null,null,null,null,null,null,null,null,"Proportion of healthy cells (%)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Scenedesmus quadricauda",null,null,null,null,null,null,null,null,null,null,null,"Reproduction"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Scenedesmus subspicatus",null,null,null,null,null,null,null,null,null,null,null,"Reproduction inhibition"]
[null,null,"Total score",null,null,null,{"$f":"IF(SUM(G12:G67)=0,\"\",SUM(G12:G67))","v":41},null,null,null,null,null,null,null,"Scenedesmus vacuolatus",null,null,null,null,null,null,null,null,null,null,null,"Viability: Cell death"]
[null,null,"Total Max. possible score for the various types of data and contaminants ",null,{"$f":"D12+D15+D18+D21+D23+D26+D29+D32+D35+D38+D41+D44+D47+D50+D53+D57+D61+D64","v":88},null,null,null,null,null,null,null,null,null,"Scirpus tabernaemontani"]
[null,null,"Quality Score",null,{"$f":"\"= [Total score / Total possible score] * 100 = \"","v":"= [Total score / Total possible score] * 100 = "},null,{"$f":"IF(ISERROR(G70/E71),#N/A,G70/E71)","v":0.46590909090909088},{"$f":"IF(F41=3,\"The highest possible grade for this datum is acceptable.\",\"\")","v":"The highest possible grade for this datum is acceptable."},null,null,null,null,null,null,"Scnedesmus sp. "]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Selenastrum capricornutum"]
[null,null,"H = high quality                           Quality score ≥ 80%  ",null,null,null,null,null,null,null,null,null,null,null,"Selenastrum capricornutum"]
[null,null,"A = acceptable quality         > 50% Quality score < 80%     ",null,null,null,null,null,null,null,null,null,null,null,"Selenastrum sp. "]
[null,null,"U = unacceptable quality              Quality score ≤ 50%",null,null,null,null,null,null,null,null,null,null,null,"Spartina alterniflora"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Synechococcus elongatus"]
[3,null,"Click the 'Save & Update' button to save and export the answers to the 'All results' worksheet. ",null,null,null,null,null,null,null,null,null,null,null,"Tetrahymena pyrformis"]
[null,null,"Select the 'Reset Answers' button if you wish to clear all answers.",null,null,null,null,null,null,null,null,null,null,null,"Vallisneria sp."]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Zostera marina"]

{"sheet":"FW nonmetal plant_WS","index":12,"n_rows":2666,"n_cols":22,"rows_kept":2666,"cut":false,"hidden":false,"merged":[]}
["Question No.",1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16.100000000000001,17,18,"Total Score","Quality Score","Comment "]
["Short Questions","Duration of the exposure ","Biological endpoint","Biological effect stated or not","Biological effect quantified or not","Appropriate controls","Control & contaminant concentration","Test acceptability criteria","Characteristics of the test organism"," Type of test media","Type of exposure","Contaminant concentrations","Parallel reference toxicant toxicity tests","Concentration–response relationship","Determine the toxicity","NOEC/LOEC or LC/EC/BEC","pH","Temperature","Grade or purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","159159"]
["Scores",10,10,5,5,5,5,0,5,5,4,2,0,4,4,4,0,0,3,71,0.80681818181818177,""]
["Answers","96h.","Yes: Stated and defined. PSII inhibition (Fv/Fm) using IPAM.","EC50.","Yes. 107 µg/L.","Control but no solvent control","Yes. 6 replicates.","No.","Yes: two fronds.","Hunter's half strength growth medium.","Static.","Measured at least once.","No.","Yes.","95% CI.","95% CI.","No.","No.","Analytical grade stated to be used."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161002"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,3,3,74,0.84090909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","96h.","Growth rates. Measured Chlorophyll a fluorescence. Correlated with cell density to measure growth rate.","EC5, EC50.","Yes.","Control and solvent control.","Triplicate.","Inferred (Standard Guide for Conducting Static Toxicity Tests with Microalgae).","8-10 day old strain culture in the exponential growth phase.","DV Growth media.","Static (inferred from acceptability criteria).","No.","No.","Yes. Dose-response.","95% CI (bootstrap methods).","95% CI (bootstrap methods).","No.","21±2°C.","Analytical grade. 99.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","EC50. Logistic 3 parameter model.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50. Logistic 3 parameter model.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50. Logistic 3 parameter model.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC. Light intensity 6000 lx.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","NOEC.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","95% level certainty using Shapiro-Wilks test.","Dunnett's test.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160884"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,0,4,4,3,3,3,70,0.79545454545454541,""]
["Answers","14 days.","Stated and defined. Mortality (normal, signs of chlorosis, necrosis, etc.). Cumulative growth, netgrowth (initial and final measurement), growth rate (formula provided in paper).","EC50.","Yes.","Control but no solvent control.","Four replicates.","No. But some criteria included: \"in all cases maximum detected concentrations were <2.5% of the lowest exposure treatment and therefore not considered to be experimental consequential.","Measured but not stated.","Fresh dilution water.","Static renewal (inferred).","Yes (\"at test initiation, day 7, before and after solution renewals\"). LC/MS/MS.","No.","No. A relationship between light intensity (exposure) and response was shown however.","Yes.","Yes.","7.4-9.2.","23-26°C.","High analytical grade (97.6%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160945"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160945"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160945"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160945"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160945"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160945"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160945"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160945"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate (equation provided).","NOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate (equation provided).","LOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate (equation provided).","IC25. (Inhibitory Concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate (equation provided).","IC50. (Inhibitory Concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","NOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","LOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","IC25 (Inhibitory Concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","IC50 (Inhibitory Concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","NOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","LOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","IC25 (Inhibitory concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","IC50 (Inhibitory concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","NOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","LOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","IC25 (Inhibitory concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","IC50 (Inhibitory concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","NOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","LOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","IC25 (Inhibitory concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","IC50 (Inhibitory concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","NOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","LOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","IC25 (Inhibitory concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,1,1,3,76,0.86363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Growth rate and yield equation and method provided.","IC50 (Inhibitory concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","Stated validity criteria. (OECD no. 221).","Colonies consisting of two to four visible fronds.","Steinberg medium.","Static renewal (72h).","No.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,4,4,4,1,1,3,75,0.85227272727272729,""]
["Answers","10 days.","Stated and defined. Growth rate and yield equation and method provided.","NOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","No official validity criteria exist, but inferred from other reference in terms of growth rate.","Whorls showed no signs of side shoots. Weight was 25±6mg.","Steinberg medium.","Static renewal (72h).","Yes. GCMS.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,4,4,4,1,1,3,75,0.85227272727272729,""]
["Answers","10 days.","Stated and defined. Growth rate and yield equation and method provided.","LOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","No official validity criteria exist, but inferred from other reference in terms of growth rate.","Whorls showed no signs of side shoots. Weight was 25±6mg.","Steinberg medium.","Static renewal (72h).","Yes. GCMS.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,4,4,4,1,1,3,75,0.85227272727272729,""]
["Answers","10 days.","Stated and defined. Growth rate and yield equation and method provided.","IC25 (Inhibitory concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","No official validity criteria exist, but inferred from other reference in terms of growth rate.","Whorls showed no signs of side shoots. Weight was 25±6mg.","Steinberg medium.","Static renewal (72h).","Yes. GCMS.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,4,4,4,1,1,3,75,0.85227272727272729,""]
["Answers","10 days.","Stated and defined. Growth rate and yield equation and method provided.","IC50 (Inhibitory concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","No official validity criteria exist, but inferred from other reference in terms of growth rate.","Whorls showed no signs of side shoots. Weight was 25±6mg.","Steinberg medium.","Static renewal (72h).","Yes. GCMS.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,4,4,4,1,1,3,75,0.85227272727272729,""]
["Answers","10 days.","Stated and defined. Growth rate and yield equation and method provided.","NOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","No official validity criteria exist, but inferred from other reference in terms of growth rate.","Whorls showed no signs of side shoots. Weight was 25±6mg.","Steinberg medium.","Static renewal (72h).","Yes. GCMS.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,4,4,4,1,1,3,75,0.85227272727272729,""]
["Answers","10 days.","Stated and defined. Growth rate and yield equation and method provided.","LOEC.","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","No official validity criteria exist, but inferred from other reference in terms of growth rate.","Whorls showed no signs of side shoots. Weight was 25±6mg.","Steinberg medium.","Static renewal (72h).","Yes. GCMS.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,4,4,4,1,1,3,75,0.85227272727272729,""]
["Answers","10 days.","Stated and defined. Growth rate and yield equation and method provided.","IC25 (Inhibitory concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","No official validity criteria exist, but inferred from other reference in terms of growth rate.","Whorls showed no signs of side shoots. Weight was 25±6mg.","Steinberg medium.","Static renewal (72h).","Yes. GCMS.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160947"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,4,4,4,1,1,3,75,0.85227272727272729,""]
["Answers","10 days.","Stated and defined. Growth rate and yield equation and method provided.","IC50 (Inhibitory concentration).","Yes.","Control, but no solvent control.","Triplicate per treatment and six per control.","No official validity criteria exist, but inferred from other reference in terms of growth rate.","Whorls showed no signs of side shoots. Weight was 25±6mg.","Steinberg medium.","Static renewal (72h).","Yes. GCMS.","No.","Yes.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","NOEC and LOEC - Dunnett's test. Confidence intervals for IC25 and IC50.","Measured but not stated.","Measured but not stated.","Analytical grade (98%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Six replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164769"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,0,0,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Biomass weight. Dried at 60°C for 24h and weighed.","IC25.","Yes. No initial measure of biomass made, but controls used.","Control used.","Three replicates.","No.","6 fronds at test initiation. 7-10 day old cultures.","Hoagland's media.","No.","No,","No.","Yes. No initial measure of biomass made, but controls used.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","Yes. Standard deviation. ANOVA and Sidewak pairwise comparisons.","No.","No.","Commercial grade. Atrazine 480 (United Agri Products) - 93.9%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,0,3,3,3,77,0.875,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","No.","No.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,0,3,3,3,77,0.875,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","No.","No.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,0,3,3,3,77,0.875,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","No.","No.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,0,3,3,3,77,0.875,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","No.","No.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,0,3,3,3,77,0.875,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","No.","No.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,0,3,3,3,77,0.875,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","No.","No.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,0,3,3,3,77,0.875,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","No.","No.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,0,3,3,3,77,0.875,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","No.","No.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,0,3,3,3,77,0.875,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","No.","No.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","160232"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,81,0.92045454545454541,""]
["Answers","Yes. Multiple (1d, 3d, 5d, 7d, 9d, 14d).","Stated and defined. Growth (increase in frond number): count. Growth (average growth rate): formula with data throughout study). Growth (biomass): dry weight milligrams).","Multiple (NOEC, LOEC, EC10, EC50).","Yes.","Control but not solvent control.","Three replicates.","Inferred (US EPA Guideline 850.4400, ASTM Standard Guide 1415-91 E, OECD Guideline no. 221).","Criteria stated (only plants uniform in size were used for testing. A 1-d holding period was used before initiating the test to ensure that replicates selected for the exposure phase demonstrated similar reproductive conditions (number of fronds produced).","20x AAP algal medium.","Static renewal (2-3 days).","Yes (test initiation and termination).","No.","Yes.","Dunnett's test.","Dunnett's test.","7.9 - 9.4.","25±2°C.","Technical grade (98.5%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161044"]
["Scores",10,10,5,5,5,5,0,5,5,4,0,0,4,0,0,0,0,0,58,0.65909090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","96 hours.","Stated and defined. Growth rate: frond numbers, chlorophyll content and biomass (freshweight and dry weight).","EC50 and EC90.","Yes.","Positive and negative control.","Four replicates.","No.","Two fronds of approximately equal size. Only healthy looking colonies.","Hoagland's nutrient media","Static.","No.","No.","Yes.","No.","No.","No.","No.","No."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","161044"]
["Scores",10,10,5,5,5,5,0,5,5,4,0,0,4,0,0,0,0,0,58,0.65909090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","96 hours.","Stated and defined. Growth rate: frond numbers, chlorophyll content and biomass (freshweight and dry weight).","EC50 and EC90.","Yes.","Positive and negative control.","Four replicates.","No.","Two fronds of approximately equal size. Only healthy looking colonies.","Hoagland's nutrient media","Static.","No.","No.","Yes.","No.","No.","No.","No.","No."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","163051"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,4,4,4,1,0,3,68,0.77272727272727271,""]
["Answers","24 hours.","Stated and defined. Electronic cell counting.","EC50 and NOEC.","Yes.","Untreated controls used.","Three replicates.","No.","No.","Algal growth medium.","No.","Measured at least once during test by HPLC with reproducible results to nominal concentrations.","No.","Yes. Stated.","Bootstrap approach for EC50. Dunnett's test for NOEC.","Bootstrap approach for EC50. Dunnett's test for NOEC.","Only stated that they maintained stable pH.","No.",">97%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","163051"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,4,4,4,1,0,3,68,0.77272727272727271,""]
["Answers","24 hours.","Stated and defined. Electronic cell counting.","EC50 and NOEC.","Yes.","Untreated controls used.","Three replicates.","No.","No.","Algal growth medium.","No.","Measured at least once during test by HPLC with reproducible results to nominal concentrations.","No.","Yes. Stated.","Bootstrap approach for EC50. Dunnett's test for NOEC.","Bootstrap approach for EC50. Dunnett's test for NOEC.","Only stated that they maintained stable pH.","No.",">97%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,0,4,4,0,3,0,58,0.65909090909090906,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","Age. Three tests (0 day adaptation, 7 day adaptation, 28 day adaptation to submerged state in medium).","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,0,4,4,0,3,0,58,0.65909090909090906,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","Age. Three tests (0 day adaptation, 7 day adaptation, 28 day adaptation to submerged state in medium).","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,0,4,4,0,3,0,58,0.65909090909090906,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","Age. Three tests (0 day adaptation, 7 day adaptation, 28 day adaptation to submerged state in medium).","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,0,4,4,0,3,0,58,0.65909090909090906,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","Age. Three tests (0 day adaptation, 7 day adaptation, 28 day adaptation to submerged state in medium).","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,0,4,4,0,3,0,58,0.65909090909090906,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","Age. Three tests (0 day adaptation, 7 day adaptation, 28 day adaptation to submerged state in medium).","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,0,4,4,0,3,0,58,0.65909090909090906,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","Age. Three tests (0 day adaptation, 7 day adaptation, 28 day adaptation to submerged state in medium).","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,0,4,4,0,3,0,58,0.65909090909090906,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","Age. Three tests (0 day adaptation, 7 day adaptation, 28 day adaptation to submerged state in medium).","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,0,4,4,0,3,0,58,0.65909090909090906,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","Age. Three tests (0 day adaptation, 7 day adaptation, 28 day adaptation to submerged state in medium).","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,0,4,4,0,3,0,58,0.65909090909090906,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,0,4,4,0,3,0,58,0.65909090909090906,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,0,4,4,0,3,0,58,0.65909090909090906,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,0,4,4,0,3,0,58,0.65909090909090906,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Growth rate: fresh weight, shoot length and root length.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","No for fresh weight. Yes for shoot length and root length.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Quantum yield of PSII.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","Yes.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Quantum yield of PSII.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","Yes.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Quantum yield of PSII.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","Yes.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Quantum yield of PSII.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","Yes.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Quantum yield of PSII.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","Yes.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Quantum yield of PSII.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","Yes.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Quantum yield of PSII.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","Yes.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Quantum yield of PSII.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","Yes.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Quantum yield of PSII.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","Yes.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Quantum yield of PSII.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","Yes.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Quantum yield of PSII.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","Yes.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164771"]
["Scores",10,10,5,5,5,5,0,0,5,0,2,0,4,4,4,0,3,0,62,0.70454545454545459,""]
["Answers","7 days.","Stated and defined. Quantum yield of PSII.","NOEC, LOEC, EC10, EC50.","Yes.","Control and solvent control.","Three replicates.","No.","No.","Steinberg medium diluted 1:1 with deionized water.","No.","Samples taken once during test for chemical analysis on HPLC.","No.","Yes.","ECx 95% CI. NOEC and LOEC, p < 0.05.","ECx 95% CI. NOEC and LOEC, p < 0.05.","No.","22±2°C.","Purity of atrazine not listed."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","Yes.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,0,4,4,3,1,3,73,0.82954545454545459,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","No.","95% Cis for EC data. Dunnett's test for NOEC.","95% Cis for EC data. Dunnett's test for NOEC.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,0,4,0,3,1,3,69,0.78409090909090895,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","No.","95% Cis for EC data. Dunnett's test for NOEC.","No.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,0,4,0,3,1,3,69,0.78409090909090895,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","No.","95% Cis for EC data. Dunnett's test for NOEC.","No.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,0,4,4,3,1,3,73,0.82954545454545459,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","No.","Yes.","Yes.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,0,4,4,3,1,3,73,0.82954545454545459,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","No.","Yes.","Yes.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","164767"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,0,4,0,3,1,3,69,0.78409090909090906,""]
["Answers","48 hours.","Stated and defined. PSII quantum yield, growth rate and cell density.","NOEC, EC10, EC50.","Yes.","Control but not solvent control.","Four replicates.","No.","Cell density. P subcapitata, 10 000 cells/mL. A Flos-aquae, 50 000 cells/mL. N pelliculosa 15 000 cells/mL.","Wildlife International well water.","Static.","Beginning and end of exposure using HPLC.","No.","No.","No.","No.","7.5±0.1.","Temperature measured in chamber. 24±2°C.","97.5% technical grade."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","165045"]
["Scores",10,10,5,5,5,5,2,0,5,0,0,0,4,4,4,3,3,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","96 hours.","Stated and defined. Cell growth. Optical density measurement at 680 nm.","EC50.","Yes.","Control and solvent control.","Three replicates.","OECD 201 guidelines.","Maintained in medium 6 days prior to testing. Logarithmic phase of growth. Density is 10^6 cells/mL.","WC medium.","No.","No. Did measure for removal of atrazine, but not growth assay.","No.","Yes. Observable.","Yes. But disputable.","Yes. But disputable.","7.5±0.5.","25±2°C.","Purified through recrystallisation and obtained as  a white amorphous solid. Purity >99%."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","165280"]
["Scores",10,10,5,5,5,5,5,5,5,0,2,0,4,4,4,0,0,3,72,0.81818181818181823,""]
["Answers","4.5 hours","Effective PSII efficiency using Pulse Amplitude Modulation (PAM).","EC50.","Yes.","Control but no solvent control.","Six replicates.","\"For a test to be valid the minimum effective PSII efficiency of unexposed control algae should be at least 0.250 and an effective PSII efficiency of a fixed concentration of atrazine should be 70±10% for all test species.\"","Exponential growth phase with a cell density of 1e^6 cells/mL for D. tertiolecta and T. pseudonana and 2.5e^6 cells/mL for P. tricornutum.","Artificial seawater. Inferred from chemical analysis that culture medium was used for assay.","No. Could infer static given short exposure.","Measured once for D. tertiolecta. No measurements for other species.","No.","Log-logistic dose response model.","95% Cis.","95% Cis.","No.","No.","Atrazine PESTANAL (97.4% purity)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","165280"]
["Scores",10,10,5,5,5,5,5,5,5,0,0,0,4,4,4,0,0,3,70,0.79545454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","4.5 hours","Effective PSII efficiency using Pulse Amplitude Modulation (PAM).","EC50.","Yes.","Control but no solvent control.","Six replicates.","\"For a test to be valid the minimum effective PSII efficiency of unexposed control algae should be at least 0.250 and an effective PSII efficiency of a fixed concentration of atrazine should be 70±10% for all test species.\"","Exponential growth phase with a cell density of 1e^6 cells/mL for D. tertiolecta and T. pseudonana and 2.5e^6 cells/mL for P. tricornutum.","Artificial seawater. Inferred from chemical analysis that culture medium was used for assay.","No. Could infer static given short exposure.","Measured once for D. tertiolecta. No measurements for other species.","No.","Log-logistic dose response model.","95% Cis.","95% Cis.","No.","No.","Atrazine PESTANAL (97.4% purity)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","165280"]
["Scores",10,10,5,5,5,5,5,5,5,0,0,0,4,4,4,0,0,3,70,0.79545454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","4.5 hours","Effective PSII efficiency using Pulse Amplitude Modulation (PAM).","EC50.","Yes.","Control but no solvent control.","Six replicates.","\"For a test to be valid the minimum effective PSII efficiency of unexposed control algae should be at least 0.250 and an effective PSII efficiency of a fixed concentration of atrazine should be 70±10% for all test species.\"","Exponential growth phase with a cell density of 1e^6 cells/mL for D. tertiolecta and T. pseudonana and 2.5e^6 cells/mL for P. tricornutum.","Artificial seawater. Inferred from chemical analysis that culture medium was used for assay.","No. Could infer static given short exposure.","Measured once for D. tertiolecta. No measurements for other species.","No.","Log-logistic dose response model.","95% Cis.","95% Cis.","No.","No.","Atrazine PESTANAL (97.4% purity)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","165278"]
["Scores",10,5,5,5,0,0,0,5,5,0,0,0,4,0,0,0,1,0,40,0.45454545454545453,"The highest possible grade for this datum is acceptable."]
["Answers","48 hours and 96 hours.","Cell growth rate.","EC50.","Yes.","Not stated.","Not stated.","No.","Exponential growth phase.","BG11 medium inferred.","No.","No.","No.","Yes.","No.","No.","No.","25±0.5°C in a controlled-environment cabinet.","No."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","165278"]
["Scores",10,5,5,5,0,0,0,5,5,0,0,0,4,0,0,0,1,0,40,0.45454545454545453,"The highest possible grade for this datum is acceptable."]
["Answers","48 hours and 96 hours.","Cell growth rate.","EC50.","Yes.","Not stated.","Not stated.","No.","Exponential growth phase.","BG11 medium inferred.","No.","No.","No.","Yes.","No.","No.","No.","25±0.5°C in a controlled-environment cabinet.","No."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","165278"]
["Scores",10,5,0,5,0,0,0,5,5,0,0,0,4,0,0,0,1,0,35,0.39772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","48 hours and 96 hours.","Cell growth rate.","No. LOEC inferred.","Yes.","Not stated.","Not stated.","No.","Exponential growth phase.","BG11 medium inferred.","No.","No.","No.","Yes.","No.","No.","No.","25±0.5°C in a controlled-environment cabinet.","No."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","165278"]
["Scores",10,5,0,5,0,0,0,5,5,0,0,0,4,0,0,0,1,0,35,0.39772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","48 hours and 96 hours.","Cell growth rate.","No. NOEC inferred.","Yes.","Not stated.","Not stated.","No.","Exponential growth phase.","BG11 medium inferred.","No.","No.","No.","Yes.","No.","No.","No.","25±0.5°C in a controlled-environment cabinet.","No."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","165278"]
["Scores",10,5,0,5,0,0,0,5,5,0,0,0,4,0,0,0,1,0,35,0.39772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","48 hours and 96 hours.","Cell growth rate.","No. LOEC inferred.","Yes.","Not stated.","Not stated.","No.","Exponential growth phase.","BG11 medium inferred.","No.","No.","No.","Yes.","No.","No.","No.","25±0.5°C in a controlled-environment cabinet.","No."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","165395"]
["Scores",10,10,0,5,5,0,0,5,5,0,0,0,0,4,0,0,3,0,47,0.53409090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Plant growth inhibition (wet weight biomass).","EC50 inferred. \"The model wa used for determination of the 50% plant growth inhibition value (50% reduction of plant biomass increase) caused by atrazine.","Yes.","Control but no solvent control.","Not stated.","No.","39.4g for sweet flag; 24.2 for broadleaf cattail; 10.6 for narrow-leaf cattail.","Hoagland medium.","No.","Chemical analysis in study but not in experiment pertaining to measuring growth inhibition.","No.","No.","No.","No.","No.","26±1°C.","No."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","165395"]
["Scores",10,10,0,5,5,0,0,5,5,0,0,0,0,4,0,0,3,0,47,0.53409090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Plant growth inhibition (wet weight biomass).","EC50 inferred. \"The model wa used for determination of the 50% plant growth inhibition value (50% reduction of plant biomass increase) caused by atrazine.","Yes.","Control but no solvent control.","Not stated.","No.","39.4g for sweet flag; 24.2 for broadleaf cattail; 10.6 for narrow-leaf cattail.","Hoagland medium.","No.","Chemical analysis in study but not in experiment pertaining to measuring growth inhibition.","No.","No.","No.","No.","No.","26±1°C.","No."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","165395"]
["Scores",10,10,0,5,5,0,0,5,5,0,0,0,0,4,0,0,3,0,47,0.53409090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","7 days.","Stated and defined. Plant growth inhibition (wet weight biomass).","EC50 inferred. \"The model wa used for determination of the 50% plant growth inhibition value (50% reduction of plant biomass increase) caused by atrazine.","Yes.","Control but no solvent control.","Not stated.","No.","39.4g for sweet flag; 24.2 for broadleaf cattail; 10.6 for narrow-leaf cattail.","Hoagland medium.","No.","Chemical analysis in study but not in experiment pertaining to measuring growth inhibition.","No.","No.","No.","No.","No.","26±1°C.","No."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","165582"]
["Scores",10,10,5,5,5,5,5,0,5,4,0,0,4,4,4,0,3,3,72,0.81818181818181823,"The highest possible grade for this datum is acceptable."]
["Answers","4.5 hours.","Stated and defined. PSII effective quantum yield.","EC50.","Yes.","Control but no solvent control.","Six replicates.","Stated. \"As a quality control the minimum ϕPSII of the unexposed control was set to 0.250 and the minimum ϕPSII inhibition of algae exposed to 95 µg/L atrazine was set to 70% ± 10%\"","No.","Artificial seawater.","1 x 10^6 cell/mL density.","Chemical analysis performed, but not in the PAM fluorometry expirment.","No.","Dose-response relationship stated.","Yes.","Yes.","No.","16°C.","Yes."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","166449"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","35 days.","Stated and defined: Relative growth rate (dry weight).","NOEC, LOEC and EC50.","Yes.","Control but no solvent control.","Three replicates.","No.","286.8 ± 12.2g fresh weight.","1/10 Hoagland solution.","Static renewal. \"Nutrient solution was supplemented every 24 h to 5 L volume (initial solution volume) to compensate for the nutrition consumption and water vaporization.\"…\"ATZ was supplemented to the containers if necessary to maintain target concentrations at approximately ±20 %\"","Samples collected on days 1, 5, 10, 20 and 35 for quantifying atrazine concentration.","No.","Yes","NOEC and LOEC: Duncan's test.","NOEC and LOEC: Duncan's test.","7.13 - 7.32.","20°C.","90% purity."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","166449"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","35 days.","Stated and defined: Relative growth rate (dry weight).","NOEC, LOEC and EC50.","Yes.","Control but no solvent control.","Three replicates.","No.","286.8 ± 12.2g fresh weight.","1/10 Hoagland solution.","Static renewal. \"Nutrient solution was supplemented every 24 h to 5 L volume (initial solution volume) to compensate for the nutrition consumption and water vaporization.\"…\"ATZ was supplemented to the containers if necessary to maintain target concentrations at approximately ±20 %\"","Samples collected on days 1, 5, 10, 20 and 35 for quantifying atrazine concentration.","No.","Yes","NOEC and LOEC: Duncan's test.","NOEC and LOEC: Duncan's test.","7.13 - 7.32.","20°C.","90% purity."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","166449"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","35 days.","Stated and defined: Relative growth rate (dry weight).","NOEC, LOEC, EC50.","Yes.","Control but no solvent control.","Three replicates.","No.","286.8 ± 12.2g fresh weight.","1/10 Hoagland solution.","Static renewal. \"Nutrient solution was supplemented every 24 h to 5 L volume (initial solution volume) to compensate for the nutrition consumption and water vaporization.\"…\"ATZ was supplemented to the containers if necessary to maintain target concentrations at approximately ±20 %\"","Samples collected on days 1, 5, 10, 20 and 35 for quantifying atrazine concentration.","No.","Yes","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","7.13 - 7.32.","20°C.","90% purity."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","166449"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","20 days.","Stated and defined: Relative growth rate (dry weight).","NOEC, LOEC, EC50.","Yes.","Control but no solvent control.","Three replicates.","No.","286.8 ± 12.2g fresh weight.","1/10 Hoagland solution.","Static renewal. \"Nutrient solution was supplemented every 24 h to 5 L volume (initial solution volume) to compensate for the nutrition consumption and water vaporization.\"…\"ATZ was supplemented to the containers if necessary to maintain target concentrations at approximately ±20 %\"","Samples collected on days 1, 5, 10, 20 and 35 for quantifying atrazine concentration.","No.","Yes","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","7.13 - 7.32.","20°C.","90% purity."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","166449"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","10 days.","Stated and defined: Relative growth rate (dry weight).","NOEC, LOEC, EC50.","Yes.","Control but no solvent control.","Three replicates.","No.","286.8 ± 12.2g fresh weight.","1/10 Hoagland solution.","Static renewal. \"Nutrient solution was supplemented every 24 h to 5 L volume (initial solution volume) to compensate for the nutrition consumption and water vaporization.\"…\"ATZ was supplemented to the containers if necessary to maintain target concentrations at approximately ±20 %\"","Samples collected on days 1, 5, 10, 20 and 35 for quantifying atrazine concentration.","No.","Yes","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","7.13 - 7.32.","20°C.","90% purity."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","166449"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","5 days.","Stated and defined: Relative growth rate (dry weight).","NOEC, LOEC, EC50.","Yes.","Control but no solvent control.","Three replicates.","No.","286.8 ± 12.2g fresh weight.","1/10 Hoagland solution.","Static renewal. \"Nutrient solution was supplemented every 24 h to 5 L volume (initial solution volume) to compensate for the nutrition consumption and water vaporization.\"…\"ATZ was supplemented to the containers if necessary to maintain target concentrations at approximately ±20 %\"","Samples collected on days 1, 5, 10, 20 and 35 for quantifying atrazine concentration.","No.","Yes","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","7.13 - 7.32.","20°C.","90% purity."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","166449"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","1 days.","Stated and defined: Relative growth rate (dry weight).","NOEC, LOEC, EC50.","Yes.","Control but no solvent control.","Three replicates.","No.","286.8 ± 12.2g fresh weight.","1/10 Hoagland solution.","Static renewal. \"Nutrient solution was supplemented every 24 h to 5 L volume (initial solution volume) to compensate for the nutrition consumption and water vaporization.\"…\"ATZ was supplemented to the containers if necessary to maintain target concentrations at approximately ±20 %\"","Samples collected on days 1, 5, 10, 20 and 35 for quantifying atrazine concentration.","No.","Yes","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","7.13 - 7.32.","20°C.","90% purity."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","166449"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","5 days.","Stated and defined: Relative growth rate (dry weight).","NOEC, LOEC, EC50.","Yes.","Control but no solvent control.","Three replicates.","No.","286.8 ± 12.2g fresh weight.","1/10 Hoagland solution.","Static renewal. \"Nutrient solution was supplemented every 24 h to 5 L volume (initial solution volume) to compensate for the nutrition consumption and water vaporization.\"…\"ATZ was supplemented to the containers if necessary to maintain target concentrations at approximately ±20 %\"","Samples collected on days 1, 5, 10, 20 and 35 for quantifying atrazine concentration.","No.","Yes","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","7.13 - 7.32.","20°C.","90% purity."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","166449"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","10 days.","Stated and defined: Relative growth rate (dry weight).","NOEC, LOEC, EC50.","Yes.","Control but no solvent control.","Three replicates.","No.","286.8 ± 12.2g fresh weight.","1/10 Hoagland solution.","Static renewal. \"Nutrient solution was supplemented every 24 h to 5 L volume (initial solution volume) to compensate for the nutrition consumption and water vaporization.\"…\"ATZ was supplemented to the containers if necessary to maintain target concentrations at approximately ±20 %\"","Samples collected on days 1, 5, 10, 20 and 35 for quantifying atrazine concentration.","No.","Yes","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","7.13 - 7.32.","20°C.","90% purity."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","166449"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","20 days.","Stated and defined: Relative growth rate (dry weight).","NOEC, LOEC, EC50.","Yes.","Control but no solvent control.","Three replicates.","No.","286.8 ± 12.2g fresh weight.","1/10 Hoagland solution.","Static renewal. \"Nutrient solution was supplemented every 24 h to 5 L volume (initial solution volume) to compensate for the nutrition consumption and water vaporization.\"…\"ATZ was supplemented to the containers if necessary to maintain target concentrations at approximately ±20 %\"","Samples collected on days 1, 5, 10, 20 and 35 for quantifying atrazine concentration.","No.","Yes","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","7.13 - 7.32.","20°C.","90% purity."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","166449"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,0,4,3,3,3,75,0.85227272727272729,""]
["Answers","10, 20, 35 days.","Stated and defined: Chlorophyll fluoroscence (Fv/Fm ratio inhibition).","LOEC.","Yes.","Control but no solvent control.","Three replicates.","No.","286.8 ± 12.2g fresh weight.","1/10 Hoagland solution.","Static renewal. \"Nutrient solution was supplemented every 24 h to 5 L volume (initial solution volume) to compensate for the nutrition consumption and water vaporization.\"…\"ATZ was supplemented to the containers if necessary to maintain target concentrations at approximately ±20 %\"","Samples collected on days 1, 5, 10, 20 and 35 for quantifying atrazine concentration.","No.","Yes","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","7.13 - 7.32.","20°C.","90% purity."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","166449"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,0,4,3,3,3,75,0.85227272727272729,""]
["Answers","10, 20, 35 days.","Stated and defined: Chlorophyll fluoroscence (Fv/Fm ratio inhibition).","LOEC.","Yes.","Control but no solvent control.","Three replicates.","No.","286.8 ± 12.2g fresh weight.","1/10 Hoagland solution.","Static renewal. \"Nutrient solution was supplemented every 24 h to 5 L volume (initial solution volume) to compensate for the nutrition consumption and water vaporization.\"…\"ATZ was supplemented to the containers if necessary to maintain target concentrations at approximately ±20 %\"","Samples collected on days 1, 5, 10, 20 and 35 for quantifying atrazine concentration.","No.","Yes","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","7.13 - 7.32.","20°C.","90% purity."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","166449"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,0,4,3,3,3,75,0.85227272727272729,""]
["Answers","10, 20, 35 days.","Stated and defined: Chlorophyll fluoroscence (Fv/Fm ratio inhibition).","LOEC.","Yes.","Control but no solvent control.","Three replicates.","No.","286.8 ± 12.2g fresh weight.","1/10 Hoagland solution.","Static renewal. \"Nutrient solution was supplemented every 24 h to 5 L volume (initial solution volume) to compensate for the nutrition consumption and water vaporization.\"…\"ATZ was supplemented to the containers if necessary to maintain target concentrations at approximately ±20 %\"","Samples collected on days 1, 5, 10, 20 and 35 for quantifying atrazine concentration.","No.","Yes","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","7.13 - 7.32.","20°C.","90% purity."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","166449"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,0,4,3,3,3,75,0.85227272727272729,""]
["Answers","1- and 5-day.","Stated and defined: Chlorophyll fluoroscence (Fv/Fm ratio inhibition).","LOEC.","Yes.","Control but no solvent control.","Three replicates.","No.","286.8 ± 12.2g fresh weight.","1/10 Hoagland solution.","Static renewal. \"Nutrient solution was supplemented every 24 h to 5 L volume (initial solution volume) to compensate for the nutrition consumption and water vaporization.\"…\"ATZ was supplemented to the containers if necessary to maintain target concentrations at approximately ±20 %\"","Samples collected on days 1, 5, 10, 20 and 35 for quantifying atrazine concentration.","No.","Yes","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","7.13 - 7.32.","20°C.","90% purity."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","166449"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,0,4,3,3,3,75,0.85227272727272729,""]
["Answers","1- and 5-day.","Stated and defined: Chlorophyll fluoroscence (Fv/Fm ratio inhibition).","LOEC.","Yes.","Control but no solvent control.","Three replicates.","No.","286.8 ± 12.2g fresh weight.","1/10 Hoagland solution.","Static renewal. \"Nutrient solution was supplemented every 24 h to 5 L volume (initial solution volume) to compensate for the nutrition consumption and water vaporization.\"…\"ATZ was supplemented to the containers if necessary to maintain target concentrations at approximately ±20 %\"","Samples collected on days 1, 5, 10, 20 and 35 for quantifying atrazine concentration.","No.","Yes","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","NOEC and LOEC: Duncan's test. Estimate of variability for EC50.","7.13 - 7.32.","20°C.","90% purity."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","158970"]
["Scores",10,10,0,5,5,5,0,5,5,0,0,0,4,4,4,3,3,3,66,0.75,"The highest possible grade for this datum is acceptable."]
["Answers","80 minutes.","Stated and defined for both endpoints. Quantum yield (Fv/Fm): chl a fluorescence. Cell viability: Evans Blue.","Inferred: \"minimum effect concentration\".","Yes.","Control, solvent control and positive control used.","Three replicates.","No.","Mid log-phase.","Growth medium: Chlamydomonas reinhardtii in DY-V freshwater medium; all other species in CHU-10 freshwater medium.","No. Short duration, static could be inferred.","No.","No.","Yes.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","7.0 only listed for Chlamydomonas reinhardtii.","18-22°C.","High purity atrazine (99%); solvents tested for contamination."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","158970"]
["Scores",10,10,0,5,5,5,0,5,5,0,0,0,4,4,4,3,3,3,66,0.75,"The highest possible grade for this datum is acceptable."]
["Answers","80 minutes.","Stated and defined for both endpoints. Quantum yield (Fv/Fm): chl a fluorescence. Cell viability: Evans Blue.","Inferred: \"minimum effect concentration\".","Yes.","Control, solvent control and positive control used.","Three replicates.","No.","Mid log-phase.","Growth medium: Chlamydomonas reinhardtii in DY-V freshwater medium; all other species in CHU-10 freshwater medium.","No. Short duration, static could be inferred.","No.","No.","Yes.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","7.0 only listed for Chlamydomonas reinhardtii.","18-22°C.","High purity atrazine (99%); solvents tested for contamination."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","158970"]
["Scores",10,10,0,5,5,5,0,5,5,0,0,0,4,4,4,0,3,3,63,0.71590909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","80 minutes.","Stated and defined for both endpoints. Quantum yield (Fv/Fm): chl a fluorescence. Cell viability: Evans Blue.","Inferred: \"minimum effect concentration\".","Yes.","Control, solvent control and positive control used.","Three replicates.","No.","Mid log-phase.","Growth medium: Chlamydomonas reinhardtii in DY-V freshwater medium; all other species in CHU-10 freshwater medium.","No. Short duration, static could be inferred.","No.","No.","Yes.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","7.0 only listed for Chlamydomonas reinhardtii.","18-22°C.","High purity atrazine (99%); solvents tested for contamination."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","158970"]
["Scores",10,10,0,5,5,5,0,5,5,0,0,0,4,4,4,0,3,3,63,0.71590909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","80 minutes.","Stated and defined for both endpoints. Quantum yield (Fv/Fm): chl a fluorescence. Cell viability: Evans Blue.","Inferred: \"minimum effect concentration\".","Yes.","Control, solvent control and positive control used.","Three replicates.","No.","Mid log-phase.","Growth medium: Chlamydomonas reinhardtii in DY-V freshwater medium; all other species in CHU-10 freshwater medium.","No. Short duration, static could be inferred.","No.","No.","Yes.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","7.0 only listed for Chlamydomonas reinhardtii.","18-22°C.","High purity atrazine (99%); solvents tested for contamination."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","158970"]
["Scores",10,10,0,5,5,5,0,5,5,0,0,0,4,4,4,0,3,3,63,0.71590909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","80 minutes.","Stated and defined for both endpoints. Quantum yield (Fv/Fm): chl a fluorescence. Cell viability: Evans Blue.","Inferred: \"minimum effect concentration\".","Yes.","Control, solvent control and positive control used.","Three replicates.","No.","Mid log-phase.","Growth medium: Chlamydomonas reinhardtii in DY-V freshwater medium; all other species in CHU-10 freshwater medium.","No. Short duration, static could be inferred.","No.","No.","Yes.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","7.0 only listed for Chlamydomonas reinhardtii.","18-22°C.","High purity atrazine (99%); solvents tested for contamination."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","158970"]
["Scores",10,10,0,5,5,5,0,5,5,0,0,0,4,4,4,0,3,3,63,0.71590909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","80 minutes.","Stated and defined for both endpoints. Quantum yield (Fv/Fm): chl a fluorescence. Cell viability: Evans Blue.","Inferred: \"minimum effect concentration\".","Yes.","Control, solvent control and positive control used.","Three replicates.","No.","Mid log-phase.","Growth medium: Chlamydomonas reinhardtii in DY-V freshwater medium; all other species in CHU-10 freshwater medium.","No. Short duration, static could be inferred.","No.","No.","Yes.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","7.0 only listed for Chlamydomonas reinhardtii.","18-22°C.","High purity atrazine (99%); solvents tested for contamination."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","158970"]
["Scores",10,10,0,5,5,5,0,5,5,0,0,0,4,4,4,0,3,3,63,0.71590909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","80 minutes.","Stated and defined for both endpoints. Quantum yield (Fv/Fm): chl a fluorescence. Cell viability: Evans Blue.","Inferred: \"minimum effect concentration\".","Yes.","Control, solvent control and positive control used.","Three replicates.","No.","Mid log-phase.","Growth medium: Chlamydomonas reinhardtii in DY-V freshwater medium; all other species in CHU-10 freshwater medium.","No. Short duration, static could be inferred.","No.","No.","Yes.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","7.0 only listed for Chlamydomonas reinhardtii.","18-22°C.","High purity atrazine (99%); solvents tested for contamination."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","158970"]
["Scores",10,10,0,5,5,5,0,5,5,0,0,0,4,4,4,0,3,3,63,0.71590909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","80 minutes.","Stated and defined for both endpoints. Quantum yield (Fv/Fm): chl a fluorescence. Cell viability: Evans Blue.","Inferred: \"minimum effect concentration\".","Yes.","Control, solvent control and positive control used.","Three replicates.","No.","Mid log-phase.","Growth medium: Chlamydomonas reinhardtii in DY-V freshwater medium; all other species in CHU-10 freshwater medium.","No. Short duration, static could be inferred.","No.","No.","Yes.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","7.0 only listed for Chlamydomonas reinhardtii.","18-22°C.","High purity atrazine (99%); solvents tested for contamination."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","158970"]
["Scores",10,10,0,5,5,5,0,5,5,0,0,0,4,4,4,0,3,3,63,0.71590909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","80 minutes.","Stated and defined for both endpoints. Quantum yield (Fv/Fm): chl a fluorescence. Cell viability: Evans Blue.","Inferred: \"minimum effect concentration\".","Yes.","Control, solvent control and positive control used.","Three replicates.","No.","Mid log-phase.","Growth medium: Chlamydomonas reinhardtii in DY-V freshwater medium; all other species in CHU-10 freshwater medium.","No. Short duration, static could be inferred.","No.","No.","Yes.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","7.0 only listed for Chlamydomonas reinhardtii.","18-22°C.","High purity atrazine (99%); solvents tested for contamination."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","158970"]
["Scores",10,10,0,5,5,5,0,5,5,0,0,0,4,4,4,0,3,3,63,0.71590909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","80 minutes.","Stated and defined for both endpoints. Quantum yield (Fv/Fm): chl a fluorescence. Cell viability: Evans Blue.","Inferred: \"minimum effect concentration\".","Yes.","Control, solvent control and positive control used.","Three replicates.","No.","Mid log-phase.","Growth medium: Chlamydomonas reinhardtii in DY-V freshwater medium; all other species in CHU-10 freshwater medium.","No. Short duration, static could be inferred.","No.","No.","Yes.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","7.0 only listed for Chlamydomonas reinhardtii.","18-22°C.","High purity atrazine (99%); solvents tested for contamination."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","158970"]
["Scores",10,10,0,5,5,5,0,5,5,0,0,0,4,4,4,0,3,3,63,0.71590909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","80 minutes.","Stated and defined for both endpoints. Quantum yield (Fv/Fm): chl a fluorescence. Cell viability: Evans Blue.","Inferred: \"minimum effect concentration\".","Yes.","Control, solvent control and positive control used.","Three replicates.","No.","Mid log-phase.","Growth medium: Chlamydomonas reinhardtii in DY-V freshwater medium; all other species in CHU-10 freshwater medium.","No. Short duration, static could be inferred.","No.","No.","Yes.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","7.0 only listed for Chlamydomonas reinhardtii.","18-22°C.","High purity atrazine (99%); solvents tested for contamination."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","158970"]
["Scores",10,10,0,5,5,5,0,5,5,0,0,0,4,4,4,0,3,3,63,0.71590909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","80 minutes.","Stated and defined for both endpoints. Quantum yield (Fv/Fm): chl a fluorescence. Cell viability: Evans Blue.","Inferred: \"minimum effect concentration\".","Yes.","Control, solvent control and positive control used.","Three replicates.","No.","Mid log-phase.","Growth medium: Chlamydomonas reinhardtii in DY-V freshwater medium; all other species in CHU-10 freshwater medium.","No. Short duration, static could be inferred.","No.","No.","Yes.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","Standard error for ECx for LCx. p < 0.05 One-way ANOVA for LOEC/NOEC.","7.0 only listed for Chlamydomonas reinhardtii.","18-22°C.","High purity atrazine (99%); solvents tested for contamination."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,0,5,0,4,0,4,4,4,3,1,3,68,0.77272727272727271,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,0,5,0,4,0,4,4,4,3,1,3,68,0.77272727272727271,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,0,5,0,4,0,4,4,4,3,1,3,68,0.77272727272727271,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,0,5,0,4,0,4,4,4,3,1,3,68,0.77272727272727271,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,0,5,0,4,0,4,4,4,3,1,3,68,0.77272727272727271,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,0,5,0,4,0,4,4,4,3,1,3,68,0.77272727272727271,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,0,5,0,4,0,4,4,4,3,1,3,68,0.77272727272727271,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,0,5,0,4,0,4,4,4,3,1,3,68,0.77272727272727271,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,0,5,0,4,0,4,4,4,3,1,3,68,0.77272727272727271,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,0,5,0,4,0,4,4,4,3,1,3,68,0.77272727272727271,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,0,5,0,4,0,4,4,4,3,1,3,68,0.77272727272727271,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,0,5,0,4,0,4,4,4,3,1,3,68,0.77272727272727271,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","154073"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,1,3,77,0.875,""]
["Answers","E. Canadensis (14 days). Lemna spp. (7 days).","E. Canadensis: Dry mass and relative growth rate (dry mass) (defined by change in ratio of wet/dry mass). Lemna spp.: frond number (defined), plant number (defined), wet mass, dry mass, RGR (frond), RGR (plant).","NOEC, LOEC, EC10, EC25, EC50 and EC50 Haber's rule.","Yes.","Control used for all species.","Six replicates.","No.","No for E. Canadensis. 4 fronds per plant for Lemna spp.","E. Canadensis in AAP without N or P addition. L. Gibba in Hunter's media. L. Minor in Hoagland's media.","E Canandensis: not stated (could infer static from thesis). Lemna spp. Static renewal inferred. Solution replaced on day 4 to maintain concentration.","E. Candensis: measured concentration at beginning and end of exposure (0-14d). Lemna spp.: measured concentration at beginning and end of exposure (0-7d).","No.","Table 2.4.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","Dunnett's test p < 0.05. Ecx confidence intervals used for variability.","6.5±0.1.","25/20°C chamber.","High purity reagents. 96% purity atrazine."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","165278-QC1"]
["Scores",10,5,5,5,0,0,0,5,5,0,0,0,0,0,0,0,1,0,36,0.40909090909090912,"The highest possible grade for this datum is acceptable."]
["Answers","96 h","growth rate","EC50",0.5,"","","","exponential growth phasecool, white\nfluorescent lights (46 lmol m-2 s-1, 12 h light/12 h\ndark)","BG-11","","","","","","","","25± 0.5 C",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","165395-QC1"]
["Scores",10,5,5,5,5,0,0,5,0,0,0,0,4,4,0,0,1,0,44,0.5,"The highest possible grade for this datum is acceptable."]
["Answers","1 week","wet biomass","EC50",0.5,"","","","Average wet biomass = 39.4 g, growth light intensity = 20,000 luxes, 16:8 hour photoperiod","Hoaglands","","","","","","","","26 C\n",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","851-1"]
["Scores",10,10,5,5,5,0,0,5,5,0,0,0,4,4,4,1,1,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","solvent control","Not clear","","Before growth cycle","Not very clear, reference to Grimme and Boardman 1972 paper","","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","851-1"]
["Scores",10,10,5,5,5,0,0,5,5,0,0,0,4,4,4,1,1,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","solvent control","Not clear","","Before growth cycle","Not very clear, reference to Grimme and Boardman 1972 paper","","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","851-3"]
["Scores",10,10,5,5,5,0,0,5,5,0,0,0,4,4,4,1,1,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","solvent control","Not clear","","Before growth cycle","Not very clear, reference to Grimme and Boardman 1972 paper","","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","851-4"]
["Scores",10,10,5,5,5,0,0,5,5,0,0,0,4,4,4,1,1,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","solvent control","Not clear","","Before growth cycle","Not very clear, reference to Grimme and Boardman 1972 paper","","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","851-5"]
["Scores",10,10,5,5,5,0,0,5,5,0,0,0,4,4,4,1,1,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","solvent control","Not clear","","Before growth cycle","Not very clear, reference to Grimme and Boardman 1972 paper","","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","851-6"]
["Scores",10,10,5,5,5,0,0,5,5,0,0,0,4,4,4,1,1,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","solvent control","Not clear","","Before growth cycle","Not very clear, reference to Grimme and Boardman 1972 paper","","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-1"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,4,4,4,0,1,3,65,0.73863636363636365,""]
["Answers","","","","","","","","","","","","","","SE (ug/L) = 22.5","SE (ug/L) = 22.5","","","96% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-1"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,4,4,4,0,1,3,65,0.73863636363636365,""]
["Answers","","","","","","","","","","","","","","SE (ug/L) = 20.8","SE (ug/L) = 20.8","","","96% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-3"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,4,4,4,0,1,3,65,0.73863636363636365,""]
["Answers","","","","","","","","","","","","","","SE (ug/L) = 16.3","SE (ug/L) = 16.3","","","96% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-4"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,4,4,4,0,1,3,65,0.73863636363636365,""]
["Answers","","","","","","","","","","","","","","SE (ug/L) = 13.2","SE (ug/L) = 13.2","","","96% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-5"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,4,4,4,0,1,3,65,0.73863636363636365,""]
["Answers","","","","","","","","","","","","","","SE (ug/L) = 14.3","SE (ug/L) = 14.3","","","96% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-6"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,4,4,4,0,1,3,65,0.73863636363636365,""]
["Answers","","","","","","","","","","","","","","SE (ug/L) = 16.0","SE (ug/L) = 16.0","","","96% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-7"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,4,0,0,0,1,3,57,0.64772727272727271,""]
["Answers","","","","","","","","","","","","","","","","","","96% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-8"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,4,0,0,0,1,3,57,0.64772727272727271,""]
["Answers","","","","","","","","","","","","","","","","","","96% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-9"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,4,0,0,0,1,3,57,0.64772727272727271,""]
["Answers","","","","","","","","","","","","","","","","","","96% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-10"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,4,0,0,0,1,3,57,0.64772727272727271,""]
["Answers","","","","","","","","","","","","","","","","","","96% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1123-1"]
["Scores",10,10,0,0,5,5,2,5,5,0,2,0,4,0,0,0,1,3,52,0.59090909090909094,""]
["Answers","","","","","","","","400,000 cells/mL","","","","","","","","","","96.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1123-2"]
["Scores",10,10,0,0,5,5,2,5,5,0,2,0,4,0,0,0,1,3,52,0.59090909090909094,""]
["Answers","","","","","","","","400,000 cells/mL","","","","","","","","","","96.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1123-3"]
["Scores",10,10,0,0,5,5,2,5,5,0,2,0,4,0,0,0,1,3,52,0.59090909090909094,""]
["Answers","","","","","","","","400,000 cells/mL","","","","","","","","","","96.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1124-4"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,4,4,0,0,1,3,64,0.72727272727272729,""]
["Answers","","","","","","","","6 week old culture","","","","","","","","","","96.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1124-5"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,4,4,0,0,1,3,64,0.72727272727272729,""]
["Answers","","","","","","","","6 week old culture","","","","","","","","","","96.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1124-6"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,4,4,0,0,1,3,64,0.72727272727272729,""]
["Answers","","","","","","","","6 week old culture","","","","","","","","","","96.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1124-7"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,4,4,0,0,1,3,64,0.72727272727272729,""]
["Answers","","","","","","","","6 week old culture","","","","","","","","","","96.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1124-8"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,4,4,4,0,1,3,68,0.77272727272727271,""]
["Answers","","","","","","","","6 week old culture","","","","","","SE (ug/L) = 18.5","SE (ug/L) = 18.5","","","96.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1124-9"]
["Scores",10,10,5,5,5,5,5,5,5,0,2,0,4,4,4,0,1,3,73,0.82954545454545459,""]
["Answers","","","","","","","","6 week old culture","","","","","","SE (ug/L) = 20.2","SE (ug/L) = 20.2","","","96.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1124-10"]
["Scores",10,10,5,5,5,5,5,5,5,0,2,0,4,4,4,0,1,3,73,0.82954545454545459,""]
["Answers","","","","","","","","6 week old culture","","","","","","SE (ug/L) = 46.2","SE (ug/L) = 46.2","","","96.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1124-11"]
["Scores",10,10,5,5,5,5,5,5,5,0,2,0,4,4,4,0,1,3,73,0.82954545454545459,""]
["Answers","","","","","","","","6 week old culture","","","","","","SE (ug/L) = 28.0","SE (ug/L) = 28.0","","","96.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1124-12"]
["Scores",10,10,5,5,5,5,5,5,5,0,2,0,4,4,4,0,1,3,73,0.82954545454545459,""]
["Answers","","","","","","","","6 week old culture","","","","","","SE (ug/L) = 28.3","SE (ug/L) = 28.3","","","96.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1124-13"]
["Scores",10,10,5,5,5,5,5,5,5,0,2,0,4,4,4,0,1,3,73,0.82954545454545459,""]
["Answers","","","","","","","","6 week old culture","","","","","","SE (ug/L) = 49.7","SE (ug/L) = 49.7","","","96.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-4"]
["Scores",10,10,0,0,5,5,0,0,5,0,4,0,4,4,0,3,3,3,56,0.63636363636363635,""]
["Answers","","","","","","","","","","","","","","","","","","96% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-5"]
["Scores",10,10,0,0,5,5,0,0,5,0,4,0,4,4,0,3,3,3,56,0.63636363636363635,""]
["Answers","","","","","","","","","","","","","","","","","","96% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-6"]
["Scores",10,10,0,0,5,5,0,0,5,0,4,0,4,4,0,3,3,3,56,0.63636363636363635,""]
["Answers","","","","","","","","","","","","","","","","","","96% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-7"]
["Scores",10,10,0,0,5,5,0,0,5,0,4,0,4,4,0,3,3,3,56,0.63636363636363635,""]
["Answers","","","","","","","","","","","","","","","","","","96% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1127-1"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,0,4,4,0,1,0,60,0.68181818181818177,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","Both carrier and negative control","As per ISO 8692","ISO 8692","","ISO growth media and deionised water","static","","","","SD (ug/L) = 37.0","SD (ug/L) = 37.0","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1128-1"]
["Scores",10,10,5,5,5,5,0,0,5,0,0,0,0,4,4,0,1,3,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","Exposure duration not very clear, exposure range from 5-9 dyas, but minimum EC50 for 8 days","OD680","","","","Duplicates and replicates","","","Z media with ingredients in paper","","","","","95% CI = 23.7-24.7","95% CI = 23.7-24.7","","Stated","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1128-2"]
["Scores",10,10,5,5,5,5,0,0,5,0,0,0,0,4,4,0,1,3,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","Exposure duration not very clear, exposure range from 3-6 days, but minimum EC50 for 5 days","OD680","","","","Duplicates and replicates","","","Z media with ingredients in paper","","","","","95% CI = 51.1-53.6","95% CI = 51.1-53.6","","Stated","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1134-1"]
["Scores",10,10,5,5,5,0,0,0,5,0,0,0,4,4,4,0,1,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","","OD678nm","","","","","","","","","","","","","","","","99% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","603-1"]
["Scores",10,10,5,5,5,0,0,5,5,0,0,0,4,4,0,0,1,3,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","","","","","","","","","","","97.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","603-2"]
["Scores",0,10,0,0,5,0,0,5,5,0,0,0,4,0,0,0,1,3,33,0.375,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","","","","","","","","","","","97.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","603-3"]
["Scores",0,10,0,0,5,0,0,5,5,0,0,0,4,0,0,0,1,3,33,0.375,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","","","","","","","","","","","97.2% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1138-1"]
["Scores",10,10,0,0,5,5,2,0,5,0,4,0,4,0,4,3,1,3,56,0.63636363636363635,""]
["Answers","","","","","","","OECD ","","","","initial and final","","table","","","","","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1138-2"]
["Scores",10,10,0,0,5,5,2,0,5,0,4,0,4,0,4,3,1,3,56,0.63636363636363635,""]
["Answers","","","","","","","OECD ","","","","initial and final","","table","","","","","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1138-3"]
["Scores",10,10,0,0,5,5,2,0,5,0,4,0,4,0,4,3,1,3,56,0.63636363636363635,""]
["Answers","","","","","","","OECD ","","","","initial and final","","table","","","","","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1138-4"]
["Scores",10,10,0,0,5,5,2,0,5,0,4,0,4,0,4,3,1,3,56,0.63636363636363635,""]
["Answers","","","","","","","OECD ","","","","initial and final","","table","","","","","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1138-5"]
["Scores",10,10,0,0,5,5,2,0,5,0,4,0,4,0,4,3,1,3,56,0.63636363636363635,""]
["Answers","","","","","","","OECD ","","","","initial and final","","table","","","","","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1138-6"]
["Scores",10,10,0,0,5,5,2,0,5,0,4,0,4,0,4,3,1,3,56,0.63636363636363635,""]
["Answers","","","","","","","OECD ","","","","initial and final","","table","","","","","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1138-7"]
["Scores",10,10,5,5,5,5,2,0,5,0,4,0,4,4,4,3,1,3,70,0.79545454545454541,""]
["Answers","","","","","","","OECD ","","","","initial and final","","table","","","","","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1138-8"]
["Scores",10,10,5,5,5,5,2,0,5,0,4,0,4,4,4,3,1,3,70,0.79545454545454541,""]
["Answers","","","","","","","OECD ","","","","initial and final","","table","","","","","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1138-9"]
["Scores",10,10,5,5,5,5,2,0,5,0,4,0,4,4,4,3,1,3,70,0.79545454545454541,""]
["Answers","","","","","","","OECD ","","","","initial and final","","table","","","","","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1138-10"]
["Scores",10,10,5,5,5,5,2,0,5,0,4,0,4,4,4,3,1,3,70,0.79545454545454541,""]
["Answers","","","","","","","OECD ","","","","initial and final","","table","","","","","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1138-11"]
["Scores",10,10,5,5,5,5,2,0,5,0,4,0,4,4,4,3,1,3,70,0.79545454545454541,""]
["Answers","","","","","","","OECD ","","","","initial and final","","table","","","","","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1138-12"]
["Scores",10,10,5,5,5,5,2,0,5,0,4,0,4,4,4,3,1,3,70,0.79545454545454541,""]
["Answers","","","","","","","OECD ","","","","initial and final","","table","","","","","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1107-1"]
["Scores",10,10,5,5,5,5,2,5,5,0,0,0,4,4,0,0,1,3,64,0.72727272727272729,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","as per canadian guidelines","as per canadian guidelines","as per canadian guidelines","age","","","","","","","","","",">96% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","891-1"]
["Scores",10,10,5,5,0,0,0,5,5,0,0,0,4,4,4,1,0,0,53,0.60227272727272729,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","","","","","","","95% CI = (2.06-4.55)uM","95% CI = (2.06-4.55)uM","","","Not stated, proceeding experiment in paper uses 98% purity "]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","891-2"]
["Scores",10,10,5,5,0,0,0,5,5,0,0,0,4,4,4,1,0,0,53,0.60227272727272729,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","","","","","","","95% CI = (3.67-4.45)uM","95% CI = (3.67-4.45)uM","","","Not stated, proceeding experiment in paper uses 98% purity "]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1144-1"]
["Scores",10,10,5,5,5,5,2,0,0,0,0,0,4,4,4,3,1,3,61,0.69318181818181823,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ISO 8962","","","","","","","(00.258, 0.295) 95% CI","(00.258, 0.295) 95% CI","","","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1144-2"]
["Scores",10,10,5,5,5,5,2,0,0,0,0,0,4,4,4,3,1,3,61,0.69318181818181823,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ISO 8962","","","","","","","(0.044, 0.056) 95% CI","(0.044, 0.056) 95% CI","","","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","604-1-OK"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,0,4,0,3,1,3,60,{"$f":"60/88","v":0.68181818181818177},"The highest possible grade for this datum is acceptable."]
["Answers","3 and 6 days, counted every 24 hours.","Population: Growth Rate (frond count)","EC","20, 50, 80","Untreated controls","not stated","According to DIN, 2000 (??)","Using the natural logarithm of the frond\nnumber implicitly assumes an exponential growth pattern. Also starts with 12 fronds per treatment. ","Steinberg medium","not stated - assumed static as a second exposure was done.","Initial only","","none","not stated","not stated","5.5 ± 0.2","25 ± 2°C temperature chamber within a water bath. ","Highest available purity (assuming analytical standard: Riedel de Haen goes to Sigma-Aldrich which uses analytical grade prometryn)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","604-2-OK"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,0,4,0,3,1,3,60,{"$f":"60/88","v":0.68181818181818177},"The highest possible grade for this datum is acceptable."]
["Answers","3 and 6 days, counted every 24 hours.","Population: Growth Rate (frond count)","EC","20, 50, 80","Untreated controls","not stated","According to DIN, 2000 (??)","Using the natural logarithm of the frond\nnumber implicitly assumes an exponential growth pattern. Also starts with 12 fronds per treatment. ","Steinberg medium","not stated - assumed static as a second exposure was done.","Initial only","","none","not stated","not stated","5.5 ± 0.2","25 ± 2°C temperature chamber within a water bath. ","Highest available purity (assuming analytical standard: Riedel de Haen goes to Sigma-Aldrich which uses analytical grade prometryn)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","604-3-OK"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,0,4,0,3,1,3,60,{"$f":"60/88","v":0.68181818181818177},"The highest possible grade for this datum is acceptable."]
["Answers","3 and 6 days, counted every 24 hours.","Population: Growth Rate (frond count)","EC","20, 50, 80","Untreated controls","not stated","According to DIN, 2000 (??)","Using the natural logarithm of the frond\nnumber implicitly assumes an exponential growth pattern. Also starts with 12 fronds per treatment. ","Steinberg medium","not stated - assumed static as a second exposure was done.","Initial only","","none","not stated","not stated","5.5 ± 0.2","25 ± 2°C temperature chamber within a water bath. ","Highest available purity (assuming analytical standard: Riedel de Haen goes to Sigma-Aldrich which uses analytical grade prometryn)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","604-4-OK"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,0,4,0,3,1,3,60,{"$f":"60/88","v":0.68181818181818177},"The highest possible grade for this datum is acceptable."]
["Answers","3 and 6 days, counted every 24 hours.","Population: Growth Rate (frond count)","EC","20, 50, 80","Untreated controls","not stated","According to DIN, 2000 (??)","Using the natural logarithm of the frond\nnumber implicitly assumes an exponential growth pattern. Also starts with 12 fronds per treatment. ","Steinberg medium","not stated - assumed static as a second exposure was done.","Initial only","","none","not stated","not stated","5.5 ± 0.2","25 ± 2°C temperature chamber within a water bath. ","Highest available purity (assuming analytical standard: Riedel de Haen goes to Sigma-Aldrich which uses analytical grade prometryn)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","604-5-OK"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,0,4,0,3,1,3,60,{"$f":"60/88","v":0.68181818181818177},"The highest possible grade for this datum is acceptable."]
["Answers","3 and 6 days, counted every 24 hours.","Population: Growth Rate (frond count)","EC","20, 50, 80","Untreated controls","not stated","According to DIN, 2000 (??)","Using the natural logarithm of the frond\nnumber implicitly assumes an exponential growth pattern. Also starts with 12 fronds per treatment. ","Steinberg medium","not stated - assumed static as a second exposure was done.","Initial only","","none","not stated","not stated","5.5 ± 0.2","25 ± 2°C temperature chamber within a water bath. ","Highest available purity (assuming analytical standard: Riedel de Haen goes to Sigma-Aldrich which uses analytical grade prometryn)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","604-6-OK"]
["Scores",10,10,5,5,5,0,2,5,5,0,2,0,0,4,0,3,1,3,60,{"$f":"60/88","v":0.68181818181818177},"The highest possible grade for this datum is acceptable."]
["Answers","3 and 6 days, counted every 24 hours.","Population: Growth Rate (frond count)","EC","20, 50, 80","Untreated controls","not stated","According to DIN, 2000 (??)","Using the natural logarithm of the frond\nnumber implicitly assumes an exponential growth pattern. Also starts with 12 fronds per treatment. ","Steinberg medium","not stated - assumed static as a second exposure was done.","Initial only","","none","not stated","not stated","5.5 ± 0.2","25 ± 2°C temperature chamber within a water bath. ","Highest available purity (assuming analytical standard: Riedel de Haen goes to Sigma-Aldrich which uses analytical grade prometryn)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1176-1"]
["Scores",10,10,0,0,5,5,0,5,5,0,0,0,0,0,4,0,1,3,48,0.54545454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","24 hours","","","","","all done in duplicates","","mig-log growth phase","","","nominal","","","p<0.05","p<0.05","","","specific % not stated but compound stated as \"pure\""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1176-2"]
["Scores",10,10,0,0,5,5,0,5,5,0,0,0,0,0,4,0,1,3,48,0.54545454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","24 hours","","","","","all done in duplicates","","mig-log growth phase","","","nominal","","","p<0.05","p<0.05","","","specific % not stated but compound stated as \"pure\""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-1"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","only cell density","","static non-renewal","","","graph","(96-138)","(96-138)","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-2"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","only cell density","","static non-renewal","","","graph","(96-138)","(96-138)","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-3"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","only cell density","","static non-renewal","","","graph","(96-138)","(96-138)","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-4"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","only cell density","","static non-renewal","","","graph","(96-138)","(96-138)","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-5"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","only cell density","","static non-renewal","","","graph","(96-138)","(96-138)","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-6"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","only cell density","","static non-renewal","","","graph","(134-204)","(134-204)","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-7"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","only cell density","","static non-renewal","","","graph","(75-109)","(75-109)","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-8"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","only cell density","","static non-renewal","","","graph","(75-109)","(75-109)","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-9"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","only cell density","","static non-renewal","","","graph","(75-109)","(75-109)","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-10"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,0,1,1,3,64,0.72727272727272729,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","only cell density","","static non-renewal","","","graph","","","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-11"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","only cell density","","static non-renewal","","","graph","","","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-12"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","only cell density","","static non-renewal","","","graph","(145-207)","(145-207)","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-13"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","only cell density","","static non-renewal","","","graph","","","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-14"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","only cell density","","static non-renewal","","","graph","","","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-15"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","(80-104)","(80-104)","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-15"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","","","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-17"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","","","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-18"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","(20-28)","(20-28)","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-19"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","","","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-20"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","","","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-21"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","","","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-22"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","","","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-23"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","(20-23)","(20-23)","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-24"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","","","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-25"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","","","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-26"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","(122-143)","(122-143)","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-27"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","","","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-28"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","","","only pH media stated","","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-29"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","(24-28)","(24-28)","only pH media stated","environmental chamber","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","974-30"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,1,1,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM standard methods","Not stated","","static non-renewal","","","graph","(24-28)","(24-28)","only pH media stated","environmental chamber","technical grade purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","855-1"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,0,4,4,0,1,3,63,0.71590909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM","only conc tested","ASTM media","static ASTM","","","","","","","","92.2% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","855-2"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,0,4,4,0,1,3,63,0.71590909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","ASTM","only conc tested","ASTM media","static ASTM","","","","","","","","92.2% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1177-1"]
["Scores",10,5,5,5,0,0,2,5,0,0,0,0,4,4,4,0,0,3,47,0.53409090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","24 hour test","","",50,"no mention of control","no mention of number of tests","OECD methods referenced","synchronised cultures","","","","","","(0.062-0.080 uM)","(0.062-0.080 uM)","","",">98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1178-1"]
["Scores",10,10,5,5,5,5,0,5,5,4,0,0,4,4,4,0,1,3,70,0.79545454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","mid-log phase growth","high salt medium ","assumed to be static","","","graph","(0.4-6.3)","(0.4-6.3)","","","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1178-1"]
["Scores",10,10,5,5,5,5,0,5,5,4,0,0,4,4,4,0,1,3,70,0.79545454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","mid-log phase growth","high salt medium ","assumed to be static","","","graph","(0.4-6.3)","(0.4-6.3)","","","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1178-3"]
["Scores",10,10,5,5,5,5,0,5,5,4,0,0,4,4,4,0,1,3,70,0.79545454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","mid-log phase growth","high salt medium ","assumed to be static","","","graph","(0.4-6.3)","(0.4-6.3)","","","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","857-1"]
["Scores",10,10,5,5,5,0,0,0,5,0,0,0,4,4,4,0,1,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","","Not stated","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","857-2"]
["Scores",10,10,5,5,5,0,0,0,5,0,0,0,4,4,4,0,1,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","","Not stated","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","857-3"]
["Scores",10,10,5,5,5,0,0,0,5,0,0,0,4,4,4,0,1,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","","Not stated","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","857-4"]
["Scores",10,10,5,5,5,0,0,0,5,0,0,0,4,4,4,0,1,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","","Not stated","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","857-5"]
["Scores",10,10,5,5,5,0,0,0,5,0,0,0,4,4,4,0,1,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","","Not stated","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","857-6"]
["Scores",10,10,5,5,5,0,0,0,5,0,0,0,4,4,4,0,1,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","","Not stated","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","857-7"]
["Scores",10,10,5,5,5,0,0,0,5,0,0,0,4,4,4,0,1,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","","Not stated","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","857-7"]
["Scores",10,10,5,5,5,0,0,0,5,0,0,0,4,4,4,0,1,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","","Not stated","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","857-8"]
["Scores",10,10,5,5,5,0,0,0,5,0,0,0,4,4,4,0,1,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","3 weeks","","","","","Not stated","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","857-8"]
["Scores",10,10,5,5,5,0,0,0,5,0,0,0,4,4,4,0,1,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","3 weeks","","","","","Not stated","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","857-9"]
["Scores",10,10,5,5,5,0,0,0,5,0,0,0,4,4,4,0,1,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","3 weeks","","","","","Not stated","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","893-1"]
["Scores",0,10,5,5,5,5,0,5,5,4,0,0,4,4,4,1,3,3,63,0.71590909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","experiments ended when stationary phase reached","","","","carrier control","triplicated","","exponentially growing","WC media mixed with deionised water","static assumed","","","","","","pH of media adjusted to 7.8","environmentally controlled chamber","96.4% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","893-2"]
["Scores",0,10,5,5,5,5,0,5,5,4,0,0,4,4,4,1,3,3,63,0.71590909090909094,"The highest possible grade for this datum is acceptable."]
["Answers","experiments ended when stationary phase reached","","","","carrier control","triplicated","","exponentially growing","WC media mixed with deionised water","static assumed","","","","","","pH of media adjusted to 7.8","environmentally controlled chamber","96.4% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1185-1"]
["Scores",10,10,0,5,5,5,0,5,5,0,4,0,0,4,4,0,1,3,61,0.69318181818181823,""]
["Answers","32 days","","","","","4 reps","","growth phase","","","","","","","","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","606-3-OK"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,0,4,4,3,3,0,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","96 hours","Population Abundance: Algal biomass (fluorescence of chlorophyll-a).","EC",50,"\"controls\"","Three replicates","USEPA","not stated","Dilution water was a moderately hard standard water (100 mg CaCOJL).","Static","not stated - nominal?","","","95% CI","95% CI",7.7,"20 ± 1°C","purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1186-1"]
["Scores",10,10,5,5,5,5,0,5,5,0,4,0,4,4,4,0,1,3,70,0.79545454545454541,""]
["Answers","","","","","","three reps per concentration","","log growth phase","double strength EPA growth media","not stated'","measured three times","","","(118.9-132.2)","(118.9-132.2)","","culture conditions assumed same for test conditions","99.1% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1186-1"]
["Scores",10,10,5,5,5,5,0,5,5,0,4,0,4,4,4,0,1,3,70,0.79545454545454541,""]
["Answers","","","","","","three reps per concentration","","log growth phase","double strength EPA growth media","not stated'","measured three times","","","(118.9-132.2)","(118.9-132.2)","","culture conditions assumed same for test conditions","99.1% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1186-1"]
["Scores",10,10,5,5,5,5,0,5,5,0,4,0,4,4,4,0,1,3,70,0.79545454545454541,""]
["Answers","","","","","","three reps per concentration","","log growth phase","double strength EPA growth media","not stated'","measured three times","","","(118.9-132.2)","(118.9-132.2)","","culture conditions assumed same for test conditions","99.1% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1186-3"]
["Scores",10,10,5,5,5,5,0,5,5,0,4,0,4,4,4,0,1,3,70,0.79545454545454541,""]
["Answers","","","","","","three reps per concentration","","log growth phase","double strength EPA growth media","not stated'","measured three times","","","(118.9-132.2)","(118.9-132.2)","","culture conditions assumed same for test conditions","99.1% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1186-4"]
["Scores",10,10,5,5,5,5,0,5,5,0,4,0,4,4,4,0,1,3,70,0.79545454545454541,""]
["Answers","","","","","","three reps per concentration","","log growth phase","double strength EPA growth media","not stated'","measured three times","","","(118.9-132.2)","(118.9-132.2)","","culture conditions assumed same for test conditions","99.1% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1186-5"]
["Scores",10,10,5,5,5,5,0,5,5,0,4,0,4,4,4,0,1,3,70,0.79545454545454541,""]
["Answers","","","","","","three reps per concentration","","log growth phase","double strength EPA growth media","not stated'","measured three times","","","(118.9-132.2)","(118.9-132.2)","","culture conditions assumed same for test conditions","99.1% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1186-6"]
["Scores",10,10,5,5,5,5,0,5,5,0,4,0,4,4,4,0,1,3,70,0.79545454545454541,""]
["Answers","","","","","","three reps per concentration","","log growth phase","double strength EPA growth media","not stated'","measured three times","","","(118.9-132.2)","(118.9-132.2)","","culture conditions assumed same for test conditions","99.1% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1190-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,1,3,69,0.78409090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","","cell count determined by absorbance","EC10",10,"","4 reps","standard methods","exponential growth phase","growth media as per standard methods","controlled conditions assumed to mean static","","","","","","","","99% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1190-2"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,1,3,69,0.78409090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","","cell count determined by absorbance","EC50",50,"","4 reps","standard methods","exponential growth phase","growth media as per standard methods","controlled conditions assumed to mean static","","","","","","","","99% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,4,1,1,0,68,0.77272727272727271,""]
["Answers","","","","","","","OECD inferred","exponential growth phase","","flow through exposure, 1800mL/day","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-2"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,4,1,1,0,68,0.77272727272727271,""]
["Answers","","","","","","","OECD inferred","exponential growth phase","","flow through exposure, 1800mL/day","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-3"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,4,1,1,0,68,0.77272727272727271,""]
["Answers","","","","","","","OECD inferred","exponential growth phase","","flow through exposure, 1800mL/day","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-4"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,4,1,1,0,68,0.77272727272727271,""]
["Answers","","","","","","","OECD inferred","exponential growth phase","","flow through exposure, 1800mL/day","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-5"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,4,1,1,0,68,0.77272727272727271,""]
["Answers","","","","","","","OECD inferred","exponential growth phase","","flow through exposure, 1800mL/day","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-6"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,4,1,1,0,68,0.77272727272727271,""]
["Answers","","","","","","","OECD inferred","exponential growth phase","","flow through exposure, 1800mL/day","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-7"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","tests run in triplicate and each flask counted three times","OECD inferred","exponential growth phase","","static exposure","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-8"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","tests run in triplicate and each flask counted three times","OECD inferred","exponential growth phase","","static exposure","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-9"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","tests run in triplicate and each flask counted three times","OECD inferred","exponential growth phase","","static exposure","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-10"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","tests run in triplicate and each flask counted three times","OECD inferred","exponential growth phase","","static exposure","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-11"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","tests run in triplicate and each flask counted three times","OECD inferred","exponential growth phase","","static exposure","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-12"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","tests run in triplicate and each flask counted three times","OECD inferred","exponential growth phase","","static exposure","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-13"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","tests run in triplicate and each flask counted three times","OECD inferred","exponential growth phase","","static exposure","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-14"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","tests run in triplicate and each flask counted three times","OECD inferred","exponential growth phase","","static exposure","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-15"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","tests run in triplicate and each flask counted three times","OECD inferred","exponential growth phase","","static exposure","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-16"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","tests run in triplicate and each flask counted three times","OECD inferred","exponential growth phase","","static exposure","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-17"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","tests run in triplicate and each flask counted three times","OECD inferred","exponential growth phase","","static exposure","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-18"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","tests run in triplicate and each flask counted three times","OECD inferred","exponential growth phase","","static exposure","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-19"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","tests run in triplicate and each flask counted three times","OECD inferred","exponential growth phase","","static exposure","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-20"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,0,4,4,1,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","tests run in triplicate and each flask counted three times","OECD inferred","exponential growth phase","","static exposure","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-33"]
["Scores",10,10,5,5,0,5,0,0,5,4,0,0,0,0,0,0,0,0,44,0.5,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","","","flow through, stream mesocosm","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-34"]
["Scores",10,10,5,5,0,5,0,0,5,4,0,0,0,0,0,0,0,0,44,0.5,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","","","flow through, stream mesocosm","nominal","","","","","","temperature controlled room",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-36"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,0,0,0,59,0.67045454545454541,""]
["Answers","","","","","","one control and a max of seven treated mesocosms for each experiment","","","","static pond mesocosm","quantified","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-37"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,0,0,0,59,0.67045454545454541,""]
["Answers","","","","","","one control and a max of seven treated mesocosms for each experiment","","","","static pond mesocosm","quantified","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-38"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,0,0,0,59,0.67045454545454541,""]
["Answers","","","","","","one control and a max of seven treated mesocosms for each experiment","","","","static pond mesocosm","quantified","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-38"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,0,0,0,59,0.67045454545454541,""]
["Answers","","","","","","one control and a max of seven treated mesocosms for each experiment","","","","static pond mesocosm","quantified","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-39"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,0,0,0,59,0.67045454545454541,""]
["Answers","","","","","","one control and a max of seven treated mesocosms for each experiment","","","","static pond mesocosm","quantified","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-40"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,0,0,0,59,0.67045454545454541,""]
["Answers","","","","","","one control and a max of seven treated mesocosms for each experiment","","","","static pond mesocosm","quantified","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-41"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,0,0,0,59,0.67045454545454541,""]
["Answers","","","","","","one control and a max of seven treated mesocosms for each experiment","","","","static pond mesocosm","quantified","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-41"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,0,0,0,59,0.67045454545454541,""]
["Answers","","","","","","one control and a max of seven treated mesocosms for each experiment","","","","static pond mesocosm","quantified","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-41"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,0,0,0,59,0.67045454545454541,""]
["Answers","","","","","","one control and a max of seven treated mesocosms for each experiment","","","","static pond mesocosm","quantified","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-41"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,0,0,0,59,0.67045454545454541,""]
["Answers","","","","","","one control and a max of seven treated mesocosms for each experiment","","","","static pond mesocosm","quantified","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-41"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,0,0,0,59,0.67045454545454541,""]
["Answers","","","","","","one control and a max of seven treated mesocosms for each experiment","","","","static pond mesocosm","quantified","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-41"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,0,4,4,0,0,0,59,0.67045454545454541,""]
["Answers","","","","","","one control and a max of seven treated mesocosms for each experiment","","","","static pond mesocosm","quantified","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","735-1"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,3,3,67,0.76136363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour stated exposure","Growth stated as cell count","EC50",50,"control medium without herbicide used","all tests run in duplicate","","","","all experiments carried out in pyrex glass bottles, assumed static","","","","","","","temperature maintained at 18±1","granulated analytical grade herbicide"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","735-2"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,3,3,67,0.76136363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","48 hour stated exposure","Growth stated as cell count","EC50",50,"control medium without herbicide used","all tests run in duplicate","","","","all experiments carried out in pyrex glass bottles, assumed static","","","","","","","temperature maintained at 18±1","granulated analytical grade herbicide"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1035-1"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,4,4,4,0,3,3,69,0.78409090909090906,""]
["Answers","48 hour stated exposure","Growth stated as cell count","","","control medium without herbicide used and negative controls used","all tests run in triplicate","","","","all experiments carried out in pyrex glass bottles, assumed static","","","","p<0.05","p<0.05","","temperature maintained at 18±1","granulated analytical grade herbicide"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1035-2"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,4,4,4,0,3,3,69,0.78409090909090906,""]
["Answers","48 hour stated exposure","Growth stated as cell count","","","control medium without herbicide used and negative controls used","all tests run in triplicate","","","","all experiments carried out in pyrex glass bottles, assumed static","","","","p<0.05","p<0.05","","temperature maintained at 18±1","granulated analytical grade herbicide"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1035-3"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,4,4,4,0,3,3,69,0.78409090909090906,""]
["Answers","24 hour stated exposure","Dry biomass","","","control medium without herbicide used and negative controls used","all tests run in triplicate","","","","all experiments carried out in pyrex glass bottles, assumed static","","","","p<0.05","p<0.05","","temperature maintained at 18±1","granulated analytical grade herbicide"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1035-4"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,4,4,4,0,3,3,69,0.78409090909090906,""]
["Answers","24 hour stated exposure","viability is a measure of cell death, staining based on membrane structure","","","control medium without herbicide used and negative controls used","all tests run in triplicate","","","","all experiments carried out in pyrex glass bottles, assumed static","","","","p<0.05","p<0.05","","temperature maintained at 18±1","granulated analytical grade herbicide"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1035-5"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,4,4,4,0,3,3,69,0.78409090909090906,""]
["Answers","24 hour stated exposure","cell growth rate as a function of cell count","","","control medium without herbicide used and negative controls used","all tests run in triplicate","","","","all experiments carried out in pyrex glass bottles, assumed static","","","","p<0.05","p<0.05","","temperature maintained at 18±1","granulated analytical grade herbicide"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1035-6"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,4,4,4,0,3,3,69,0.78409090909090906,""]
["Answers","24 hour stated exposure","cell growth rate as a function of cell count","","","control medium without herbicide used and negative controls used","all tests run in triplicate","","","","all experiments carried out in pyrex glass bottles, assumed static","","","","p<0.05","p<0.05","","temperature maintained at 18±1","granulated analytical grade herbicide"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1035-7"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,4,4,4,0,3,3,69,0.78409090909090906,""]
["Answers","24 hour stated exposure","cell growth rate as a function of cell count","","","control medium without herbicide used and negative controls used","all tests run in triplicate","","","","all experiments carried out in pyrex glass bottles, assumed static","","","","p<0.05","p<0.05","","temperature maintained at 18±1","granulated analytical grade herbicide"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1035-7"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,4,4,4,0,3,3,69,0.78409090909090906,""]
["Answers","24 hour stated exposure","cell growth rate as a function of cell count","","","control medium without herbicide used and negative controls used","all tests run in triplicate","","","","all experiments carried out in pyrex glass bottles, assumed static","","","","p<0.05","p<0.05","","temperature maintained at 18±1","granulated analytical grade herbicide"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1204-1"]
["Scores",0,10,0,0,5,5,0,5,5,4,0,0,4,0,0,0,3,0,41,0.46590909090909088,"The highest possible grade for this datum is acceptable."]
["Answers","maximum of 4 days until growth reached stationary phase","growth rate as a function of cell density, optically assessed","","three tubes per conc, three concs plus a control","","","","active growth phase assumed to mean exponential phase of growth","","assumed static from diagram","","","","","","","growth chamber with regulated temp","unknown purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1204-2"]
["Scores",0,10,0,0,5,5,0,5,5,4,0,0,4,0,0,0,3,0,41,0.46590909090909088,"The highest possible grade for this datum is acceptable."]
["Answers","maximum of 4 days until growth reached stationary phase","growth rate as a function of cell density, optically assessed","","three tubes per conc, three concs plus a control","","","","active growth phase assumed to mean exponential phase of growth","","assumed static from diagram","","","","","","","growth chamber with regulated temp","unknown purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1206-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,4,4,0,3,0,59,0.67045454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","all experiments at least duplicated","","cell density","","placed in growth chamber on a shaker, assumed static","","","","p<0.05","p<0.05","","held in growth chamber",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1206-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,4,4,0,3,0,59,0.67045454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","all experiments at least duplicated","","cell density","","placed in growth chamber on a shaker, assumed static","","","","p<0.05","p<0.05","","held in growth chamber",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1206-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,4,4,0,3,0,59,0.67045454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","all experiments at least duplicated","","cell density","","placed in growth chamber on a shaker, assumed static","","","","p<0.05","p<0.05","","held in growth chamber",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1207-1"]
["Scores",10,10,5,5,0,0,0,5,5,4,0,0,0,4,4,0,0,3,55,0.625,"The highest possible grade for this datum is acceptable."]
["Answers","28 days","growth inhibition as a function of fluorescence","EC50",50,"not stated","not stated","","log growth phase","WC media","","","","","95.6 ug/L SE","95.6 ug/L SE","","","99.8% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1207-2"]
["Scores",10,10,5,5,0,0,0,5,5,4,0,0,0,4,4,0,0,3,55,0.625,"The highest possible grade for this datum is acceptable."]
["Answers","28 days","growth inhibition as a function of fluorescence","EC50",50,"not stated","not stated","","log growth phase","WC media","","","","","3.6 ug/L SE","3.6 ug/L SE","","","99.8% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1207-3"]
["Scores",10,10,5,5,0,0,0,5,5,4,0,0,0,4,4,0,0,3,55,0.625,"The highest possible grade for this datum is acceptable."]
["Answers","28 days","growth inhibition as a function of fluorescence","EC50",50,"not stated","not stated","","log growth phase","WC media","","","","","21.7 ug/L SE","21.7 ug/L SE","","","99.8% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1207-4"]
["Scores",10,10,5,5,0,0,0,5,5,4,0,0,0,4,4,0,0,3,55,0.625,"The highest possible grade for this datum is acceptable."]
["Answers","28 days","growth inhibition as a function of fluorescence","EC50",50,"not stated","not stated","","log growth phase","WC media","","","","","2.1 ug/L SE","2.1 ug/L SE","","","99.8% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-1"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-1"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-3"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-4"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-5"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-5"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-6"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-7"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-8"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-9"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-10"]
["Scores",10,10,6,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-10"]
["Scores",10,10,6,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-101"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-101"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-101"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-101"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-101"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1209-101"]
["Scores",10,10,5,5,5,5,0,0,5,4,0,0,4,4,4,0,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps","","","BBM","static, hand shaken periodically to prevent wall-growth","","","","p<0.05","p<0.05","","","analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1210-1"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,1,3,3,77,0.875,""]
["Answers","10 days","chl-a content, fresh wreight and frond production","","","","","","double fronded colonies","steinberg media","static, renewal every 2 days","measured on day 2 and day 4, EC50 values were however calculated using nominal conc??","","","95% CI (45-67)","95% CI (45-67)","only pH of media stated","maintained at the temp",">98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1210-2"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,1,3,3,77,0.875,""]
["Answers","10 days","chl-a content, fresh wreight and frond production","","","","","","double fronded colonies","steinberg media","static, renewal every 2 days","measured on day 2 and day 4, EC50 values were however calculated using nominal conc??","","","95% CI (48-70)","95% CI (48-70)","only pH of media stated","maintained at the temp",">98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1210-3"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,1,3,3,77,0.875,""]
["Answers","10 days","chl-a content, fresh wreight and frond production","","","","","","double fronded colonies","steinberg media","static, renewal every 2 days","measured on day 2 and day 4, EC50 values were however calculated using nominal conc??","","","95% CI (50-74)","95% CI (50-74)","only pH of media stated","maintained at the temp",">98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1210-4"]
["Scores",10,10,5,5,5,5,2,0,5,4,4,0,4,4,4,1,3,3,74,0.84090909090909094,""]
["Answers","4 days","Cell count","","","","","ISO standard referenced in methods (1989)","","steinberg media","static, renewal every 2 days","measured on day 2 and day 4, EC50 values were however calculated using nominal conc??","","","95% CI (14-27)","95% CI (14-27)","only pH of media stated","maintained at the temp",">98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1211-1"]
["Scores",10,10,5,5,5,0,2,5,5,4,0,0,4,4,4,0,3,3,69,0.78409090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","7 days","","","","","not stated","APHA guidelines (1995)","Assumed to be in exponential growth phase","","bottle tests assumed static","","","","","","","maintained in growth chamber","technical grade atrazine"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1211-2"]
["Scores",10,10,5,5,5,0,2,5,5,4,0,0,4,4,4,0,3,3,69,0.78409090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","7 days","","","","","not stated","APHA guidelines (1995)","Assumed to be in exponential growth phase","","bottle tests assumed static","","","","","","","maintained in growth chamber","technical grade atrazine"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1211-3"]
["Scores",10,10,0,5,5,0,2,5,5,4,0,0,4,4,4,0,3,3,64,0.72727272727272729,"The highest possible grade for this datum is acceptable."]
["Answers","7 days","","","","","not stated","APHA guidelines (1995)","Assumed to be in exponential growth phase","","bottle tests assumed static","","","","","","","maintained in growth chamber","technical grade atrazine"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1211-4"]
["Scores",10,10,0,5,5,0,2,5,5,4,0,0,4,4,4,0,3,3,64,0.72727272727272729,"The highest possible grade for this datum is acceptable."]
["Answers","7 days","","","","","not stated","APHA guidelines (1995)","Assumed to be in exponential growth phase","","bottle tests assumed static","","","","","","","maintained in growth chamber","technical grade atrazine"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1211-5"]
["Scores",10,10,0,5,5,0,2,5,5,4,0,0,4,4,4,0,3,3,64,0.72727272727272729,"The highest possible grade for this datum is acceptable."]
["Answers","7 days","","","","","not stated","APHA guidelines (1995)","Assumed to be in exponential growth phase","","bottle tests assumed static","","","","","","","maintained in growth chamber","technical grade atrazine"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1212-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,4,4,4,0,1,3,62,0.70454545454545459,""]
["Answers","","","","","","3 reps/conc","","cell density","std algal media","static, renewal every 12h","measured and correlation reported to be 0.99 however the results are not reported","","graph","p<0.05","p<0.05","","stated but not measured, no mention of temperature being controlled by a growth chamber etc.","purity not stated, however controls tested for contamination"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1212-2"]
["Scores",10,10,0,0,5,5,0,5,5,4,2,0,0,4,4,0,1,3,58,0.65909090909090906,""]
["Answers","eight successive 4d incubations","","","","","five reps per conc","","cell density","std algal media","static, renewal every 4d","measured and correlation reported to be 90% however the results are not reported","","","p<0.05","p<0.05","","stated but not measured, no mention of temperature being controlled by a growth chamber etc.","purity not stated, however controls tested for contamination"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1213-1"]
["Scores",10,10,0,0,5,5,0,0,0,4,4,0,0,4,4,3,3,3,55,0.625,""]
["Answers","only stated in abstract","","","","","","","","mesocosm water, constituents not stated","flow through before the testing began but static once chemicals introduced","measured numerous times throughout test","","only one conc tested","","","","","99% purity syngenta"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1213-2"]
["Scores",10,10,0,0,5,5,0,0,0,4,4,0,0,4,4,3,3,3,55,0.625,""]
["Answers","only stated in abstract","","","","","","","","mesocosm water, constituents not stated","flow through before the testing began but static once chemicals introduced","measured numerous times throughout test","","only one conc tested","","","","","99% purity syngenta"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1214-1"]
["Scores",10,10,5,5,5,0,0,0,5,4,0,0,4,0,0,0,1,0,49,0.55681818181818177,"The highest possible grade for this datum is acceptable."]
["Answers","Duration derived from graph","OD650","EC50",50,"","not stated","","","","assumed static","","","","","","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1214-2"]
["Scores",10,10,5,5,5,0,0,0,5,4,0,0,4,0,0,0,1,0,49,0.55681818181818177,"The highest possible grade for this datum is acceptable."]
["Answers","Duration derived from graph","OD650","EC50",50,"","not stated","","","","assumed static","","","","","","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1214-3"]
["Scores",10,10,5,5,5,0,0,0,5,4,0,0,4,0,0,0,1,0,49,0.55681818181818177,"The highest possible grade for this datum is acceptable."]
["Answers","Duration derived from graph","OD650","EC50",50,"","not stated","","","","assumed static","","","","","","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1214-4"]
["Scores",10,10,5,5,5,0,0,0,5,4,0,0,4,0,0,0,1,0,49,0.55681818181818177,"The highest possible grade for this datum is acceptable."]
["Answers","Duration derived from graph","OD650","EC50",50,"","not stated","","","","assumed static","","","","","","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1214-5"]
["Scores",10,10,5,5,5,0,0,0,5,4,0,0,4,4,4,0,1,0,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","Duration derived from graph","OD650","NOEC","quantified","","not stated","","","","assumed static","","","","p<0.05","p<0.05","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1214-6"]
["Scores",10,10,5,5,5,0,0,0,5,4,0,0,4,4,4,0,1,0,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","Duration derived from graph","OD650","NOEC","quantified","","not stated","","","","assumed static","","","","p<0.05","p<0.05","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1214-7"]
["Scores",10,10,5,5,5,0,0,0,5,4,0,0,4,4,4,0,1,0,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","Duration derived from graph","OD650","NOEC","quantified","","not stated","","","","assumed static","","","","p<0.05","p<0.05","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1214-8"]
["Scores",10,10,5,5,5,0,0,0,5,4,0,0,4,4,4,0,1,0,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","Duration derived from graph","OD650","NOEC","quantified","","not stated","","","","assumed static","","","","p<0.05","p<0.05","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1215-1"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,0,0,1,3,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","triplicate","","OECD standard methods","","","","","","graph","","","only media pH stated","maintained in growth chamber",">98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","613-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,4,4,0,3,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","growth rate inhibition as a function of fluorescence","","","non-toxicant control used","5 replicates per concentration","","7-10d old culture","","static ","","","","p<0.05","p<0.05","","incubated at 21","technical grade 99%"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","613-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,4,4,0,3,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","growth rate inhibition as a function of fluorescence","","","non-toxicant control used","5 replicates per concentration","","7-10d old culture","","static ","","","","p<0.05","p<0.05","","incubated at 21","technical grade 99%"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","613-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,4,4,0,3,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","growth rate inhibition as a function of fluorescence","","","non-toxicant control used","5 replicates per concentration","","7-10d old culture","","static ","","","","p<0.05","p<0.05","","incubated at 21","technical grade 99%"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","613-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,4,4,0,3,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","growth rate inhibition as a function of fluorescence","","","non-toxicant control used","5 replicates per concentration","","7-10d old culture","","static ","","","","p<0.05","p<0.05","","incubated at 21","technical grade 99%"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","613-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,4,4,0,3,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","growth rate inhibition as a function of fluorescence","","","non-toxicant control used","5 replicates per concentration","","7-10d old culture","","static ","","","","p<0.05","p<0.05","","incubated at 21","technical grade 99%"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","613-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,4,4,0,3,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","growth rate inhibition as a function of fluorescence","","","non-toxicant control used","5 replicates per concentration","","7-10d old culture","","static ","","","","p<0.05","p<0.05","","incubated at 21","technical grade 99%"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","613-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,4,4,0,3,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","growth rate inhibition as a function of fluorescence","","","non-toxicant control used","5 replicates per concentration","","7-10d old culture","","static ","","","","p<0.05","p<0.05","","incubated at 21","technical grade 99%"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","613-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,4,4,0,3,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","growth rate inhibition as a function of fluorescence","","","non-toxicant control used","5 replicates per concentration","","7-10d old culture","","static ","","","","p<0.05","p<0.05","","incubated at 21","technical grade 99%"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","613-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,4,4,0,3,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","","growth rate inhibition as a function of fluorescence","","","non-toxicant control used","5 replicates per concentration","","7-10d old culture","","static ","","","","p<0.05","p<0.05","","incubated at 21","technical grade 99%"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1216-1"]
["Scores",10,10,0,0,5,5,0,0,5,4,0,0,4,4,4,0,0,3,54,0.61363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","94 days","mean shoot length per mesocosm","","","","three reps of 22 experiments each","","","","static mesocosm experiment","","","graph","p>0.05","p>0.05","","","98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1216-2"]
["Scores",10,10,0,0,5,5,0,0,5,4,0,0,4,4,4,0,0,3,54,0.61363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","94 days","mean shoot length per mesocosm","","","","three reps of 22 experiments each","","","","static mesocosm experiment","","","graph","p>0.05","p>0.05","","","98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1216-3"]
["Scores",10,10,0,0,5,5,0,0,5,4,0,0,4,4,4,0,0,3,54,0.61363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","94 days","mean shoot length per mesocosm","","","","three reps of 22 experiments each","","","","static mesocosm experiment","","","graph","p>0.05","p>0.05","","","98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1216-4"]
["Scores",10,10,0,0,5,5,0,0,5,4,0,0,4,4,4,0,0,3,54,0.61363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","94 days","mean shoot length per mesocosm","","","","three reps of 22 experiments each","","","","static mesocosm experiment","","","graph","p>0.05","p>0.05","","","98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1216-5"]
["Scores",10,10,0,0,5,5,0,0,5,4,0,0,4,4,4,0,0,3,54,0.61363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","94 days","mean shoot length per mesocosm","","","","three reps of 22 experiments each","","","","static mesocosm experiment","","","graph","p>0.05","p>0.05","","","98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1216-6"]
["Scores",10,10,0,0,5,5,0,0,5,4,0,0,4,4,4,0,0,3,54,0.61363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","94 days","mean shoot length per mesocosm","","","","three reps of 22 experiments each","","","","static mesocosm experiment","","","graph","p>0.05","p>0.05","","","98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1216-7"]
["Scores",10,10,0,0,5,5,0,0,5,4,0,0,4,4,4,0,0,3,54,0.61363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","94 days","mean shoot length per mesocosm","","","","three reps of 22 experiments each","","","","static mesocosm experiment","","","graph","p>0.05","p>0.05","","","98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1216-8"]
["Scores",10,10,0,0,5,5,0,0,5,4,0,0,4,4,4,0,0,3,54,0.61363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","94 days","mean shoot length per mesocosm","","","","three reps of 22 experiments each","","","","static mesocosm experiment","","","graph","p>0.05","p>0.05","","","98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1216-9"]
["Scores",10,10,0,0,5,5,0,0,5,4,0,0,4,4,4,0,0,3,54,0.61363636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","94 days","mean shoot length per mesocosm","","","","three reps of 22 experiments each","","","","static mesocosm experiment","","","graph","p>0.05","p>0.05","","","98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","620-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,0,1,1,3,69,0.78409090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","72 hours","growth rate defined as change in cell density over 24 hour periods","EC50",50,"culture grown without herbicide","DUPLICATES","ISO methods","exponential growth phase","inorganic media","assumed static","","","graph","no variation stated around reported value","no variation stated around reported value","","","analytical grade PESTANAL"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1217-1"]
["Scores",10,10,5,5,5,5,0,5,5,4,0,0,0,4,0,0,1,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","4d exposure as growth in control cultures was rapid","growth inhibition as a function of chl-a concentration","EC50",50,"","duplicate","","exponential growth phase","Knops solution","grown in microplates","","","","","","","","98.2% pure Ciba-Geigy "]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1217-2"]
["Scores",10,10,5,5,5,5,0,5,5,4,0,0,0,4,0,0,1,3,62,0.70454545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","4d exposure as growth in control cultures was rapid","growth inhibition as a function of chl-a concentration","EC50",50,"","duplicate","","exponential growth phase","Allen's media","grown in microplates","","","","","","","","98.2% pure Ciba-Geigy "]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1218-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,0,3,3,3,73,0.82954545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","3 d test exposure","growth rate as a function of biomass change","EC50",50,"","triplicate","ISO methods","exponential growth phase","modified ISO media","static on shaker table","","","","","","","temperature maintained","ACS grade chemicals (analytical)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1218-2"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,0,3,3,3,73,0.82954545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","3 d test exposure","growth rate as a function of biomass change","EC10",10,"","triplicate","ISO methods","exponential growth phase","modified ISO media","static on shaker table","","","","","","","temperature maintained","ACS grade chemicals (analytical)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1218-3"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,0,3,3,3,73,0.82954545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","3 d test exposure","growth rate as a function of biomass change","EC90",90,"","triplicate","ISO methods","exponential growth phase","modified ISO media","static on shaker table","","","","","","","temperature maintained","ACS grade chemicals (analytical)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1218-4"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,0,3,3,3,73,0.82954545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","3 d test exposure","growth rate as a function of biomass change","EC90",90,"","3 control replicates and three replicates of test conc at 200ug/L atrazine","ISO methods","exponential growth phase","modified ISO media","static on shaker table","only one conc tested","","","","","","temperature maintained","ACS grade chemicals (analytical) (92-97%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1218-5"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,0,3,3,3,73,0.82954545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","3 d test exposure","growth rate as a function of biomass change","EC90",90,"","3 control replicates and three replicates of test conc at 200ug/L atrazine","ISO methods","exponential growth phase","modified ISO media","static on shaker table","only one conc tested","","","","","","temperature maintained","ACS grade chemicals (analytical) (92-97%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1218-6"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,0,3,3,3,73,0.82954545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","3 d test exposure","growth rate as a function of biomass change","EC90",90,"","3 control replicates and three replicates of test conc at 200ug/L atrazine","ISO methods","exponential growth phase","modified ISO media","static on shaker table","only one conc tested","","","","","","temperature maintained","ACS grade chemicals (analytical) (92-97%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1218-7"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,0,3,3,3,73,0.82954545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","3 d test exposure","growth rate as a function of biomass change","EC90",90,"","3 control replicates and three replicates of test conc at 200ug/L atrazine","ISO methods","exponential growth phase","modified ISO media","static on shaker table","only one conc tested","","","","","","temperature maintained","ACS grade chemicals (analytical) (92-97%)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-1"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-2"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-3"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-4"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-5"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-6"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-7"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-8"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-9"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-10"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-11"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-12"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-13"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-14"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-15"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-16"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-17"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-18"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-19"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-20"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-21"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-22"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-23"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-24"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-25"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-26"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-27"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-28"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-29"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-30"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-31"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-32"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-33"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-34"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-35"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-36"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-37"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-38"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-39"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-40"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-41"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-42"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-43"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-44"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-45"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-46"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-47"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-48"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-49"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-50"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-51"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-52"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-53"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-54"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-55"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-56"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-57"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-58"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-59"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-60"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-61"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-62"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1219-63"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,3,3,3,79,0.89772727272727271,""]
["Answers","","","","","","3 reps per treatment","","5cm long apical shoots without side roots or shoots","","static mesocosm outdoor","","","","","","","","96% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1220-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,1,3,72,0.81818181818181823,"The highest possible grade for this datum is acceptable."]
["Answers","","Frond count","EC50",50,"as per OECD guidelines","as per OECD guidelines","OECD guidelines","single frond ","20X-AAP media","static, renewal every 7 days","","","\"all chemicals clearly displayed concentration and duration dependent effect on toxicity and recovery\"","","","not stated","stated in referenced article Mohammad 2005","99.9% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1220-2"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,1,3,72,0.81818181818181823,"The highest possible grade for this datum is acceptable."]
["Answers","","Frond count","LOEC","","as per OECD guidelines","as per OECD guidelines","OECD guidelines","single frond ","20X-AAP media","static, renewal every 7 days","","","\"all chemicals clearly displayed concentration and duration dependent effect on toxicity and recovery\"","p<0.05","p<0.05","not stated","stated in referenced article Mohammad 2005","99.9% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1220-3"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,1,3,72,0.81818181818181823,"The highest possible grade for this datum is acceptable."]
["Answers","","Frond count","LOEC","","as per OECD guidelines","as per OECD guidelines","OECD guidelines","single frond ","20X-AAP media","static, renewal every 7 days","","","\"all chemicals clearly displayed concentration and duration dependent effect on toxicity and recovery\"","p<0.05","p<0.05","not stated","stated in referenced article Mohammad 2005","99.9% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1220-4"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,1,3,72,0.81818181818181823,"The highest possible grade for this datum is acceptable."]
["Answers","","Frond count","LOEC","","as per OECD guidelines","as per OECD guidelines","OECD guidelines","single frond ","20X-AAP media","static, renewal every 7 days","","","\"all chemicals clearly displayed concentration and duration dependent effect on toxicity and recovery\"","p<0.05","p<0.05","not stated","stated in referenced article Mohammad 2005","99.9% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1220-5"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,0,1,3,72,0.81818181818181823,"The highest possible grade for this datum is acceptable."]
["Answers","","Frond count","LOEC","","as per OECD guidelines","as per OECD guidelines","OECD guidelines","single frond ","20X-AAP media","static, renewal every 7 days","","","\"all chemicals clearly displayed concentration and duration dependent effect on toxicity and recovery\"","p<0.05","p<0.05","not stated","stated in referenced article Mohammad 2005","99.9% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1221-1"]
["Scores",10,10,5,5,5,5,0,0,0,0,0,0,4,4,4,0,3,3,58,0.65909090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","","fresh weight","","","","each treatment had a control and was tested in triplicate","","","","","only nominal exposures","","table format","p<0.05","p<0.05","","large temp range","98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1221-1"]
["Scores",10,10,5,5,5,5,0,0,0,0,0,0,4,4,4,0,3,3,58,0.65909090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","","fresh weight","","","","each treatment had a control and was tested in triplicate","","","","","only nominal exposures","","table format","p<0.05","p<0.05","","large temp range","98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1222-1"]
["Scores",10,10,0,0,5,5,0,0,5,4,4,0,4,4,4,0,0,3,58,0.65909090909090906,""]
["Answers","7 weeks","growth based on cell count","","","","4 reps per treatment","","","distilled water","static renewal once a week","measured once a week","","increasing toxicity with increasing conc","p<0.05","p<0.05","","","PESTANAL grade (analytical)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1222-2"]
["Scores",10,10,0,0,5,5,0,0,5,4,4,0,4,4,4,0,0,3,58,0.65909090909090906,""]
["Answers","7 weeks","growth based on cell count","","","","4 reps per treatment","","","distilled water","static renewal once a week","measured once a week","","increasing toxicity with increasing conc","p<0.05","p<0.05","","","PESTANAL grade (analytical)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1222-3"]
["Scores",10,10,0,0,5,5,0,0,5,4,4,0,4,4,4,0,0,3,58,0.65909090909090906,""]
["Answers","7 weeks","growth based on cell count","","","","4 reps per treatment","","","distilled water","static renewal once a week","measured once a week","","increasing toxicity with increasing conc","p<0.05","p<0.05","","","PESTANAL grade (analytical)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1222-4"]
["Scores",10,10,0,0,5,5,0,0,5,4,4,0,4,4,4,0,0,3,58,0.65909090909090906,""]
["Answers","7 weeks","growth based on cell count","","","","4 reps per treatment","","","distilled water","static renewal once a week","measured once a week","","increasing toxicity with increasing conc","p<0.05","p<0.05","","","PESTANAL grade (analytical)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1222-4"]
["Scores",10,10,0,0,5,5,0,0,5,4,4,0,4,4,4,0,0,3,58,0.65909090909090906,""]
["Answers","7 weeks","growth based on cell count","","","","4 reps per treatment","","","distilled water","static renewal once a week","measured once a week","","increasing toxicity with increasing conc","p<0.05","p<0.05","","","PESTANAL grade (analytical)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1224-1"]
["Scores",10,10,0,0,0,0,0,5,5,0,0,0,4,0,0,1,1,0,36,0.40909090909090912,"The highest possible grade for this datum is acceptable."]
["Answers","","OD680nm","","","","","","exponential growth phase","","","","","","","","","","possibly analytical however not stated "]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1224-2"]
["Scores",10,10,0,0,0,0,0,5,5,0,0,0,4,0,0,1,1,0,36,0.40909090909090912,"The highest possible grade for this datum is acceptable."]
["Answers","","OD680nm","","","","","","exponential growth phase","","","","","","","","","","possibly analytical however not stated "]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1225-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,4,0,1,3,70,0.79545454545454541,""]
["Answers","","absorbance and fluorescence measurements","","","","6 reps per treatment and 16 reps for control","control survival >90%","","","microplate static","","","","","","","","98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1226-1"]
["Scores",10,10,5,5,0,0,0,5,5,4,0,0,0,4,4,1,0,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","7 days","","EC50",50,"","","","exponential ","distilled water/DMSO","static","","","","SD of 8*10^-3","SD of 8*10^-3","","","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1226-2"]
["Scores",10,10,5,5,0,0,0,5,5,4,0,0,0,4,4,1,0,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","7 days","","EC50",50,"","","","exponential ","distilled water/DMSO","static","","","","SD of 10^-2","SD of 10^-2","","","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1227-1"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,0,4,0,1,1,0,64,0.72727272727272729,""]
["Answers","","","","","","","","exponentially growing","nutrient media","flow through, 2 volume additions/day","","","","","","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1227-2"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,0,4,0,1,1,0,64,0.72727272727272729,""]
["Answers","","","","","","","","exponentially growing","nutrient media","flow through, 2 volume additions/day","","","","","","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1227-3"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,0,4,0,1,1,0,64,0.72727272727272729,""]
["Answers","","","","","","","","exponentially growing","nutrient media","flow through, 2 volume additions/day","","","","","","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1227-4"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,0,4,0,1,1,0,64,0.72727272727272729,""]
["Answers","","","","","","","","exponentially growing","nutrient media","flow through, 2 volume additions/day","","","","","","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1227-5"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,0,4,0,1,1,0,64,0.72727272727272729,""]
["Answers","","","","","","","","exponentially growing","nutrient media","flow through, 2 volume additions/day","","","","","","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1227-6"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,0,4,0,1,1,0,64,0.72727272727272729,""]
["Answers","","","","","","","","exponentially growing","nutrient media","flow through, 2 volume additions/day","","","","","","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1227-7"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,0,4,0,1,1,0,64,0.72727272727272729,""]
["Answers","","","","","","","","exponentially growing","nutrient media","static","","","","","","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1227-8"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,0,4,0,1,1,0,64,0.72727272727272729,""]
["Answers","","","","","","","","exponentially growing","nutrient media","static","","","","","","","","not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1228-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,0,1,3,3,69,0.78409090909090906,""]
["Answers","","","","","","","OECD guidelines","exponential growth phase","","static","","","","","","","temp controlled ","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1228-2"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,0,1,3,3,69,0.78409090909090906,""]
["Answers","","","","","","","OECD guidelines","exponential growth phase","","static","","","","","","","temp controlled ","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1228-3"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,0,1,3,3,69,0.78409090909090906,""]
["Answers","","","","","","","OECD guidelines","exponential growth phase","","static","","","","","","","temp controlled ","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1228-4"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,0,1,3,3,69,0.78409090909090906,""]
["Answers","","","","","","","OECD guidelines","exponential growth phase","","static","","","","","","","temp controlled ","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1228-5"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,0,1,3,3,69,0.78409090909090906,""]
["Answers","","","","","","","OECD guidelines","exponential growth phase","","static","","","","","","","temp controlled ","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1228-6"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,0,1,3,3,69,0.78409090909090906,""]
["Answers","","","","","","","OECD guidelines","exponential growth phase","","static","","","","","","","temp controlled ","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1228-7"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,0,1,3,3,69,0.78409090909090906,""]
["Answers","","","","","","","OECD guidelines","exponential growth phase","","flow through conditions","","","","","","","temp controlled ","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1228-8"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,0,1,3,3,69,0.78409090909090906,""]
["Answers","","","","","","","OECD guidelines","exponential growth phase","","flow through conditions","","","","","","","temp controlled ","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1228-9"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,0,1,3,3,69,0.78409090909090906,""]
["Answers","","","","","","","OECD guidelines","exponential growth phase","","flow through conditions","","","","","","","temp controlled ","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1228-10"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,0,1,3,3,69,0.78409090909090906,""]
["Answers","","","","","","","OECD guidelines","exponential growth phase","","flow through conditions","","","","","","","temp controlled ","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1228-11"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,0,1,3,3,69,0.78409090909090906,""]
["Answers","","","","","","","OECD guidelines","exponential growth phase","","flow through conditions","","","","","","","temp controlled ","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1228-12"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,0,1,3,3,69,0.78409090909090906,""]
["Answers","","","","","","","OECD guidelines","exponential growth phase","","flow through conditions","","","","","","","temp controlled ","analytical"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1230-1"]
["Scores",0,10,0,0,5,5,0,0,5,0,0,0,4,4,4,0,0,0,37,0.42045454545454547,"The highest possible grade for this datum is acceptable."]
["Answers","only derived from ","","","","","3 reps per treatment conc","","","pond water","mesocosm assumed static","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","629-1"]
["Scores",10,10,5,5,5,5,0,0,5,0,0,0,0,4,4,0,1,3,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","12-14 days depending on species","OD600nm","EC50",50,"","","","","","","","","","","","","",">95% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","627-1"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,0,4,4,0,3,3,64,0.72727272727272729,"The highest possible grade for this datum is acceptable."]
["Answers","up to 12 days","chl-a content correlated to growth","IGC50 population endpoint",50,"","","","exponential growth phase","BG11 media no added nitrogen source","","","","","","","","maintained at temp","95% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1231-1"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,4,4,4,0,3,3,69,0.78409090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","7, 14, 21, 28 days","density by spectro","EC50",50,"","3 reps/treatment","USEPA reference","","","tubes assumed static","","","","","","","incubated, temp assumed static","99.8% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1232-1"]
["Scores",10,10,5,5,5,5,5,0,5,4,2,0,4,4,4,1,1,3,73,0.82954545454545459,""]
["Answers","7 days","","","","","","OECD and stated in paper","","","static, renewal on day 3 and 5","quantification of test conc","","","","","OECD methods","","98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1232-2"]
["Scores",10,10,5,5,5,5,5,5,5,4,2,0,4,4,4,1,1,3,78,0.88636363636363635,""]
["Answers","7 days","","","","","","OECD and stated in paper","apical shoot","","static","quantification of test conc","","","","","OECD methods","","98% pure"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1233-1"]
["Scores",10,10,5,0,5,5,0,5,5,4,0,0,4,4,4,0,3,0,64,0.72727272727272729,"The highest possible grade for this datum is acceptable."]
["Answers","9 days","Cell density","Says the concentrations that were and were not significantly different to the control.","","No toxicant control","3 replicates","","Exponential growth phase. Initial cell density of 2.0 x10^4 cells/mL","BG11 media","Static, although the flasks were shaken 3 times daily.","Nominal","","Figure 1","p<0.001","p<0.001","","25 ± 1 C","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1233-2"]
["Scores",10,10,5,0,5,5,0,5,5,4,0,0,4,4,4,0,3,0,64,0.72727272727272729,"The highest possible grade for this datum is acceptable."]
["Answers","9 days","Cell density","Says the concentrations that were and were not significantly different to the control.","","No toxicant control","3 replicates","","Exponential growth phase. Initial cell density of 2.0 x10^4 cells/mL","BG11 media","Static, although the flasks were shaken 3 times daily.","Nominal","","Figure 1","p<0.001","p<0.001","","25 ± 1 C","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-1"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-2"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-3"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-4"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-5"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-6"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-7"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-8"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-9"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-10"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-11"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-12"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-13"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-14"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-15"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-16"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-17"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-18"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-19"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1234-20"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,4,3,3,0,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","1, 2, 3 and 4 days (96 hours)","Cell density (growth) and dry weight (biomass)","\"sig different from the control\"","Figure 2","Acetone control, no toxicant control","Triplicated","Not stated","Exponential growth phase (initial cell density 10^5 cells/mL). ABU12 strain.","OECD medium (OECD 1984)","Assumed static","Not stated","","Figure 2","p<0.05","p<0.05","All culture media used for the treatments and the control were adjusted to pH 7.0","23 ± 2","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1003-2"]
["Scores",10,10,5,5,5,0,0,5,5,0,2,0,0,4,4,0,1,3,59,0.67045454545454541,""]
["Answers","96 hour","Algal biomass (cell density)","EC effective concentration","","No-toxicant control","Triplicate measurements were performed simultaneously for each treatment. BUT number of control reps not stated","Environment and Climate Change Canada (in supplementary data) ","Exponential growth phase, initial cell density is 2 x 10^4 cells/mL","Sterilised culture medium","Assumed static; on a shaking incubator","Measured once to note that loss was only 7%. So they used the nominal concentrations.","","Not stated","95% confidence intervals","95% confidence intervals","Not stated","Incubator at 22 ± 1 °C","99% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1171-1-OK"]
["Scores",10,5,5,5,0,0,0,0,0,0,0,0,4,4,4,0,0,3,40,0.45454545454545453,"The highest possible grade for this datum is acceptable."]
["Answers","24 hours","Inhibition of reproduction","EC",50,"Not stated","Not stated","Not stated","\"Synchronised cultures\" but no mention of what growth stage they are all up to.","Not stated","Not stated","Not stated - nominal","","In Table 2, it has the probit regression equation.","95% confidence intervals","95% confidence intervals","Not stated","Not stated","Analytical standard quality (98 or 99% purity)"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1151-2"]
["Scores",10,10,0,0,5,5,0,5,5,0,2,0,4,0,0,0,3,3,52,0.59090909090909094,""]
["Answers","48 hours","","","","Carrier and dilution water controls","Replicated three times","","Length (see supplementary information)","Unfiltered river water from source","","Measured concentrations in the herbicide treatments deviated up to 16% from nominal concentrations (50, 1200 and 500 ug/L).","","","","","","","99% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1237-1"]
["Scores",10,10,0,0,5,5,0,5,5,0,2,0,4,4,4,0,3,3,60,0.68181818181818177,""]
["Answers","48 hours","Each identified cell was classified as either “unhealthy” if the cell was empty or broken or the chloroplasts were abnormal or “healthy” if the integrity of the cell wall and its contents are intact.","","Figure 1, A","No-toxicant controls (a river water control at the start of the test, a river water control at the end of the test, a river water only control and a carrier control).","All herbicide and control treatments were replicated 3 times","Not stated","> 10 um in length","Unfiltered river water (Experimental details of the rapid toxicity tests are described in Wood et al. [22]).","Not stated","The measured concentrations of atrazine in the test solutions were always within 18% of nominal concentrations (mean of 8.75%). But still refer to the nominal ones (20, 50, 200 and 500 ug/L)","","Figure 1, A","p<0.05","p<0.05","","24 ± 1°C","There were no significant effects of the solvent carrier on all taxa\ntested., 99% analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1237-2"]
["Scores",10,10,0,0,5,5,0,5,5,0,2,0,4,4,4,0,3,3,60,0.68181818181818177,""]
["Answers","48 hours","Each identified cell was classified as either “unhealthy” if the cell was empty or broken or the chloroplasts were abnormal or “healthy” if the integrity of the cell wall and its contents are intact.","","Figure 1, A","No-toxicant controls (a river water control at the start of the test, a river water control at the end of the test, a river water only control and a carrier control).","All herbicide and control treatments were replicated 3 times","Not stated","> 10 um in length","Unfiltered river water (Experimental details of the rapid toxicity tests are described in Wood et al. [22]).","Not stated","The measured concentrations of atrazine in the test solutions were always within 18% of nominal concentrations (mean of 8.75%). But still refer to the nominal ones (20, 50, 200 and 500 ug/L)","","Figure 1, A","p<0.05","p<0.05","","24 ± 1°C","There were no significant effects of the solvent carrier on all taxa\ntested., 99% analytical grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1238-1"]
["Scores",10,10,5,5,0,0,5,5,5,0,0,0,0,4,4,0,3,3,59,0.67045454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","72 hours","Cell density determined by optical measurement. Growth rate was calculated with a linear regression of the natural log of optical density over time. ","EC",50,"No mention of controls","Five concentrations tested in triplicates but no mention of control.","International Organization for Standardization & Organization for Economic Cooperation and Development.                                                 First, the growth rate of the control cultures had to range between 0.032 and 0.046 during the entire test duration, which is the 95% confidence interval of algae growth based\non our control data. Second, the correlation coefficient (r2) of the dose–response curve was set greater than 0.5.\n\n","Exponential growth phase (<72 hours). Initial density of 650,000 cells/ml.\n","Sterile inorganic medium","Not stated but assumed static?","Nominal concentrations ranging from 20 to 200 ug/L.","","Not stated for this standard toxicity test?","95% confidence intervals","95% confidence intervals","",25,"97.4% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1238-2"]
["Scores",10,10,5,5,0,5,5,5,5,0,0,0,4,4,4,0,3,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","10 hours","Cell density determined by optical measurement. Growth rate was calculated with a linear regression of the natural log of optical density over time. ","EC",50,"Two controls","Duplicate","International Organization for Standardization & Organization for Economic Cooperation and Development.                                                 First, the growth rate of the control cultures had to range between 0.032 and 0.046 during the entire test duration, which is the 95% confidence interval of algae growth based\non our control data. Second, the correlation coefficient (r2) of the dose–response curve was set greater than 0.5.\n\n","Exponential growth phase (<72 hours). Initial density of 650,000 cells/ml.\n","Sterile inorganic medium","Not stated but assumed static?","Nominal concentrations ranging from 30 to 1,000 ug/L.","","Figure 2 and 3","95% confidence intervals","95% confidence intervals","",25,"97.4% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1238-3"]
["Scores",10,10,5,5,0,5,5,5,5,0,0,0,4,4,4,0,3,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","10 hours","Cell density determined by optical measurement. Growth rate was calculated with a linear regression of the natural log of optical density over time. ","EC",50,"Two controls","Duplicate","International Organization for Standardization & Organization for Economic Cooperation and Development.                                                 First, the growth rate of the control cultures had to range between 0.032 and 0.046 during the entire test duration, which is the 95% confidence interval of algae growth based\non our control data. Second, the correlation coefficient (r2) of the dose–response curve was set greater than 0.5.\n\n","Exponential growth phase (<72 hours). Initial density of 650,000 cells/ml.\n","Sterile inorganic medium","Not stated but assumed static?","Nominal concentrations ranging from 30 to 1,000 ug/L.","","Figure 2 and 3","95% confidence intervals","95% confidence intervals","",25,"97.4% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1238-4"]
["Scores",10,10,5,5,0,5,5,5,5,0,0,0,4,4,4,0,3,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","10 hours","Cell density determined by optical measurement. Growth rate was calculated with a linear regression of the natural log of optical density over time. ","EC",50,"Two controls","Duplicate","International Organization for Standardization & Organization for Economic Cooperation and Development.                                                 First, the growth rate of the control cultures had to range between 0.032 and 0.046 during the entire test duration, which is the 95% confidence interval of algae growth based\non our control data. Second, the correlation coefficient (r2) of the dose–response curve was set greater than 0.5.\n\n","Exponential growth phase (<72 hours). Initial density of 650,000 cells/ml.\n","Sterile inorganic medium","Not stated but assumed static?","Nominal concentrations ranging from 30 to 1,000 ug/L.","","Figure 2 and 3","95% confidence intervals","95% confidence intervals","",25,"97.4% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1238-5"]
["Scores",10,10,5,5,0,5,5,5,5,0,0,0,4,4,4,0,3,3,68,0.77272727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","10 hours","Cell density determined by optical measurement. Growth rate was calculated with a linear regression of the natural log of optical density over time. ","EC",50,"Two controls","Duplicate","International Organization for Standardization & Organization for Economic Cooperation and Development.                                                 First, the growth rate of the control cultures had to range between 0.032 and 0.046 during the entire test duration, which is the 95% confidence interval of algae growth based\non our control data. Second, the correlation coefficient (r2) of the dose–response curve was set greater than 0.5.\n\n","Exponential growth phase (<72 hours). Initial density of 650,000 cells/ml.\n","Sterile inorganic medium","Not stated but assumed static?","Nominal concentrations ranging from 30 to 1,000 ug/L.","","Figure 2 and 3","95% confidence intervals","95% confidence intervals","",25,"97.4% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-1"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-2"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-3"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-4"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-5"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-6"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-7"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-8"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-9"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-10"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-11"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-12"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-13"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-14"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-15"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1239-16"]
["Scores",10,10,5,5,5,5,0,5,5,0,0,0,4,4,0,3,1,3,65,0.73863636363636365,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours","Growth rate: dry mass, cell number, chlorophyll a content. ","EC","10, 50, 90","The control flasks received 1 mL of sterile distilled water instead of toxin. ","Average 2-3 replicates","Not stated. Has \"Millet et al.\" reference for calculating the cell counts and dry mass, where Miller is the US. EPA reference however no direct reference for toxicity tests.","Exponential growth phase","Synthetic algal nutrient medium (SANM).","Not stated but assumed static?","Nominal? Not stated. 0.001, 0.005, 0.01, 0.05, 0.1, 0.5, 1 and 5.","","Dose-response curves. Figure 4","None stated.","None stated.","7.5 ± 0.5","Growth cabinet 23 ± 2°C. ","Purity not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-1"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC",50,"No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-2"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC",50,"No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-3"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-4"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-5"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-6"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-7"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-8"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-9"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-10"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-11"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-12"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-13"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-14"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-15"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-16"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-17"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-18"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-19"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-20"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1241-21"]
["Scores",10,10,5,5,5,5,0,5,5,4,4,0,4,4,4,0,3,0,73,0.82954545454545459,""]
["Answers","15, 30, 40, 60 day exposure","Growth rate: Fresh weight","EC, NOEC","50, Table 1 for quantification","No toxicant control","Three replicates","Not stated","Seedlings of each species were selected with a length of approximately 15–20 cm and similar wet weight per species.","10% Hoagland solution","Static","All atrazine concentration calculations were based on external standard samples, and recovery efficiencies ranged from 87 to 95 % of nominal concentrations.","","Table 1","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Standard error of the mean for EC50s. For NOEC/LOECs, p<0.05.","Not stated","22 - 28 ","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1242-1"]
["Scores",10,10,5,5,0,0,2,5,5,4,0,0,0,4,4,0,3,0,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","96 hours","Growth rate: Cell counts","EC",50,"No mention of controls","3x replicates for each treatment but no mention of controls","ASTM 1996","Logarithmic growth phase","ASTM freshwater algal media","Static","Not stated?","","None","95% confidence intervals","95% confidence intervals","Not stated",25,"Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1243-1"]
["Scores",10,10,5,5,5,5,0,0,5,4,2,0,4,4,4,0,3,3,69,0.78409090909090906,""]
["Answers","48 hour","If it appeared more than 50% intact then it was classed as a healthy cell, and if the chloroplast was < 50% intact or absent or the frustule was broken then it was classed as unhealthy.","EC","7.34…","Ethanol control, site-water only control and a 'control' measured at t=0.","All treatments and controls were replicated thrice.","Not stated","Not stated","Fresh site water (Bluewater Creek)","Static water supply without renewal of water or agitation for the duration of the test period.","Spiked water samples were also prepared in the same manner as each herbicide test treatment (50, 200, 500 μg L− 1) to be analysed for determination of the actual atrazine concentrations, which were within 15% of the nominal values.","","Table 1","SE provided","SE provided","Not stated"," 24 ± 2 °C","Analytical grade atrazine"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1244-1"]
["Scores",10,5,5,5,5,5,0,0,5,4,0,0,0,4,4,1,3,3,59,0.67045454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","48 hours","Final yield based on cell density","EC",50,"Solvent controls","All tests performed in triplicate.","Not stated","Initial cell density was 15,000 cells/mL.","US EPA bottle medium (growth medium)","Sealed and put on an orbital shaker. Therefore static.","Not stated","Not stated","Not stated or illustrated","95% confidence intervals; p = 0.05. ","95% confidence intervals; p = 0.05. ","Initial growth medium pH was 7.5.","24 ± 1 ◦C","Reagent grade"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1245-1"]
["Scores",10,10,5,5,5,0,0,0,5,0,4,0,4,4,4,3,3,3,65,0.73863636363636365,""]
["Answers","24 hours","Growth: Cell number (compared to controls). Inhibition of algal cell reproduction. Stated the equipment used to count cell number.","EC50","","Untreated controls","Mentions that the test concentrations were measured in triplicate but no mention of the controls repeated?","Not stated","Initial cell density was 7.5 x 10^4 cells/mL","Algal growth medium: inorganic sterilised medium","Not stated but assumed static?","Measured at t0 and at t24","","Table 2","95% confidence intervals","95% confidence intervals","6.9 ± 0.2","28 ± 0.5","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1245-2"]
["Scores",10,10,5,0,5,0,0,0,5,0,4,0,4,4,0,3,3,3,56,0.63636363636363635,""]
["Answers","24 hours","Growth: Cell number (compared to controls). Inhibition of algal cell reproduction. Stated the equipment used to count cell number.","NOEC","","Untreated controls","Mentions that the test concentrations were measured in triplicate but no mention of the controls repeated?","Not stated","Initial cell density was 7.5 x 10^4 cells/mL","Algal growth medium: inorganic sterilised medium","Not stated but assumed static?","Measured at t0 and at t24","","Table 2","Not stated","Not stated","6.9 ± 0.2","28 ± 0.5","98% purity"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1246-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,0,4,1,0,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","20 days","Growth rate: Dry weight","NOEC","","Plants in water only - no atrazine","Each treatment has three replicates","Not stated","weight of each plant, 10.2 ± 0.9 g fresh mass","10% strength Hoagland medium","Additional water (no atrazine) was applied to initial 5L volume every 24 hours to compensate for the nutrient consumption and water losses.","","","Figure 1","p < 0.05","p < 0.05",7,"Not stated","90% active ingredient"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1246-2"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,0,4,1,0,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","20 days","Growth rate: Dry weight","NOEC","","Plants in water only - no atrazine","Each treatment has three replicates","Not stated","weight of each plant, 10.2 ± 0.9 g fresh mass","10% strength Hoagland medium","Additional water (no atrazine) was applied to initial 5L volume every 24 hours to compensate for the nutrient consumption and water losses.","","","Figure 1","p < 0.05","p < 0.05",7,"Not stated","90% active ingredient"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1246-3"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,4,0,4,1,0,3,56,0.63636363636363635,"The highest possible grade for this datum is acceptable."]
["Answers","20 days","Growth rate: Dry weight","NOEC","","Plants in water only - no atrazine","Each treatment has three replicates","Not stated","weight of each plant, 10.2 ± 0.9 g fresh mass","10% strength Hoagland medium","Additional water (no atrazine) was applied to initial 5L volume every 24 hours to compensate for the nutrient consumption and water losses.","","","Figure 1","p < 0.05","p < 0.05",7,"Not stated","90% active ingredient"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-1-OK"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,0,1,3,76,0.86363636363636365,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","IC",50,"\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Standard error","Standard error","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-2-OK"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,0,1,3,76,0.86363636363636365,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","IC",50,"\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Standard error","Standard error","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-3-OK"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,0,1,3,76,0.86363636363636365,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","IC",50,"\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Standard error","Standard error","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-4-OK"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,0,1,3,76,0.86363636363636365,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","IC",50,"\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Standard error","Standard error","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-5-OK"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,0,1,3,76,0.86363636363636365,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","IC",50,"\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Standard error","Standard error","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-6-OK"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,0,1,3,76,0.86363636363636365,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","IC",50,"\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Standard error","Standard error","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-7-OK"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,0,1,3,76,0.86363636363636365,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","IC",50,"\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Standard error","Standard error","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-8-OK"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,0,1,3,76,0.86363636363636365,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","IC",50,"\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Standard error","Standard error","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-9-OK"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,0,1,3,76,0.86363636363636365,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","IC",50,"\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Standard error","Standard error","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-10-OK"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,0,1,3,76,0.86363636363636365,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","IC",50,"\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Standard error","Standard error","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-11-OK"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,0,1,3,76,0.86363636363636365,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","IC",50,"\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Standard error","Standard error","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-12-OK"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,0,1,3,76,0.86363636363636365,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","IC",50,"\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Standard error","Standard error","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-13-OK"]
["Scores",10,10,5,0,5,5,2,5,5,4,4,0,4,4,0,0,1,3,67,0.76136363636000004,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","Yes","No","\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Not stated","Not stated","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-14-OK"]
["Scores",10,10,5,0,5,5,2,5,5,4,4,0,4,4,0,0,1,3,67,0.76136363636000004,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","Yes","No","\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Not stated","Not stated","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-15-OK"]
["Scores",10,10,5,0,5,5,2,5,5,4,4,0,4,4,0,0,1,3,67,0.76136363636000004,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","Yes","No","\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Not stated","Not stated","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-16-OK"]
["Scores",10,10,5,0,5,5,2,5,5,4,4,0,4,4,0,0,1,3,67,0.76136363636000004,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","Yes","No","\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Not stated","Not stated","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-17-OK"]
["Scores",10,10,5,0,5,5,2,5,5,4,4,0,4,4,0,0,1,3,67,0.76136363636000004,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","Yes","No","\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Not stated","Not stated","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-18-OK"]
["Scores",10,10,5,0,5,5,2,5,5,4,4,0,4,4,0,0,1,3,67,0.76136363636000004,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","Yes","No","\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Not stated","Not stated","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-19-OK"]
["Scores",10,10,5,0,5,5,2,5,5,4,4,0,4,4,0,0,1,3,67,0.76136363636000004,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","Yes","No","\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Not stated","Not stated","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1122-20-OK"]
["Scores",10,10,5,0,5,5,2,5,5,4,4,0,4,4,0,0,1,3,67,0.76136363636000004,""]
["Answers","96 hours","Growth rate: Cell count (final and initials).","Yes","No","\"control\"","\"No detections of atrazine in any control samples\".","Toxicity testing following near-standard protocols per US Environmental Protection Agency (USEPA) guidelines [22]. ","Exponential growth rates. 4-6day old culture.","Maintained and tested in NH4+ modified Bristol's media","Static with near-weekly renewals for 12 weeks before testing to ensure consistent rates of growth","0, 3, 10, 30, 100, 300 and 600 ug/L. But concentrations of atrazine were measured in duplicate subsamples at 0 hours and at 96 hours. Most measurements were within 20% of nomical. No detections of atrazine in any control samples. ","","Figure 1","Not stated","Not stated","Only 1 mark because pH of media was stated. pH of media: 6.5","Environmental chamber: 18 ± 1","Technical grade (96%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1123-1-OK"]
["Scores",10,10,0,5,5,5,2,5,5,0,2,0,4,4,4,0,1,3,65,0.73863636363636365,""]
["Answers","24 hours","Cell density was determined by\nspectrophotometric absorbance (Geis et al., 2000), using a standard curve developed\nfrom haemocytometer counts. Specific growth rates were calculated as the natural logarithm of the difference between initial and final cell density.","NOEC/LOEC","Table 1","Triplicate","no-toxicant control","EPA 1996","Exponential growth phase","AAP growth media","Not stated, assumed static?","Nominal concentrations of 0, 150 and 300 ug/L. They were measured but the paper refers to them in nominal concentrations. Mean replicate values for all measurements were within the range of 83-130% of nominal, with no detections (LoD = 0.05 mg/L) in controls","","Table 1",0.05,0.05,"Not stated","Controlled environment chamber of 24 +/- 2","Technical-grade atrazine (96.2%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1123-2-OK"]
["Scores",10,10,0,5,5,5,2,5,5,0,2,0,4,4,4,0,1,3,65,0.73863636363636365,""]
["Answers","24 hours","Cell density was determined by\nspectrophotometric absorbance (Geis et al., 2000), using a standard curve developed\nfrom haemocytometer counts. Specific growth rates were calculated as the natural logarithm of the difference between initial and final cell density.","NOEC/LOEC","Table 1","Triplicate","no-toxicant control","EPA 1996","Exponential growth phase","AAP growth media","Not stated, assumed static?","Nominal concentrations of 0, 150 and 300 ug/L. They were measured but the paper refers to them in nominal concentrations. Mean replicate values for all measurements were within the range of 83-130% of nominal, with no detections (LoD = 0.05 mg/L) in controls","","Table 1",0.05,0.05,"Not stated","Controlled environment chamber of 24 +/- 2","Technical-grade atrazine (96.2%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1123-3-OK"]
["Scores",10,10,0,5,5,5,2,5,5,0,2,0,4,4,4,0,1,3,65,0.73863636363636365,""]
["Answers","24 hours","Chlorophyll-a content was assessed by spectrophotometric absorbance after extraction in hot ethanol.","NOEC/LOEC","Table 1","Triplicate","no-toxicant control","EPA 1996","Exponential growth phase","AAP growth media","Not stated, assumed static?","Nominal concentrations of 0, 150 and 300 ug/L. They were measured but the paper refers to them in nominal concentrations. Mean replicate values for all measurements were within the range of 83-130% of nominal, with no detections (LoD = 0.05 mg/L) in controls","","Table 1",0.05,0.05,"Not stated","Controlled environment chamber of 24 +/- 2","Technical-grade atrazine (96.2%)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-1-OK"]
["Scores",10,10,0,5,5,5,0,5,5,0,4,0,4,4,4,1,1,3,66,0.75,""]
["Answers","70 days","Total biomass: Wet/Dry: Shoot growth/Root growth","","Figure 2","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Macrophyte shoots between 5 and 10 cm in length. ","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Figure 2","alpha = 0.05","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-2-OK"]
["Scores",10,10,0,5,5,5,0,5,5,0,4,0,4,4,4,1,1,3,66,0.75,""]
["Answers","70 days","Total biomass: Wet/Dry: Shoot growth/Root growth","","Figure 2","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Macrophyte shoots between 5 and 10 cm in length. ","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Figure 2","alpha = 0.05","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-3-OK"]
["Scores",10,10,0,5,5,5,0,5,5,0,4,0,4,4,4,1,1,3,66,0.75,""]
["Answers","70 days","Total biomass: Wet/Dry: Shoot growth/Root growth","","Figure 2","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Macrophyte shoots between 5 and 10 cm in length. ","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Figure 2","alpha = 0.05","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-4-OK"]
["Scores",10,10,0,5,5,5,0,5,5,0,4,0,4,4,4,1,1,3,66,0.75,""]
["Answers","70 days","Total biomass: Wet/Dry: Shoot growth/Root growth","","Figure 2","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Macrophyte shoots between 5 and 10 cm in length. ","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Figure 2","alpha = 0.05","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-5-OK"]
["Scores",10,10,0,5,5,5,0,5,5,0,4,0,4,4,4,1,1,3,66,0.75,""]
["Answers","70 days","Total biomass: Wet/Dry: Shoot growth/Root growth","","Figure 2","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Macrophyte shoots between 5 and 10 cm in length. ","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Figure 2","alpha = 0.05","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-6-OK"]
["Scores",10,10,0,5,5,5,0,5,5,0,4,0,4,4,4,1,1,3,66,0.75,""]
["Answers","70 days","Total biomass: Wet/Dry: Shoot growth/Root growth","","Figure 2","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Macrophyte shoots between 5 and 10 cm in length. ","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Figure 2","alpha = 0.05","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-7-OK"]
["Scores",10,10,0,5,5,5,0,5,5,0,4,0,4,4,4,1,1,3,66,0.75,""]
["Answers","70 days","Total biomass: Wet/Dry: Shoot growth/Root growth","","Figure 2","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Macrophyte shoots between 5 and 10 cm in length. ","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Figure 2","alpha = 0.05","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-8-OK"]
["Scores",10,10,0,5,5,5,0,5,5,0,4,0,4,4,4,1,1,3,66,0.75,""]
["Answers","70 days","Total biomass: Wet/Dry: Shoot growth/Root growth","","Figure 2","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Macrophyte shoots between 5 and 10 cm in length. ","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Figure 2","alpha = 0.05","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-9-OK"]
["Scores",10,10,0,5,5,5,0,5,5,0,4,0,4,4,4,1,1,3,66,0.75,""]
["Answers","70 days","Total biomass: Wet/Dry: Shoot growth/Root growth","","Figure 2","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Macrophyte shoots between 5 and 10 cm in length. ","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Figure 2","alpha = 0.05","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-10-OK"]
["Scores",10,10,0,5,5,5,0,5,5,0,4,0,4,4,4,1,1,3,66,0.75,""]
["Answers","70 days","Total biomass: Wet/Dry: Shoot growth/Root growth","","Figure 2","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Macrophyte shoots between 5 and 10 cm in length. ","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Figure 2","alpha = 0.05","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-11-OK"]
["Scores",10,10,0,5,5,5,0,5,5,0,4,0,4,4,4,1,1,3,66,0.75,""]
["Answers","70 days","Total biomass: Wet/Dry: Shoot growth/Root growth","","Figure 2","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Macrophyte shoots between 5 and 10 cm in length. ","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Figure 2","alpha = 0.05","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1125-12-OK"]
["Scores",10,10,0,5,5,5,0,5,5,0,4,0,4,4,4,1,1,3,66,0.75,""]
["Answers","70 days","Total biomass: Wet/Dry: Shoot growth/Root growth","","Figure 2","Controls received 10 ml of acetone only.","Three replicates (?)","Not stated","Macrophyte shoots between 5 and 10 cm in length. ","Spring water (mesocosm)","Assumed static but not stated","Nominal concentrations 0, 1, 10, 30 and 100 ug/L. Concentrations of atrazine in the water column were analysed after 1h and on days 1,4,7,14,21,28,49 and 70.","","Figure 2","alpha = 0.05","alpha = 0.05","In Figure 1 but can't tell what the exact value is. 7 - 9","In Figure 1 but can't tell what the exact value is. 15 - 25","Technical-grade atrazine 96%. Controls also tested for contamination, and concentrations in controls were below the limit of detection (0.05 ug/L)."]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1176-1-OK"]
["Scores",10,5,5,5,5,5,0,5,5,0,2,0,0,4,4,0,3,3,61,0.69318181818181823,""]
["Answers","24 hour","Growth rate: cell density","LC45.6","Growth rates (μ) at 24 h were 1.73 ± 0.20 day−1 for control cultures and 0.94 ± 0.03 day−1 for cultures exposed to atrazine; therefore, this herbicide caused an inhibition of growth of 45.6 %","Control","Carried out in duplicate.","Not stated","Mid-log growth phase","Tris-minimal phosphate medium","Not stated","No significant differences between nominal and effective concentration of atrazine were found using a gas chromatography/mass spectrometry analysis.","","None","p<0.05","p<0.05","None","22 ± 1 °C","\"pure compound\" Sigma aldrich MW 215:68"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1176-2-OK"]
["Scores",10,10,5,5,5,5,0,5,5,0,2,0,0,4,4,0,3,3,66,0.75,""]
["Answers","24 hour","Growth rate: Cell viability","NOEC","The percentage of C. reinhardtii viable cells, with intact plasma membrane (PI-cells), after 3 and 24 h of atrazine exposure remained close to 95% for both control cultures and atrazine exposed cultures (p > 0.05).","Control","Carried out in duplicate.","Not stated","Mid-log growth phase","Tris-minimal phosphate medium","Not stated","No significant differences between nominal and effective concentration of atrazine were found using a gas chromatography/mass spectrometry analysis.","","None","p<0.05","p<0.05","None","22 ± 1 °C","\"pure compound\" Sigma aldrich MW 215:68"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-1-RS"]
["Scores",10,5,5,0,5,0,0,0,5,4,2,0,0,0,0,0,0,0,36,0.40909090909090912,""]
["Answers","","","","","","","","","","flow through","","","","","","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-1-OK"]
["Scores",10,5,5,0,5,0,0,0,5,4,0,0,0,0,0,0,0,0,34,0.38636363629999998,"The highest possible grade for this datum is acceptable."]
["Answers","28 days","Growth: Number of fronds","NOEC / LOEC","","One control and five treatments. ","Not stated","Not stated","Not stated - only says a wild-type culture","Filtered natural chalk stream water.","Flow though (as it's pumped every 24 hours).","Exposure concentrations of the reference chemicals in lab and mesocosm tests were determined using: high performance LC with ultraviolet detection.                                              NOMINAL atrazine 0.003, 0.010, 0.030,\n0.10, and 0.30 mg/L","","None","\"Effects were assessed by inspection of the data- No statistical tests applied\"","\"Effects were assessed by inspection of the data- No statistical tests applied\"","Not stated","Not stated","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-2-OK"]
["Scores",10,5,5,0,5,0,0,0,5,4,0,0,0,0,0,0,0,0,34,0.38636363629999998,"The highest possible grade for this datum is acceptable."]
["Answers","28 days","Growth: Number of fronds","NOEC / LOEC","","One control and five treatments. ","Not stated","Not stated","Not stated - only says a wild-type culture","Filtered natural chalk stream water.","Flow though (as it's pumped every 24 hours).","Exposure concentrations of the reference chemicals in lab and mesocosm tests were determined using: high performance LC with ultraviolet detection.                                              NOMINAL atrazine 0.003, 0.010, 0.030,\n0.10, and 0.30 mg/L","","None","\"Effects were assessed by inspection of the data- No statistical tests applied\"","\"Effects were assessed by inspection of the data- No statistical tests applied\"","Not stated","Not stated","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-3-OK"]
["Scores",10,5,5,0,5,0,0,0,0,0,0,0,0,4,0,0,0,0,29,0.32954545454545453,"The highest possible grade for this datum is acceptable."]
["Answers","14 days","Growth: Frond count, Root length, Number of leaves per colony.","NOEC and LOEC","","One control and a mazimum of 7 treated meocoms were used for an experiment.","Not stated","Not stated","Not stated. Only says they used 100 plants with four fronds each.","Not stated","Not stated","Maximum stock solutions applied: 0.36 mg/L atrazine.","","","Not stated","Not stated","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-4-OK"]
["Scores",10,5,5,0,5,0,0,0,0,0,0,0,0,4,0,0,0,0,29,0.32954545454545453,"The highest possible grade for this datum is acceptable."]
["Answers","14 days","Growth: Frond count, Root length, Number of leaves per colony.","NOEC and LOEC","","One control and a mazimum of 7 treated meocoms were used for an experiment.","Not stated","Not stated","Not stated. Only says they used 100 plants with four fronds each.","Not stated","Not stated","Maximum stock solutions applied: 0.36 mg/L atrazine.","","","Not stated","Not stated","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-5-OK"]
["Scores",10,5,5,0,5,0,0,0,0,0,0,0,0,4,0,0,0,0,29,0.32954545454545453,"The highest possible grade for this datum is acceptable."]
["Answers","14 days","Growth: Frond count, Root length, Number of leaves per colony.","NOEC and LOEC","","One control and a mazimum of 7 treated meocoms were used for an experiment.","Not stated","Not stated","Not stated. Only says they used 100 plants with four fronds each.","Not stated","Not stated","Maximum stock solutions applied: 0.36 mg/L atrazine.","","","Not stated","Not stated","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-6-OK"]
["Scores",10,5,5,0,5,0,0,0,0,0,0,0,0,4,0,0,0,0,29,0.32954545454545453,"The highest possible grade for this datum is acceptable."]
["Answers","14 days","Growth: Frond count, Root length, Number of leaves per colony.","NOEC and LOEC","","One control and a mazimum of 7 treated meocoms were used for an experiment.","Not stated","Not stated","Not stated. Only says they used 100 plants with four fronds each.","Not stated","Not stated","Maximum stock solutions applied: 0.36 mg/L atrazine.","","","Not stated","Not stated","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-7-OK"]
["Scores",10,5,5,0,5,0,0,0,0,0,0,0,0,4,0,0,0,0,29,0.32954545454545453,"The highest possible grade for this datum is acceptable."]
["Answers","14 days","Growth: Frond count, Root length, Number of leaves per colony.","NOEC and LOEC","","One control and a mazimum of 7 treated meocoms were used for an experiment.","Not stated","Not stated","Not stated. Only says they used 100 plants with four fronds each.","Not stated","Not stated","Maximum stock solutions applied: 0.36 mg/L atrazine.","","","Not stated","Not stated","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-8-OK"]
["Scores",10,5,5,0,5,0,0,0,0,0,0,0,0,4,0,0,0,0,29,0.32954545454545453,"The highest possible grade for this datum is acceptable."]
["Answers","14 days","Growth: Frond count, Root length, Number of leaves per colony.","NOEC and LOEC","","One control and a mazimum of 7 treated meocoms were used for an experiment.","Not stated","Not stated","Not stated. Only says they used 100 plants with four fronds each.","Not stated","Not stated","Maximum stock solutions applied: 0.36 mg/L atrazine.","","","Not stated","Not stated","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-9-OK"]
["Scores",10,5,5,0,5,0,0,0,0,0,0,0,0,4,0,0,0,0,29,0.32954545454545453,"The highest possible grade for this datum is acceptable."]
["Answers","20 days","Growth: Length, Number of roots per plant.","LOEC and NOEC values","","One control and a mazimum of 7 treated meocoms were used for an experiment.","Not stated","Not stated","Not stated - plants with no shoots or roots were randomly allocated - 8 for atrazine.","Not stated","Not stated","Maximum stock solutions applied: 0.36 mg/L atrazine.","","","Not stated","Not stated","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-10-OK"]
["Scores",10,5,5,0,5,0,0,0,0,0,0,0,0,4,0,0,0,0,29,0.32954545454545453,"The highest possible grade for this datum is acceptable."]
["Answers","20 days","Growth: Length, Number of roots per plant.","LOEC and NOEC values","","One control and a mazimum of 7 treated meocoms were used for an experiment.","Not stated","Not stated","Not stated - plants with no shoots or roots were randomly allocated - 8 for atrazine.","Not stated","Not stated","Maximum stock solutions applied: 0.36 mg/L atrazine.","","","Not stated","Not stated","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-11-OK"]
["Scores",10,5,5,0,5,0,0,0,0,0,0,0,0,4,0,0,0,0,29,0.32954545454545453,"The highest possible grade for this datum is acceptable."]
["Answers","20 days","Growth: Length, Number of roots per plant.","LOEC and NOEC values","","One control and a mazimum of 7 treated meocoms were used for an experiment.","Not stated","Not stated","Not stated - plants with no shoots or roots were randomly allocated - 8 for atrazine.","Not stated","Not stated","Maximum stock solutions applied: 0.36 mg/L atrazine.","","","Not stated","Not stated","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-12-OK"]
["Scores",10,5,5,0,5,0,0,0,0,0,0,0,0,4,0,0,0,0,29,0.32954545454545453,"The highest possible grade for this datum is acceptable."]
["Answers","20 days","Growth: Length, Number of roots per plant.","LOEC and NOEC values","","One control and a mazimum of 7 treated meocoms were used for an experiment.","Not stated","Not stated","Not stated - plants with no shoots or roots were randomly allocated - 8 for atrazine.","Not stated","Not stated","Maximum stock solutions applied: 0.36 mg/L atrazine.","","","Not stated","Not stated","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-13-OK"]
["Scores",10,5,5,0,5,0,0,0,0,0,0,0,0,4,0,0,0,0,29,0.32954545454545453,"The highest possible grade for this datum is acceptable."]
["Answers","20 days","Growth: Length, Number of roots per plant.","LOEC and NOEC values","","One control and a mazimum of 7 treated meocoms were used for an experiment.","Not stated","Not stated","Not stated - plants with no shoots or roots were randomly allocated - 8 for atrazine.","Not stated","Not stated","Maximum stock solutions applied: 0.36 mg/L atrazine.","","","Not stated","Not stated","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-14-OK"]
["Scores",10,5,5,0,5,0,0,0,0,0,0,0,0,4,0,0,0,0,29,0.32954545454545453,"The highest possible grade for this datum is acceptable."]
["Answers","20 days","Growth: Length, Number of roots per plant.","LOEC and NOEC values","","One control and a mazimum of 7 treated meocoms were used for an experiment.","Not stated","Not stated","Not stated - plants with no shoots or roots were randomly allocated - 8 for atrazine.","Not stated","Not stated","Maximum stock solutions applied: 0.36 mg/L atrazine.","","","Not stated","Not stated","","",""]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-15-OK"]
["Scores",10,5,5,0,5,0,2,5,5,4,0,0,0,4,0,3,3,0,51,0.57954545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","10 days","Cell concentrations were measured daily over a 10-day period","NOEC, LOEC, Ecx values.","","Seven treatments.","Not stated. In OECD (1984) methods?","In accordance with methods described in OECD (1984).","Exponential growth phase. And says that the culture medium was supplied to the test vessels at the rate of 1800 ml.day. ","In OECD (1984) methods.","Continuous flow through exposure","Not stated","","","Not stated","Not stated","Checked daily and corrected by adding CO2 if it shifted outside the optimal range of 6-7.","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-16-OK"]
["Scores",10,5,5,0,5,0,2,5,5,4,0,0,0,4,0,3,3,0,51,0.57954545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","10 days","Cell concentrations were measured daily over a 10-day period","NOEC, LOEC, Ecx values.","","Seven treatments.","Not stated. In OECD (1984) methods?","In accordance with methods described in OECD (1984).","Exponential growth phase. And says that the culture medium was supplied to the test vessels at the rate of 1800 ml.day. ","In OECD (1984) methods.","Continuous flow through exposure","Not stated","","","Not stated","Not stated","Checked daily and corrected by adding CO2 if it shifted outside the optimal range of 6-7.","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-17-OK"]
["Scores",10,5,5,0,5,0,2,5,5,4,0,0,0,4,0,3,3,0,51,0.57954545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","7 days","Cell concentrations were measured daily over a 10-day period","NOEC, LOEC, Ecx values.","","Seven treatments.","Not stated. In OECD (1984) methods?","In accordance with methods described in OECD (1984).","Exponential growth phase. And says that the culture medium was supplied to the test vessels at the rate of 1800 ml.day. ","In OECD (1984) methods.","Continuous flow through exposure","Not stated","","","Not stated","Not stated","Checked daily and corrected by adding CO2 if it shifted outside the optimal range of 6-7.","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-18-OK"]
["Scores",10,5,5,0,5,0,2,5,5,4,0,0,0,4,0,3,3,0,51,0.57954545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","7 days","Cell concentrations were measured daily over a 10-day period","NOEC, LOEC, Ecx values.","","Seven treatments.","Not stated. In OECD (1984) methods?","In accordance with methods described in OECD (1984).","Exponential growth phase. And says that the culture medium was supplied to the test vessels at the rate of 1800 ml.day. ","In OECD (1984) methods.","Continuous flow through exposure","Not stated","","","Not stated","Not stated","Checked daily and corrected by adding CO2 if it shifted outside the optimal range of 6-7.","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-19-OK"]
["Scores",10,5,5,0,5,0,2,5,5,4,0,0,0,4,0,3,3,0,51,0.57954545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","96 hours","Cell concentrations were measured daily over a 10-day period","NOEC, LOEC, Ecx values.","","Seven treatments.","Not stated. In OECD (1984) methods?","In accordance with methods described in OECD (1984).","Exponential growth phase. And says that the culture medium was supplied to the test vessels at the rate of 1800 ml.day. ","In OECD (1984) methods.","Continuous flow through exposure","Not stated","","","Not stated","Not stated","Checked daily and corrected by adding CO2 if it shifted outside the optimal range of 6-7.","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-20-OK"]
["Scores",10,5,5,0,5,0,2,5,5,4,0,0,0,4,0,3,3,0,51,0.57954545454545459,"The highest possible grade for this datum is acceptable."]
["Answers","96 hours","Cell concentrations were measured daily over a 10-day period","NOEC, LOEC, Ecx values.","","Seven treatments.","Not stated. In OECD (1984) methods?","In accordance with methods described in OECD (1984).","Exponential growth phase. And says that the culture medium was supplied to the test vessels at the rate of 1800 ml.day. ","In OECD (1984) methods.","Continuous flow through exposure","Not stated","","","Not stated","Not stated","Checked daily and corrected by adding CO2 if it shifted outside the optimal range of 6-7.","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-21-OK"]
["Scores",10,10,5,0,5,5,2,5,5,4,0,0,0,4,0,3,1,0,59,0.67045454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours.","Growth of algae cultures (cell concentration) were measured by counting with an electronil particle counter (PARTEC) after 24, 48 and 72 hours.","NOEC and ECx values","","OECD method compares to the \"control\"","Tests were run in triplicate.","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","SAG medium 12 for C. reinhardi.                        Filtered algal medium for S. subspicatus.","Static tests","Not stated","","None","Not stated","Not stated","Approx. 8","20 +/- 1 degrees C (temperature controlled room)","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-22-OK"]
["Scores",10,10,5,0,5,5,2,5,5,4,0,0,0,4,0,3,1,0,59,0.67045454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours.","Growth of algae cultures (cell concentration) were measured by counting with an electronil particle counter (PARTEC) after 24, 48 and 72 hours.","NOEC and ECx values","","OECD method compares to the \"control\"","Tests were run in triplicate.","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","SAG medium 12 for C. reinhardi.                        Filtered algal medium for S. subspicatus.","Static tests","Not stated","","None","Not stated","Not stated","Approx. 8","20 +/- 1 degrees C (temperature controlled room)","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-23-OK"]
["Scores",10,10,5,0,5,5,2,5,5,4,0,0,0,4,0,3,1,0,59,0.67045454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours.","Growth of algae cultures (cell concentration) were measured by counting with an electronil particle counter (PARTEC) after 24, 48 and 72 hours.","NOEC and ECx values","","OECD method compares to the \"control\"","Tests were run in triplicate.","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","SAG medium 12 for C. reinhardi.                        Filtered algal medium for S. subspicatus.","Static tests","Not stated","","None","Not stated","Not stated","Approx. 8","20 +/- 1 degrees C (temperature controlled room)","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-24-OK"]
["Scores",10,10,5,0,5,5,2,5,5,4,0,0,0,4,0,3,1,0,59,0.67045454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours.","Growth of algae cultures (cell concentration) were measured by counting with an electronil particle counter (PARTEC) after 24, 48 and 72 hours.","NOEC and ECx values","","OECD method compares to the \"control\"","Tests were run in triplicate.","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","SAG medium 12 for C. reinhardi.                        Filtered algal medium for S. subspicatus.","Static tests","Not stated","","None","Not stated","Not stated","Approx. 8","20 +/- 1 degrees C (temperature controlled room)","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-25-OK"]
["Scores",10,10,5,0,5,5,2,5,5,4,0,0,0,4,0,3,1,0,59,0.67045454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours.","Growth of algae cultures (cell concentration) were measured by counting with an electronil particle counter (PARTEC) after 24, 48 and 72 hours.","NOEC and ECx values","","OECD method compares to the \"control\"","Tests were run in triplicate.","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","SAG medium 12 for C. reinhardi.                        Filtered algal medium for S. subspicatus.","Static tests","Not stated","","None","Not stated","Not stated","Approx. 8","20 +/- 1 degrees C (temperature controlled room)","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-26-OK"]
["Scores",10,10,5,0,5,5,2,5,5,4,0,0,0,4,0,3,1,0,59,0.67045454545454541,"The highest possible grade for this datum is acceptable."]
["Answers","24, 48 and 72 hours.","Growth of algae cultures (cell concentration) were measured by counting with an electronil particle counter (PARTEC) after 24, 48 and 72 hours.","NOEC and ECx values","","OECD method compares to the \"control\"","Tests were run in triplicate.","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","SAG medium 12 for C. reinhardi.                        Filtered algal medium for S. subspicatus.","Static tests","Not stated","","None","Not stated","Not stated","Approx. 8","20 +/- 1 degrees C (temperature controlled room)","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-27-OK"]
["Scores",10,10,5,0,5,5,2,5,5,0,0,0,0,4,0,3,3,0,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","72 hours.","Growth of algae cultures (cell concentration) were measured by electronic particle counting on days 0, 2, 3, 4 and 5.","NOEC and ECx values","","Unamended medium (control).","","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","Filtered algal medium (OECD Guideline 201).","Not stated","Not stated","","None","Not stated","Not stated","Approx. 8","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-28-OK"]
["Scores",10,10,5,0,5,5,2,5,5,0,0,0,0,4,0,3,3,0,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","72 hours.","Growth of algae cultures (cell concentration) were measured by electronic particle counting on days 0, 2, 3, 4 and 5.","NOEC and ECx values","","Unamended medium (control).","","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","Filtered algal medium (OECD Guideline 201).","Not stated","Not stated","","None","Not stated","Not stated","Approx. 8","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-29-OK"]
["Scores",10,10,5,0,5,5,2,5,5,0,0,0,0,4,0,3,3,0,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","72 hours.","Growth of algae cultures (cell concentration) were measured by electronic particle counting on days 0, 2, 3, 4 and 5.","NOEC and ECx values","","Unamended medium (control).","","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","Filtered algal medium (OECD Guideline 201).","Not stated","Not stated","","None","Not stated","Not stated","Approx. 8","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-30-OK"]
["Scores",10,10,5,0,5,5,2,5,5,0,0,0,0,4,0,3,3,0,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","72 hours.","Growth of algae cultures (cell concentration) were measured by electronic particle counting on days 0, 2, 3, 4 and 5.","NOEC and ECx values","","Unamended medium (control).","","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","Filtered algal medium (OECD Guideline 201).","Not stated","Not stated","","None","Not stated","Not stated","Approx. 8","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-31-OK"]
["Scores",10,10,5,0,5,5,2,5,5,0,0,0,0,4,0,3,3,0,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","5 days","Growth of algae cultures (cell concentration) were measured by electronic particle counting on days 0, 2, 3, 4 and 5.","NOEC and ECx values","","Unamended medium (control).","","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","Filtered algal medium (OECD Guideline 201).","Not stated","Not stated","","None","Not stated","Not stated","Approx. 8","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-32-OK"]
["Scores",10,10,5,0,5,5,2,5,5,0,0,0,0,4,0,3,3,0,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","5 days","Growth of algae cultures (cell concentration) were measured by electronic particle counting on days 0, 2, 3, 4 and 5.","NOEC and ECx values","","Unamended medium (control).","","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","Filtered algal medium (OECD Guideline 201).","Not stated","Not stated","","None","Not stated","Not stated","Approx. 8","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-33-OK"]
["Scores",10,10,5,0,5,5,2,5,5,0,0,0,0,4,0,3,3,0,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","5 days","Growth of algae cultures (cell concentration) were measured by electronic particle counting on days 0, 2, 3, 4 and 5.","NOEC and ECx values","","Unamended medium (control).","","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","Filtered algal medium (OECD Guideline 201).","Not stated","Not stated","","None","Not stated","Not stated","Approx. 8","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-34-OK"]
["Scores",10,10,5,0,5,5,2,5,5,0,0,0,0,4,0,3,3,0,57,0.64772727272727271,"The highest possible grade for this datum is acceptable."]
["Answers","5 days","Growth of algae cultures (cell concentration) were measured by electronic particle counting on days 0, 2, 3, 4 and 5.","NOEC and ECx values","","Unamended medium (control).","","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","Filtered algal medium (OECD Guideline 201).","Not stated","Not stated","","None","Not stated","Not stated","Approx. 8","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-36-OK"]
["Scores",10,10,5,0,0,0,2,5,5,0,0,0,0,4,0,3,3,0,47,0.53409090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","48 and 72 hours","Population density: (cell concentration) were measured by electronic particle counting (PARTEC).","NOEC and ECx values","","Not stated","Not stated","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","Filtered algal medium (OECD Guideline 201).","Not stated","Not stated","","None","Not stated","Not stated","Approx. 8","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-37-OK"]
["Scores",10,10,5,0,0,0,2,5,5,0,0,0,0,4,0,3,3,0,47,0.53409090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","48 and 72 hours","Population density: (cell concentration) were measured by electronic particle counting (PARTEC).","NOEC and ECx values","","Not stated","Not stated","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","Filtered algal medium (OECD Guideline 201).","Not stated","Not stated","","None","Not stated","Not stated","Approx. 8","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-38-OK"]
["Scores",10,10,5,0,0,0,2,5,5,0,0,0,0,4,0,3,3,0,47,0.53409090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","48 and 72 hours","Population density: (cell concentration) were measured by electronic particle counting (PARTEC).","NOEC and ECx values","","Not stated","Not stated","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","Filtered algal medium (OECD Guideline 201).","Not stated","Not stated","","None","Not stated","Not stated","Approx. 8","24 degrees C","Not stated"]
["Category","Freshwater/non-metal/plant","Paper and data unique identifier(eg. 1-1,10-150)","1191-39-OK"]
["Scores",10,10,5,0,0,0,2,5,5,0,0,0,0,4,0,3,3,0,47,0.53409090909090906,"The highest possible grade for this datum is acceptable."]
["Answers","48 and 72 hours","Population density: (cell concentration) were measured by electronic particle counting (PARTEC).","NOEC and ECx values","","Not stated","Not stated","Based on OECD Guideline 201 (OECD, 1984).","Exponentially growing cultures (OECD Guideline 201).","Filtered algal medium (OECD Guideline 201).","Not stated","Not stated","","None","Not stated","Not stated","Approx. 8","24 degrees C","Not stated"]

{"sheet":"MEW nonplant","index":13,"n_rows":84,"n_cols":53,"rows_kept":84,"cut":false,"hidden":false,"merged":[[68,2,71,2],[68,7,71,7],[56,7,58,7],[65,7,67,7],[52,2,54,2],[52,7,54,7],[59,7,61,7],[65,2,67,2],[62,2,64,2],[62,7,64,7],[43,2,45,2],[43,7,45,7],[46,2,48,2],[46,7,48,7],[49,2,51,2],[49,7,51,7],[34,2,36,2],[34,7,36,7],[37,2,39,2],[37,7,39,7],[40,2,42,2],[40,7,42,7],[25,2,27,2],[25,7,27,7],[28,2,30,2],[28,7,30,7],[31,2,33,2],[31,7,33,7],[17,2,19,2],[17,7,19,7],[20,2,21,2],[20,7,21,7],[22,2,24,2],[22,7,24,7],[3,4,7,4],[9,2,9,4],[11,2,13,2],[11,7,13,7],[14,2,16,2],[14,7,16,7]]}
[null,1,"Fill in the blank cells below, based on information provided in the paper being assessed. You can either pick an option from the dropdown list or add the appropriate detail using the 'Add to list' button. ",null,null,{"$f":"IF(BA3=\"\",0,1)","v":1},null,null,null,null,null,null,null,null,"* All the text in RED are used for drop down list ,make changes with caution."]
[null,null,"Category",{"$f":"IF(AF3=\"\",0,1)","v":1},"MEW_nonplant",{"$f":"IF(E3=\"\",0,1)","v":1},"Citation No.",{"$f":"IF(ISERROR(FIND(\"-\",E3)),E3,LEFT(E3,FIND(\"-\",E3)-1))","v":"1126"},null,"Taxonomic group",null,null,null,null,"Species",null,null,"Lifestage",null,null,"Exposure duration",null,null,"Measure of toxicity",null,null,"Toxicity endpoint",null,null,"Taxonomic group",null,null,"Phylum",null,null,"Class",null,null,"Media",null,null,"Temperature ",null,null,"Acute Or Chronic",null,null,"PH",null,null,"Salinity/Comdictivity"]
[null,null,"Paper and data unique identifier(eg. 1-1,10-150)",{"$f":"IF(AI3=\"\",0,1)","v":1},"1126-8-OK",{"$f":"IF(E4=\"\",0,1)","v":1},"Species (Scientific name)",null,null,"Phylum",null,null,null,null,"Aedes albopictus",2,{"$f":"IF(P3=0,\"\",INDEX(O3:O105,P3))","v":"Amphiascus tenuiremis"},"<24h",18,{"$f":"IF(S3=0,\"\",INDEX(R3:R105,S3))","v":"Stage 1 copepodite juvenile"},"11 hour",11,{"$f":"IF(V3=0,\"\",INDEX(U3:U105,V3))","v":"41 day (2.5 generations)"},"EC50",6,{"$f":"IF(Y3=0,\"\",INDEX(X3:X105,Y3))","v":"NOEC"},"Bioluminescence reduction",15,{"$f":"IF(AB3=0,\"\",INDEX(AA3:AA105,AB3))","v":"Reproductive failure: nonviable offsping"},"Bacteria",5,{"$f":"IF(AE3=0,\"\",INDEX(AD3:AD105,AE3))","v":"Macroinvertebrate"},"Arthropoda",1,{"$f":"IF(AH3=0,\"\",INDEX(AG3:AG105,AH3))","v":"Arthropoda"},"Actinopterygii",8,{"$f":"IF(AK3=0,\"\",INDEX(AJ3:AJ105,AK3))","v":"Maxillopoda"},"Artificial seawater (dechlorinated tap water with artifical seawater salts)",15,{"$f":"IF(AN3=0,\"\",INDEX(AM3:AM105,AN3))","v":"Filtered and aerated seawater"},19.5,22,{"$f":"IF(AQ3=0,\"\",INDEX(AP3:AP105,AQ3))","v":"N.A."},"Acute",2,{"$f":"IF(AT3=0,\"\",INDEX(AS3:AS105,AT3))","v":"Chronic"},7.8,14,{"$f":"IF(AW3=0,\"\",INDEX(AV3:AV105,AW3))","v":"8.25 ± 0.02"},5,15,{"$f":"IF(AZ3=0,\"\",INDEX(AY3:AY105,AZ3))","v":"30 ± 1"}]
[null,null,"Citation",{"$f":"IF(AL3=\"\",0,1)","v":1},"Bejarano,A.C., and G.T. Chandler Reproductive and Developmental Effects of Atrazine on the Estuarine Meiobenthic Copepod Amphiascus tenuiremis Environ. Toxicol. Chem.22(12): 3009-3016 2003",{"$f":"IF(H8=\"\",0,1)","v":1},"Lifestage",null,null,"Class",null,null,null,null,"Amphiascus tenuiremis",null,null,"1 month",null,null,"11 weeks",null,null,"LC50",null,null,"Body size",null,null,"Bacteria",null,null,"Chlorophyta",null,null,"Bivalvia",null,null,"Autoclaved estuarine water",null,null,25,null,null,"Chronic",null,null,"7.39-7.94",null,null,15]
[null,null,null,{"$f":"IF(AO3=\"\",0,1)","v":1},null,{"$f":"IF(AX3=\"\",0,1)","v":1},"Exposure duration",null,null,"Media",null,null,null,null,"Artemia salina",null,null,"1 year old",null,null,"13 days",null,null,"LC50",null,null,"Growth rate (length)",null,null,"Fish ",null,null,"Chordata",null,null,"Branchiopoda",null,null,"Filtered natural seawater",null,null,25,null,null,"N.A.",null,null,"7.5 - 8.3",null,null,32]
[null,null,null,{"$f":"IF(AR3=\"\",0,1)","v":1},null,{"$f":"IF(Q3=\"\",0,1)","v":1},"Measure of toxicity",null,null,"Temperature ",null,null,null,null,"Australian Bass",null,null,"50-60mm shell length",null,null,"15 days",null,null,"LOEC",null,null,"Growth: Body length",null,null,"macroinvertebrate",null,null,"Mollusca",null,null,"Branchiopoda",null,null,"Filtered seawater",null,null,27,null,null,null,null,null,"7.66-8.03",null,null,34]
[null,null,null,{"$f":"IF(AU3=\"\",0,1)","v":1},null,{"$f":"IF(T3=\"\",0,1)","v":1},"Toxicity endpoint",null,null,"Acute Or Chronic ",null,null,null,null,"Ciona intestinalis",null,null,"5mm in length",null,null,"15 mins",null,null,"N.A.",null,null,"Hatched larvae per female",null,null,"Macroinvertebrate",null,null,"N.A.",null,null,"Chlorophyceae",null,null,"Freshwater",null,null,"15°C",null,null,null,null,null,"7.7-8.14",null,null,35]
[null,null,null,null,null,{"$f":"IF(W3=\"\",0,1)","v":1},"Toxicity value","30.3 ug/L",null,"PH",null,null,null,null,"Crassostrea gigas",null,null,"7-8mm",null,null,"20 d ays",null,null,"NOEC",null,null,"immobilisation",null,null,"Microalga",null,null,"Proteobacteria",null,null,"Gammaproteobacteria",null,null,"H-W Marinemix or reconstituted water",null,null,"18±0.1",null,null,null,null,null,"7.8±0.1",null,null,37]
[null,2,"Select the appropriate answer option to each question. Comments can be added to the cells in column H.",null,null,{"$f":"IF(Z3=\"\",0,1)","v":1},null,null,null,"Salinity/Conductivity",null,null,null,null,"Cyprinodon variegatus",null,null,"Adult",null,null,"24 hrs",null,null,null,null,null,"Immobilisation",null,null,"Microinvertebrate",null,null,"Tracheophyta",null,null,"Malacostraca",null,null,"Marinewater",null,null,"19.5 ±1",null,null,null,null,null,"7.8-8.2",null,null,"14-16"]
[null,"*","If the selected answer option does not work try clicking on any other cell first and then click back on the answer option again.",null,null,{"$f":"IF(AC3=\"\",0,1)","v":1},null,null,null,null,null,null,null,null,"Eurytemora affinis",null,null,"Embryo",null,null,"32 day",null,null,null,null,null,"Incubation time",null,null,"N.A.",null,null,null,null,null,"Maxillopoda",null,null,"N.A.",null,null,"19.5-20.4",null,null,null,null,null,"7.9±0.1",null,null,"15.1±0.1"]
[null,"No.","Question","Marks Awarded","Answer Options","Option References","Scores","Answers",null,null,null,null,null,null,"Fundulus heteroclitus",null,null,"II-III instar larvae",null,null,"40min",null,null,null,null,null,"Loss of spawned eggs",null,null,null,null,null,null,null,null,"N.A.",null,null,"Natural seawater",null,null,"20.3-20.4",null,null,null,null,null,"7.94-8.16",null,null,"150 uS/cm"]
[null,null,"Was the duration of the exposure stated (e.g. 48 or 96 h)?",10,null,1,{"$f":"IF(F15=0,0,INDEX($D12:$D13,F12,1))","v":10},"41 days (2.5 generation times)",null,null,null,null,null,null,"Mytilus edulis",null,null,"Juvenile",null,null,"41 day",null,null,null,null,null,"Mortality",null,null,null,null,null,null,null,null,null,null,null,"not stated",null,null,"20±1",null,null,null,null,null,"7.94-8.39",null,null,"15-17"]
[null,1,null,0,null,null,null,null,null,null,null,null,null,null,"N.A.",null,null,"Larvae",null,null,"41 day (2.5 generations)",null,null,null,null,null,"N.A.",null,null,null,null,null,null,null,null,null,null,null,"Pasteurised filtered seawater",null,null,"20-20.5",null,null,null,null,null,"7.95-8.26",null,null,"23-25"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Neohelice granulata",null,null,"Larvae (11dph)",null,null,"48 hr",null,null,null,null,null,"Normal hatching",null,null,null,null,null,null,null,null,null,null,null,"Reverse osmosis water",null,null,"21.6±0.5",null,null,null,null,null,"8.0±0.2",null,null,"25-28"]
[null,null,"Was the biological endpoint (e.g., immobilization or population growth) stated and defined (10 marks)? Award 5 marks if the biological endpoint is only stated.",10,null,1,{"$f":"IF(F15=0,0,INDEX($D15:$D17,F15,1))","v":10},"Reproductive failure was deﬁned as those mating pairs unable to produce viable offspring after 7 d of mating plus females unable to extrude more than one brood over a 10-d mating period. \n\n\n",null,null,null,null,null,null,"Photobacterium phosphoreum",null,null,"Larvae 15 days post hatch",null,null,"56 days",null,null,null,null,null,"Reproduction",null,null,null,null,null,null,null,null,null,null,null,"Salinity adjusted diluent",null,null,"21.6±0.6",null,null,null,null,null,"8.05-8.41",null,null,"27.1 ± 0.14"]
[null,2,null,5,null,null,null,null,null,null,null,null,null,null,"Robertsonia propinqua",null,null,"N.A.",null,null,"8 days",null,null,null,null,null,"Reproduction: Egg carrying females (%)",null,null,null,null,null,null,null,null,null,null,null,"Seawater",null,null,"21±1",null,null,null,null,null,"8.25 ± 0.02",null,null,"3.1±0.1"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Sciaenops ocellatus",null,null,"Ovigerous females",null,null,"8 weeks",null,null,null,null,null,"Reproductive failure: nonviable offsping",null,null,null,null,null,null,null,null,null,null,null,"Filtered and aerated seawater",null,null,"23-25",null,null,null,null,null,"8±0.5",null,null,"30 ± 1"]
[null,null,"Was the biological effect stated (e.g. LC or NOEC)?",5,null,1,{"$f":"IF(F18=0,0,INDEX($D18:$D19,F18,1))","v":5},"NOEC",null,null,null,null,null,null,"Sciaenops ocellatus",null,null,"Ovigerous females",null,null,"9 days",null,null,null,null,null,"Sex ratio",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"24-25",null,null,null,null,null,"N.A.",null,null,"30 p.s.u."]
[null,3,null,0,null,null,null,null,null,null,null,null,null,null,"Tigriopus brevicornis",null,null,"Reproductive adult",null,null,"96 hours",null,null,null,null,null,"Size",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"24-254",null,null,null,null,null,"Not stated",null,null,"30 ppt"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Stage 1 copepodite juvenile",null,null,"N.A.",null,null,null,null,null,"Standard length",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"24-26",null,null,null,null,null,"PH11",null,null,"35±0.1"]
[null,4,"Was the biological effect quantified (e.g. 50% effect, 25% effect)? \nNote: The effect for NOEC and LOEC data must be quantified.",5,null,1,{"$f":"IF(F21=0,0,INDEX($D21:$D22,F21,1))","v":5},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Survival",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"25 ± 1°C",null,null,null,null,null,"PH7.0",null,null,"7.7-8.14"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Time to egg extrusion",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"25°C",null,null,null,null,null,null,null,null,"N.A."]
[null,5,"Were appropriate controls (e.g. a no-toxicant control and/or solvent control) used?",5,null,1,{"$f":"IF(F23=0,0,INDEX($D23:$D24,F23,1))","v":5},"A treatment containing a maximum of 0.02% volume/volume (v/v) acetone was used as a\ncarrier control.\n",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Time to hatch",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"28.4 ± 0.67",null,null,null,null,null,null,null,null,"Not stated"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Time to maturity",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"N.A."]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Viable offsping production per female"]
[null,6,"Was each control and contaminant concentration at least duplicated?",5,null,2,{"$f":"IF(F26=0,0,INDEX($D26:$D27,F26,1))","v":0},"Not stated",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Reproduction: Hatching success (%)"]
[null,null,null,0]
[]
[null,7,"Were test acceptability criteria stated (e.g. mortality in controls must not exceed a certain percentage) (5 marks)?\nOR Were test acceptability criteria inferred (e.g. test method used [USEPA, OECD, ASTM etc.]) (award 2 marks). \nNote: Data that fail the acceptability criteria are automatically deemed to be of unacceptable quality and must not be used. ",5,null,3,{"$f":"IF(F29=0,0,INDEX($D29:$D31,F29,1))","v":0},"Not stated"]
[null,null,null,2]
[null,null,null,0]
[null,8,"Were the characteristics of the test organism (e.g. length, mass, age) stated?",5,null,1,{"$f":"IF(F32=0,0,INDEX($D32:$D34,F32,1))","v":5},"Stage 1 juvenile copepods"]
[null,null,null,0]
[]
[null,9,"Was the type of test media used stated?",5,null,1,{"$f":"IF(F35=0,0,INDEX($D35:$D37,F35,1))","v":5},"Aerated seawater, renewal"]
[null,null,null,0]
[]
[null,null,"Was the type of exposure (e.g. static, flow through) stated? ",4,null,1,{"$f":"IF(F38=0,0,INDEX($D38:$D40,F38,1))","v":4},"Test solutions were removed (>90% water removal) and replaced every third day with fresh test solutions (>90% DO)."]
[null,10,null,0]
[]
[null,null,"Were the contaminant concentrations measured at the beginning and end of the exposure (4 marks)? Award 2 marks if they were measured only once during the test.\nNote: If the concentrations were not measured then automatically the data cannot be high quality. ",4,null,2,{"$f":"IF(F41=0,0,INDEX($D41:$D43,F41,1))","v":2},"Nominal. 2.5, 25, 250 ug/L. But measured concentrations once = 3.5, 30.3 and 246.6."]
[null,11,null,2]
[null,null,null,0]
[null,null,"Were parallel reference toxicant toxicity tests conducted?",4,null,2,{"$f":"IF(F44=0,0,INDEX($D44:$D46,F44,1))","v":0},"None"]
[null,12,null,0]
[]
[null,null,"Was there a concentration–response relationship either observable or stated?",4,null,2,{"$f":"IF(F47=0,0,INDEX($D47:$D49,F47,1))","v":0},"Not stated"]
[null,13,null,0]
[]
[null,null,"Was an appropriate statistical method or model used to determine the toxicity?\nNote: They should be accepted by a recognised national or international regulatory body (e.g. USEPA, OECD, ASTM). ",4,null,1,{"$f":"IF(F50=0,0,INDEX($D50:$D52,F50,1))","v":4},"ANOVA"]
[null,14,null,0]
[]
[null,15,"For LC/EC/BEC data was an estimate of variability provided? \nOR \nFor NO EC/LOEC data was the significance level 0.05 or less?  \n\n",4,null,1,{"$f":"IF(F53=0,0,INDEX($D53:$D55,F53,1))","v":4},"alpha = 0.05"]
[null,null,null,0]
[]
[null,16,"Were the following parameters measured and stated? (3 marks if measured and stated, 1 mark if just measured)."]
[null,null,null,3,null,1,{"$f":"IF(F57=0,0,INDEX($D57:$D59,F57,1))","v":3},"30 +/- 1 ppt"]
[null,16.100000000000001,"Conductivity/Salinity",1]
[null,null,null,0]
[null,null,null,3,null,1,{"$f":"IF(F60=0,0,INDEX($D60:$D62,F60,1))","v":3},"97 +/- 1%\n>90% dissolved oxygen"]
[null,16.2,"Dissolved Oxygen",1]
[null,null,null,0]
[null,null,"pH",3,null,1,{"$f":"IF(F63=0,0,INDEX(D63:D65,F63,1))","v":3},"8.25 +/- 0.02\n"]
[null,16.3,null,1]
[null,null,null,0]
[null,null,"Was the temperature measured and stated (3 marks)? Award 1 mark if the temperature was measured but not stated or if only the temperature settings of the room or chamber are stated.\n\n",3,null,3,{"$f":"IF(F66=0,0,INDEX(D66:D68,F66,1))","v":0},"Not stated"]
[null,17,null,1]
[null,null,null,0]
[null,null,"Were test solutions, blanks and/or controls tested for contamination OR were analytical reagent grade chemicals used or the highest possible purity chemicals used for the experiment? (3 marks).",3,null,1,{"$f":"IF(F69=0,0,INDEX($D69:$D70,F69,1))","v":3},"98 +/- 0.5 % purity"]
[null,18,null,0]
[]
[null,null,null,null,null,null,null,null,{"$f":"(COUNTIF(F12:F70,\"=0\"))+COUNTIF(F1:F10,\"=0\")+COUNTIF(D2:D7,\"=0\")","v":0}]
[]
[]
[null,null,"Total score",null,null,null,{"$f":"IF(SUM(G12:G69)=0,\"\",SUM(G12:G69))","v":71}]
[null,null,"Total Max. possible score for the various types of data and contaminants ",null,{"$f":"D12+D15+D18+D21+D23+D26+D29+D32+D35+D38+D41+D44+D47+D50+D53+D57+D60+D66+D69+D63","v":94}]
[null,null,"Quality Score",null,{"$f":"\"= [Total score / Total possible score] * 100 = \"","v":"= [Total score / Total possible score] * 100 = "},null,{"$f":"IF(ISERROR(G75/E76),#N/A,G75/E76)","v":0.75531914893617025},{"$f":"IF(F41=3,\"The highest possible grade for this datum is acceptable.\",\"\")","v":""}]
[]
[null,null,"H = high quality                           Quality score ≥ 80%"]
[null,null,"A = acceptable quality         > 50% Quality score < 80%  "]
[null,null,"U = unacceptable quality              Quality score ≤ 50%"]
[]
[3,null,"Click the 'Save & Update' button to save and export the answers to the 'All results' worksheet. "]
[null,null,"Select the 'Reset Answers' button if you wish to clear all answers."]

{"sheet":"MEW nonplant_WS","index":14,"n_rows":218,"n_cols":24,"rows_kept":218,"cut":false,"hidden":false,"merged":[]}
[]
["Question No.",1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16.100000000000001,16.2,16.3,17,18,"Total Score","Quality Score"]
["Short Questions","Duration of the exposure ","Biological endpoint","Biological effect stated or not","Biological effect quantified or not","Appropriate controls","Control & contaminant concentration","Test acceptability criteria","Characteristics of the test organism"," Type of test media","Type of exposure","Contaminant concentrations","Parallel reference toxicant toxicity tests","Concentration–response relationship","Determine the toxicity","NOEC/LOEC or LC/EC/BEC","Conductivity/Salinity","Dissolved Oxygen","PH","Temperature","Grade or purity"]
["Marks Awarded ","10 or 0","10,5 or 0","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","4 or 0","4 or 2 or 0","4 or 2","4 or 2","4 or 2","4 or 2","3 or 1 or 0","3 or 1 or 0","3 or 1 or 0","3 or 0","3 or 0 "]
["Max. Possible Score",10,10,5,5,5,5,5,5,5,4,4,4,4,4,4,3,3,3,3,3,{"$f":"SUM(B5:U5)","v":94}]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160499"]
["Scores",10,5,5,5,5,5,2,5,5,4,0,0,4,4,4,3,3,3,3,3,76,0.78]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160499"]
["Scores",10,5,5,5,5,5,2,5,5,4,0,0,4,4,4,3,3,3,3,3,76,0.78]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160499"]
["Scores",10,5,5,5,5,5,2,5,5,4,0,0,4,4,4,3,3,3,3,3,76,0.78]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160499"]
["Scores",10,5,5,5,5,5,2,5,5,4,0,0,4,4,4,3,3,3,3,3,76,0.78]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160499"]
["Scores",10,5,5,5,5,5,2,5,5,4,0,0,4,4,4,3,3,3,3,3,76,0.78]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160499"]
["Scores",10,5,5,5,5,5,2,5,5,4,0,0,4,4,4,3,3,3,3,3,76,0.78]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160499"]
["Scores",10,5,5,5,5,5,2,5,5,4,0,0,4,4,4,3,3,3,3,3,76,0.78]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160499"]
["Scores",10,5,5,5,5,5,2,5,5,4,0,0,4,4,4,3,3,3,3,3,76,0.78]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","Freshwater/non-metal/non- plant","Paper and data unique identifier(eg. 1-1,10-150)","160499"]
["Scores",10,5,5,5,5,5,2,5,5,4,0,0,4,4,4,3,3,3,3,3,76,0.78]
["Answers","","","","","","","","","","","","","","","","","","",""]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1116-1"]
["Scores",10,10,0,5,5,0,2,5,5,4,2,0,4,4,4,3,0,3,3,3,{"$f":"SUM(B34:U34)","v":72},0.76595744680850997,""]
["Answers","","","","Table 1","","","standard procedures recommnded by the American Public Health Association","9.41±0.41g","","Semi-static","","","Table 1","ANOVA","","30 p.s.u","","8.0 ± 0.5","25 ± 1","90% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1116-2"]
["Scores",10,10,0,5,5,0,2,5,5,4,2,0,4,4,4,3,0,3,3,3,{"$f":"SUM(B37:U37)","v":72},0.76595744680850997,""]
["Answers","","","","Table 1","","","standard procedures recommnded by the American Public Health Association","9.41±0.41g","","Semi-static","","","Table 1","ANOVA","","30 p.s.u","","8.0 ± 0.5","25 ± 1","90% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1116-3"]
["Scores",10,10,0,5,5,0,2,5,5,4,2,0,4,4,4,3,0,3,3,3,{"$f":"SUM(B40:U40)","v":72},0.76595744680850997,""]
["Answers","","","","Figure 3","","","standard procedures recommnded by the American Public Health Association","","","Semi-static","","","Figure 3","ANOVA","","30 p.s.u","","8.0 ± 0.5","25 ± 1","90% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1116-4"]
["Scores",10,10,0,5,5,0,2,5,5,4,2,0,4,4,4,3,0,3,3,3,{"$f":"SUM(B43:U43)","v":72},0.76595744680850997,""]
["Answers","","","","Figure 3","","","standard procedures recommnded by the American Public Health Association","","","Semi-static","","","Figure 3","ANOVA","","30 p.s.u","","8.0 ± 0.5","25 ± 1","90% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1116-5"]
["Scores",10,10,0,0,5,0,2,5,5,4,2,0,0,4,4,3,0,3,3,3,{"$f":"SUM(B46:U46)","v":63},0.76595744680850997,""]
["Answers","","","","","","","standard procedures recommnded by the American Public Health Association","","","Semi-static","","","","Fisher's exact test","","30 p.s.u","","8.0 ± 0.5","25 ± 1","90% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1116-6"]
["Scores",10,10,0,5,5,0,2,5,5,4,2,0,4,4,4,3,0,3,3,3,{"$f":"SUM(B49:U49)","v":72},0.76595744680850997,""]
["Answers","","","","Table 1","","","standard procedures recommnded by the American Public Health Association","","","Semi-static","","","Table 1","ANOVA","","30 p.s.u","","8.0 ± 0.5","25 ± 1","90% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1116-7"]
["Scores",10,10,0,5,5,0,2,5,5,4,2,0,4,4,4,3,0,3,3,3,{"$f":"SUM(B52:U52)","v":72},0.76595744680850997,""]
["Answers","","","","Table 1","","","standard procedures recommnded by the American Public Health Association","","","Semi-static","","","Table 1","ANOVA","","30 p.s.u","","8.0 ± 0.5","25 ± 1","90% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1118-1"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,0,0,0,1,1,0,1,3,50,0.53191489361702127,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","SL 4.28±0.17mm","","flow through 100% renewal every 96 hours","","","","","","","near saturation","","","98.1% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1118-2"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,0,0,0,1,1,0,1,3,50,0.53191489361702127,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","SL 4.28±0.17mm","","flow through 100% renewal every 96 hours","","","","","","","near saturation","","","98.1% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1118-3"]
["Scores",10,10,0,0,5,5,0,5,5,4,0,0,0,0,0,1,1,0,1,3,50,0.53191489361702127,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","SL 4.28±0.17mm","","flow through 100% renewal every 96 hours","","","","","","","near saturation","","","98.1% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-1"]
["Scores",10,5,0,0,5,0,0,5,5,4,2,0,4,0,0,3,3,3,1,3,53,0.56382978723404253,""]
["Answers","","","","","carrier control only ","Not stated","","Age stated","Filtered seawater","Static renewal every 3 days","","","","","","","","","Held in incubation chamber","98% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-2"]
["Scores",10,5,0,0,5,0,0,5,5,4,2,0,4,0,0,3,3,3,1,3,53,0.56382978723404253,""]
["Answers","","","","","carrier control only ","Not stated","","Age stated","Filtered seawater","Static renewal every 3 days","","","","","","","","","Held in incubation chamber","98% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-3"]
["Scores",10,5,0,0,5,0,0,5,5,4,2,0,4,0,0,3,3,3,1,3,53,0.56382978723404253,""]
["Answers","","","","","carrier control only ","Not stated","","Age stated","Filtered seawater","Static renewal every 3 days","","","","","","","","","Held in incubation chamber","98% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-4"]
["Scores",10,5,0,0,5,0,0,5,5,4,2,0,4,0,0,3,3,3,1,3,53,0.56382978723404253,""]
["Answers","","","","","carrier control only ","Not stated","","Age stated","Filtered seawater","Static renewal every 3 days","","","","","","","","","Held in incubation chamber","98% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-5"]
["Scores",10,5,0,0,5,0,0,5,5,4,2,0,4,0,0,3,3,3,1,3,53,0.56382978723404253,""]
["Answers","","","","","carrier control only ","Not stated","","Age stated","Filtered seawater","Static renewal every 3 days","","","","","","","","","Held in incubation chamber","98% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-6"]
["Scores",10,5,0,0,5,0,0,5,5,4,2,0,4,0,0,3,3,3,1,3,53,0.56382978723404253,""]
["Answers","","","","","carrier control only ","Not stated","","Age stated","Filtered seawater","Static renewal every 3 days","","","","","","","","","Held in incubation chamber","98% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-7"]
["Scores",10,5,0,0,5,0,0,5,5,4,2,0,4,0,0,3,3,3,1,3,53,0.56382978723404253,""]
["Answers","","","","","carrier control only ","Not stated","","Age stated","Filtered seawater","Static renewal every 3 days","","","","","","","","","Held in incubation chamber","98% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-8"]
["Scores",10,5,0,0,5,0,0,5,5,4,2,0,4,0,0,3,3,3,1,3,53,0.56382978723404253,""]
["Answers","","","","","carrier control only ","Not stated","","Age stated","Filtered seawater","Static renewal every 3 days","","","","","","","","","Held in incubation chamber","98% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1130-1"]
["Scores",10,5,0,0,5,5,0,5,5,4,2,0,0,0,0,0,0,0,1,0,42,0.44680851063829785,""]
["Answers","","","","","","2 replicates for each conc and control","","","","Renewal every day","","","","","","","","","",""]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1130-2"]
["Scores",10,5,0,0,5,5,0,5,5,4,2,0,0,0,0,0,0,0,1,0,42,0.44680851063829785,""]
["Answers","","","","","","2 replicates for each conc and control","","","","Renewal every day","","","","","","","","","",""]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","891-1"]
["Scores",10,5,5,5,0,0,0,5,5,0,0,0,4,4,4,1,0,1,0,0,49,0.52127659574468088,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","Not stated","performed in triplicate but no mention of controls","","","","","","","","probit","95% CI = (73.98-86.17)","","","","","Not stated, proceeding experiment in paper uses 98% purity "]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1169-1"]
["Scores",10,5,0,0,5,5,0,5,0,4,4,0,4,4,4,3,0,0,3,3,59,0.62765957446808507,""]
["Answers","","","","","","12 replicates","","","","flow-through","","","","","","","","","",""]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1169-2"]
["Scores",10,5,0,0,5,5,0,5,0,4,4,0,4,4,4,3,0,0,3,3,59,0.62765957446808507,""]
["Answers","","","","","","12 replicates","","","","flow-through","","","","","","","","","",""]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1169-3"]
["Scores",10,5,0,0,5,5,0,5,0,4,4,0,4,4,4,3,0,0,3,3,59,0.62765957446808507,""]
["Answers","","","","","","12 replicates","","","","flow-through","","","","","","","","","",""]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1175-1"]
["Scores",10,5,0,0,0,0,0,5,5,0,0,0,0,4,4,3,0,0,3,3,42,0.44680851063829785,"The highest possible grade for this datum is acceptable."]
["Answers","56 days","mortality not defined","","","not stated","not stated","","shell length","natural seawater","","","","","t-test and friedman non-parametric","p<0.05","controlled","","","controlled","98.8% pure"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1179-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,1,3,1,3,77,0.81914893617021278,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","animals exhibiting no swim response or appendage movements within 10s were considered dead","LC50",50,"vehicle control used and saltwater media control","three reps of 30 animals each","control mortality did not exceed 10%","adult","filtered natural seawater extracted from the english channel","semi static, renewal every 24h","","","","","(151.2-15.2)","","7-7.9 mg/L","","",">99.9% pure"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1179-2"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,1,3,1,3,77,0.81914893617021278,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","animals exhibiting no swim response or appendage movements within 10s were considered dead","LC50",50,"vehicle control used and saltwater media control","three reps of 30 animals each","control mortality did not exceed 10%","adult","filtered natural seawater extracted from the english channel","semi static, renewal every 24h","","","","","(122.5-16.5)","","7-7.9 mg/L","","",">99.9% pure"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1179-3"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,1,3,1,3,77,0.81914893617021278,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","animals exhibiting no swim response or appendage movements within 10s were considered dead","LC50",50,"vehicle control used and saltwater media control","three reps of 30 animals each","control mortality did not exceed 10%","adult","filtered natural seawater extracted from the english channel","semi static, renewal every 24h","","","","","118.9-12.9","","7-7.9 mg/L","","",">99.9% pure"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1181-1"]
["Scores",10,5,0,5,5,5,2,5,5,4,4,0,0,4,4,3,3,3,3,3,73,0.77659574468085102,""]
["Answers","96 hour","mortality","","","positive and negative control used","","ASTM methods referred to","11 day post hatch larvae","filtered natural seawater","static renewal every 24 hours","t=0 and t=24","","","","(456–579)","",">95% ","","","99% pure"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1181-2"]
["Scores",10,5,0,5,5,5,2,5,5,4,4,0,0,4,4,3,3,3,3,3,73,0.77659574468085102,""]
["Answers","96 hour","mortality","","","positive and negative control used","","ASTM methods referred to","11 day post hatch larvae","filtered natural seawater","static renewal every 24 hours","t=0 and t=24","","","","(456–579)","",">95% ","","","99% pure"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1181-4"]
["Scores",10,5,0,5,5,5,2,5,5,4,4,0,0,4,4,3,3,3,3,3,73,0.77659574468085102,""]
["Answers","96 hour","mortality","","","positive and negative control used","","ASTM methods referred to","11 day post hatch larvae","filtered natural seawater","static renewal every 24 hours","t=0 and t=24","","","","(456–579)","",">95% ","","","99% pure"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1181-4"]
["Scores",10,10,0,5,5,5,2,5,5,4,4,0,0,4,4,3,3,3,3,3,78,0.82978723404255317,""]
["Answers","96 hour","bog length (mm)","","","positive and negative control used","","ASTM methods referred to","11 day post hatch larvae","filtered natural seawater","static renewal every 24 hours","t=0 and t=24","","","","(456–579)","",">95% ","","","99% pure"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1181-4"]
["Scores",10,10,0,5,5,5,2,5,5,4,4,0,0,4,4,3,3,3,3,3,78,0.82978723404255317,""]
["Answers","96 hour","bog length (mm)","","","positive and negative control used","","ASTM methods referred to","11 day post hatch larvae","filtered natural seawater","static renewal every 24 hours","t=0 and t=24","","","","(456–579)","",">95% ","","","99% pure"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1181-4"]
["Scores",10,10,0,5,5,5,2,5,5,4,4,0,0,4,4,3,3,3,3,3,78,0.82978723404255317,""]
["Answers","96 hour","bog length (mm)","","","positive and negative control used","","ASTM methods referred to","11 day post hatch larvae","filtered natural seawater","static renewal every 24 hours","t=0 and t=24","","","","(456–579)","",">95% ","","","99% pure"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1198-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,1,3,73,0.77659574468085102,"The highest possible grade for this datum is acceptable."]
["Answers","","no swimming or appendage movements wihtin 5s after gentle prodding considered dead","LC50",50,"","3 reps","ASTM methods","","reverse osmosis water","static non renewal","","","","","20.9-49.1","","","","",">98% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1198-2"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,1,3,73,0.77659574468085102,"The highest possible grade for this datum is acceptable."]
["Answers","","no swimming or appendage movements wihtin 5s after gentle prodding considered dead","LC50",50,"","3 reps","ASTM methods","","reverse osmosis water","static non renewal","","","","","20.9-49.1","","","","",">98% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1199-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,3,3,87,0.92553191489361697,""]
["Answers","8 days","","","","","3 reps","","<24h nauplii","","static test renewal on day 4","initial and end of experiment","","","","","","","","incubator constant temp","97.1% technical grade"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1199-2"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,3,3,87,0.92553191489361697,""]
["Answers","8 days","","","","","3 reps","","<24h nauplii","","static test renewal on day 4","initial and end of experiment","","","","","","","","incubator constant temp","97.1% technical grade"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1199-3"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,3,3,87,0.92553191489361697,""]
["Answers","8 days","","","","","3 reps","","<24h nauplii","","static test renewal on day 4","initial and end of experiment","","","","","","","","incubator constant temp","97.1% technical grade"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1199-4"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,3,3,87,0.92553191489361697,""]
["Answers","8 days","","","","","3 reps","","<24h nauplii","","static test renewal on day 4","initial and end of experiment","","","","","","","","incubator constant temp","97.1% technical grade"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1199-5"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,3,3,87,0.92553191489361697,""]
["Answers","8 days","","","","","3 reps","","<24h nauplii","","static test renewal on day 4","initial and end of experiment","","","","","","","","incubator constant temp","97.1% technical grade"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1199-6"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,3,3,87,0.92553191489361697,""]
["Answers","8 days","","","","","3 reps","","<24h nauplii","","static test renewal on day 4","initial and end of experiment","","","","","","","","incubator constant temp","97.1% technical grade"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1199-7"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,3,3,87,0.92553191489361697,""]
["Answers","8 days","","","","","3 reps","","<24h nauplii","","static test renewal on day 4","initial and end of experiment","","","","","","","","incubator constant temp","97.1% technical grade"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1199-8"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,3,3,87,0.92553191489361697,""]
["Answers","8 days","","","","","3 reps","","<24h nauplii","","static test renewal on day 4","initial and end of experiment","","","","","","","","incubator constant temp","97.1% technical grade"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1199-9"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,3,3,3,3,87,0.92553191489361697,""]
["Answers","8 days","","","","","3 reps","","<24h nauplii","","static test renewal on day 4","initial and end of experiment","","","","","","","","incubator constant temp","97.1% technical grade"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1200-1"]
["Scores",10,5,5,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,3,76,0.80851063829787229,""]
["Answers","","","LC50",50,"","","","<24hr","","static","initial and end of experiment","","","","95% CI","","","","","97.1% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1200-2"]
["Scores",10,5,5,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,3,76,0.80851063829787229,""]
["Answers","","","LC50",50,"","","","<24hr","","static","initial and end of experiment","","","","95% CI","","","","","97.1% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1200-3"]
["Scores",10,5,5,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,3,76,0.80851063829787229,""]
["Answers","","","LC50",50,"","","","<24hr","","static","initial and end of experiment","","","","95% CI","","","","","97.1% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1200-4"]
["Scores",10,5,5,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,3,76,0.80851063829787229,""]
["Answers","","","LC50",50,"","","","<24hr","","static","initial and end of experiment","","","","95% CI","","","","","97.1% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1200-4"]
["Scores",10,5,5,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,3,76,0.80851063829787229,""]
["Answers","","","LC50",50,"","","","<24hr","","static","initial and end of experiment","","","","95% CI","","","","","97.1% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1200-4"]
["Scores",10,5,5,5,5,5,0,5,5,4,4,0,0,4,4,3,3,3,3,3,76,0.80851063829787229,""]
["Answers","","","LC50",50,"","","","<24hr","","static","initial and end of experiment","","","","95% CI","","","","","97.1% purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","118-1-RS"]
["Scores",10,5,0,0,5,5,0,5,5,4,0,0,0,4,4,0,0,0,1,3,51,0.54255319148936165,"The highest possible grade for this datum is acceptable."]
["Answers","20 days","","","","Acetone controls","","","Age and length","Clean seawater","Static Renewal","","","","","","","","","",0.98099999999999998]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","118-2-RS"]
["Scores",10,5,0,0,5,5,0,5,5,4,0,0,0,4,4,0,0,0,1,3,51,0.54255319148936165,"The highest possible grade for this datum is acceptable."]
["Answers","15 days","","","","Acetone controls","","","Age and length","Clean seawater","Static Renewal","","","","","","","","","",0.98099999999999998]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","891-1-RS"]
["Scores",10,5,5,5,0,5,0,5,5,0,0,0,0,4,4,3,0,3,0,0,54,0.57446808510638303,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","","","3 weeks old, 5mm long","Artificial seawater with 30% o salinity","","","","","","","","","","",""]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-1-OK"]
["Scores",10,5,5,5,5,0,0,5,5,4,2,0,0,4,4,3,3,3,0,3,66,0.7021276595744681,""]
["Answers","41 days (2.5 generation times)","Survival rates, time to successful maturation to reproductive adult and sex ratios.","NOEC","","A treatment containing a maximum of 0.02% volume/volume (v/v) acetone was used as a\ncarrier control.\n","Not stated","Not stated","Stage 1 juvenile copepods","Aerated seawater","Test solutions were removed (>90% water removal) and replaced every third day with fresh test solutions (>90% DO).","Nominal. 2.5, 25, 250 ug/L. But measured concentrations once = 3.5, 30.3 and 246.6.","None","Not stated","ANOVA","alpha = 0.05","30 +/- 1 ppt","97 +/- 1%\n>90% dissolved oxygen","8.25 +/- 0.02\n","Not stated","98 +/- 0.5 % purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-2-OK"]
["Scores",10,5,5,5,5,0,0,5,5,4,2,0,0,4,4,3,3,3,0,3,66,0.7021276595744681,""]
["Answers","41 days (2.5 generation times)","Survival rates, time to successful maturation to reproductive adult and sex ratios.","NOEC","","A treatment containing a maximum of 0.02% volume/volume (v/v) acetone was used as a\ncarrier control.\n","Not stated","Not stated","Stage 1 juvenile copepods","Aerated seawater","Test solutions were removed (>90% water removal) and replaced every third day with fresh test solutions (>90% DO).","Nominal. 2.5, 25, 250 ug/L. But measured concentrations once = 3.5, 30.3 and 246.6.","None","Not stated","ANOVA","alpha = 0.05","30 +/- 1 ppt","97 +/- 1%\n>90% dissolved oxygen","8.25 +/- 0.02\n","Not stated","98 +/- 0.5 % purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-3-OK"]
["Scores",10,5,5,5,5,0,0,5,5,4,2,0,0,4,4,3,3,3,0,3,66,0.7021276595744681,""]
["Answers","41 days (2.5 generation times)","Survival rates, time to successful maturation to reproductive adult and sex ratios.","NOEC","","A treatment containing a maximum of 0.02% volume/volume (v/v) acetone was used as a\ncarrier control.\n","Not stated","Not stated","Stage 1 juvenile copepods","Aerated seawater","Test solutions were removed (>90% water removal) and replaced every third day with fresh test solutions (>90% DO).","Nominal. 2.5, 25, 250 ug/L. But measured concentrations once = 3.5, 30.3 and 246.6.","None","Not stated","ANOVA","alpha = 0.05","30 +/- 1 ppt","97 +/- 1%\n>90% dissolved oxygen","8.25 +/- 0.02\n","Not stated","98 +/- 0.5 % purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-4-OK"]
["Scores",10,10,5,5,5,0,0,5,5,4,2,0,0,4,4,3,3,3,0,3,71,0.75531914893617025,""]
["Answers","41 days (2.5 generation times)","Hatching success was computed as the percentage of embryos successfully hatching into nauplii from females able to produce two consecutive broods.\n","NOEC","","A treatment containing a maximum of 0.02% volume/volume (v/v) acetone was used as a\ncarrier control.\n","Not stated","Not stated","Stage 1 juvenile copepods","Aerated seawater","Test solutions were removed (>90% water removal) and replaced every third day with fresh test solutions (>90% DO).","Nominal. 2.5, 25, 250 ug/L. But measured concentrations once = 3.5, 30.3 and 246.6.","None","Not stated","ANOVA","alpha = 0.05","30 +/- 1 ppt","97 +/- 1%\n>90% dissolved oxygen","8.25 +/- 0.02\n","Not stated","98 +/- 0.5 % purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-5-OK"]
["Scores",10,10,5,5,5,0,0,5,5,4,2,0,0,4,4,3,3,3,0,3,71,0.75531914893617025,""]
["Answers","41 days (2.5 generation times)","Total viable offspring production was calculated as the total number of hatched nauplii produced over two consecutive broods.\n\n","NOEC","","A treatment containing a maximum of 0.02% volume/volume (v/v) acetone was used as a\ncarrier control.\n","Not stated","Not stated","Stage 1 juvenile copepods","Aerated seawater, renewal","Test solutions were removed (>90% water removal) and replaced every third day with fresh test solutions (>90% DO).","Nominal. 2.5, 25, 250 ug/L. But measured concentrations once = 3.5, 30.3 and 246.6.","None","Not stated","ANOVA","alpha = 0.05","30 +/- 1 ppt","97 +/- 1%\n>90% dissolved oxygen","8.25 +/- 0.02\n","Not stated","98 +/- 0.5 % purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-6-OK"]
["Scores",10,10,5,5,5,0,0,5,5,4,2,0,0,4,4,3,3,3,0,3,71,0.75531914893617025,""]
["Answers","41 days (2.5 generation times)","Total viable offspring production was calculated as the total number of hatched nauplii produced over two consecutive broods.\n\n","NOEC","","A treatment containing a maximum of 0.02% volume/volume (v/v) acetone was used as a\ncarrier control.\n","Not stated","Not stated","Stage 1 juvenile copepods","Aerated seawater, renewal","Test solutions were removed (>90% water removal) and replaced every third day with fresh test solutions (>90% DO).","Nominal. 2.5, 25, 250 ug/L. But measured concentrations once = 3.5, 30.3 and 246.6.","None","Not stated","ANOVA","alpha = 0.05","30 +/- 1 ppt","97 +/- 1%\n>90% dissolved oxygen","8.25 +/- 0.02\n","Not stated","98 +/- 0.5 % purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-7-OK"]
["Scores",10,10,5,5,5,0,0,5,5,4,2,0,0,4,4,3,3,3,0,3,71,0.75531914893617025,""]
["Answers","41 days (2.5 generation times)","Reproductive failure was deﬁned as those mating pairs unable to produce viable offspring after 7 d of mating plus females unable to extrude more than one brood over a 10-d mating period. \n\n\n","NOEC","","A treatment containing a maximum of 0.02% volume/volume (v/v) acetone was used as a\ncarrier control.\n","Not stated","Not stated","Stage 1 juvenile copepods","Aerated seawater, renewal","Test solutions were removed (>90% water removal) and replaced every third day with fresh test solutions (>90% DO).","Nominal. 2.5, 25, 250 ug/L. But measured concentrations once = 3.5, 30.3 and 246.6.","None","Not stated","ANOVA","alpha = 0.05","30 +/- 1 ppt","97 +/- 1%\n>90% dissolved oxygen","8.25 +/- 0.02\n","Not stated","98 +/- 0.5 % purity"]
["Category","MEW_nonplant","Paper and data unique identifier(eg. 1-1,10-150)","1126-8-OK"]
["Scores",10,10,5,5,5,0,0,5,5,4,2,0,0,4,4,3,3,3,0,3,71,0.75531914893617025,""]
["Answers","41 days (2.5 generation times)","Reproductive failure was deﬁned as those mating pairs unable to produce viable offspring after 7 d of mating plus females unable to extrude more than one brood over a 10-d mating period. \n\n\n","NOEC","","A treatment containing a maximum of 0.02% volume/volume (v/v) acetone was used as a\ncarrier control.\n","Not stated","Not stated","Stage 1 juvenile copepods","Aerated seawater, renewal","Test solutions were removed (>90% water removal) and replaced every third day with fresh test solutions (>90% DO).","Nominal. 2.5, 25, 250 ug/L. But measured concentrations once = 3.5, 30.3 and 246.6.","None","Not stated","ANOVA","alpha = 0.05","30 +/- 1 ppt","97 +/- 1%\n>90% dissolved oxygen","8.25 +/- 0.02\n","Not stated","98 +/- 0.5 % purity"]

{"sheet":"MEW plant","index":15,"n_rows":81,"n_cols":53,"rows_kept":81,"cut":false,"hidden":false,"merged":[[52,2,54,2],[52,7,54,7],[59,7,61,7],[62,2,64,2],[62,7,64,7],[56,1,58,1],[56,2,58,2],[56,7,58,7],[65,2,68,2],[65,7,68,7],[43,2,45,2],[43,7,45,7],[46,2,48,2],[46,7,48,7],[49,2,51,2],[49,7,51,7],[34,2,36,2],[34,7,36,7],[37,2,39,2],[37,7,39,7],[40,2,42,2],[40,7,42,7],[25,2,27,2],[25,7,27,7],[28,2,30,2],[28,7,30,7],[31,2,33,2],[31,7,33,7],[17,2,19,2],[17,7,19,7],[20,2,21,2],[20,7,21,7],[22,2,24,2],[22,7,24,7],[3,4,7,4],[9,2,9,4],[11,2,13,2],[11,7,13,7],[14,2,16,2],[14,7,16,7]]}
[null,1,"Fill in the blank cells below, based on information provided in the paper being assessed. You can either pick an option from the dropdown list or add the appropriate detail using the 'Add to list' button. ",null,null,{"$f":"IF(BA3=\"\",0,1)","v":1},null,null,null,null,null,null,null,null,"* All the text in RED are used for drop down list ,make changes with caution."]
[null,null,"Category",{"$f":"IF(AF3=\"\",0,1)","v":1},"MEW_plant",{"$f":"IF(E3=\"\",0,1)","v":1},"Citation No.",{"$f":"IF(ISERROR(FIND(\"-\",E3)),E3,LEFT(E3,FIND(\"-\",E3)-1))","v":"1242"},null,"Taxonomic group",null,null,null,null,"Species",null,null,"Lifestage",null,null,"Exposure duration",null,null,"Measure of toxicity",null,null,"Toxicity endpoint",null,null,"Taxonomic group",null,null,"Phylum",null,null,"Class",null,null,"Media",null,null,"Temperature ",null,null,"Acute Or Chronic",null,null,"PH",null,null,"Salinity/Comdictivity"]
[null,null,"Paper and data unique identifier(eg. 1-1,10-150)",{"$f":"IF(AI3=\"\",0,1)","v":1},"1242-5",{"$f":"IF(E4=\"\",0,1)","v":1},"Species (Scientific name)",null,null,"Phylum",null,null,null,null,"Aedes albopictus",23,{"$f":"IF(P3=0,\"\",INDEX(O3:O102,P3))","v":"Isochrysis galbana"},"1 month",10,{"$f":"IF(S3=0,\"\",INDEX(R3:R102,S3))","v":"Log growth phase"},"11 hour",11,{"$f":"IF(V3=0,\"\",INDEX(U3:U102,V3))","v":"96 hrs"},"EC50",1,{"$f":"IF(Y3=0,\"\",INDEX(X3:X102,Y3))","v":"EC50"},"Chl-a concentration",26,{"$f":"IF(AB3=0,\"\",INDEX(AA3:AA102,AB3))","v":"Growth rate: Cell counts"},"Fish ",3,{"$f":"IF(AE3=0,\"\",INDEX(AD3:AD102,AE3))","v":"Microalga"},"Bacillariophyta",2,{"$f":"IF(AH3=0,\"\",INDEX(AG3:AG102,AH3))","v":"Chlorophyta"},"Branchiopoda",3,{"$f":"IF(AK3=0,\"\",INDEX(AJ3:AJ102,AK3))","v":"Chlorophyceae"},"Aerated substitute ocean water",17,{"$f":"IF(AN3=0,\"\",INDEX(AM3:AM102,AN3))","v":"Guillard's f/2 media"},20,12,{"$f":"IF(AQ3=0,\"\",INDEX(AP3:AP102,AQ3))","v":"25°C"},"Acute",2,{"$f":"IF(AT3=0,\"\",INDEX(AS3:AS102,AT3))","v":"Chronic"},6.5,11,{"$f":"IF(AW3=0,\"\",INDEX(AV3:AV102,AW3))","v":"not stated"},1,17,{"$f":"IF(AZ3=0,\"\",INDEX(AY3:AY102,AZ3))","v":"not stated"}]
[null,null,"Citation",{"$f":"IF(AL3=\"\",0,1)","v":1},"Weiner JA, DeLorenzo ME and Fulton MH (2004). Relationship between uptake capacity and differential toxicity of the herbicide atrazine in selected microalgal species, Aquatic Toxicology, 68(2), 121-128.",{"$f":"IF(H8=\"\",0,1)","v":1},"Lifestage",null,null,"Class",null,null,null,null,"Amphidinium operculatum ",null,null,"1 year old",null,null,"12 days",null,null,"IC1",null,null,"Fish ",null,null,"Macrophyte",null,null,"Chlorophyta",null,null,"Chlorodendrophyceae",null,null,"Artificial seawater with f/2 media",null,null,24,null,null,"Chronic",null,null,7.5,null,null,5]
[null,null,null,{"$f":"IF(AO3=\"\",0,1)","v":1},null,{"$f":"IF(AX3=\"\",0,1)","v":1},"Exposure duration",null,null,"Media",null,null,null,null,"Ankistrodesmus sp. ",null,null,"2 week old propagation",null,null,"13 days",null,null,"IC50",null,null,"Fluorescence: Chl-a concentration",null,null,"Microalga",null,null,"Haptophyta",null,null,"Chlorophyceae",null,null,"Diluted seawater",null,null,30,null,null,"N.A.",null,null,8,null,null,6]
[null,null,null,{"$f":"IF(AR3=\"\",0,1)","v":1},null,{"$f":"IF(Q3=\"\",0,1)","v":1},"Measure of toxicity",null,null,"Temperature ",null,null,null,null,"Australian Bass",null,null,"21 days",null,null,"21 days",null,null,"LC1",null,null,"Growth inhibition",null,null,"N.A.",null,null,"Miozoa",null,null,"Coscinodiscophyceae",null,null,"Estuarine water",null,null,"15°C",null,null,null,null,null,8.1,null,null,12]
[null,null,null,{"$f":"IF(AU3=\"\",0,1)","v":1},null,{"$f":"IF(T3=\"\",0,1)","v":1},"Toxicity endpoint",null,null,"Acute Or Chronic ",null,null,null,null,"Dunaliella tertiolecta",null,null,"4-5 weeks",null,null,"28 days",null,null,"LC100",null,null,"Growth inhibition: Absorbance: Cell density",null,null,null,null,null,"N.A.",null,null,"Dinophyceae",null,null,"f/2 media",null,null,"18±1",null,null,null,null,null,"7.5 - 8.3",null,null,14]
[null,null,null,null,null,{"$f":"IF(W3=\"\",0,1)","v":1},"Toxicity value","91.10 ug/L",null,"PH",null,null,null,null,"Myriophyllum spicatum",null,null,"50,000 cell/mL",null,null,"4 weeks",null,null,"LC50",null,null,"Growth inhibition: Cell density",null,null,null,null,null,"Tracheophyta",null,null,"liliopsida",null,null,"Filtered artifical seawater with added nutrients",null,null,"19±1",null,null,null,null,null,"7.8±0.3",null,null,20]
[null,2,"Select the appropriate answer option to each question. Comments can be added to the cells in column H.",null,null,{"$f":"IF(Z3=\"\",0,1)","v":1},null,null,null,"Salinity/Conductivity",null,null,null,null,"N.A.",null,null,"6-14cm stem length",null,null,"47 days",null,null,"LOEC",null,null,"Growth inhibition: Cell density: Growth rate",null,null,null,null,null,null,null,null,"Mediophyceae",null,null,"Filtered estuarine water",null,null,"20 ± 0.5",null,null,null,null,null,"7.8-8.0",null,null,21.96]
[null,"*","If the selected answer option does not work try clicking on any other cell first and then click back on the answer option again.",null,null,{"$f":"IF(AC3=\"\",0,1)","v":1},null,null,null,null,null,null,null,null,"Pavlova sp. ",null,null,"Continuous growth phase",null,null,"48 hr",null,null,"N.A.",null,null,"Growth inhibition: Divisions per day: Growth rate",null,null,null,null,null,null,null,null,"N.A.",null,null,"Filtered river water",null,null,"20 ± 1°C",null,null,null,null,null,"N.A.",null,null,25]
[null,"No.","Question","Marks Awarded","Answer Options","Option References","Scores","Answers",null,null,null,null,null,null,"Photobacterium phosphoreum",null,null,"Exponential growth phase",null,null,"7 days",null,null,"NOEC",null,null,"Growth inhibition: Shoot length",null,null,null,null,null,null,null,null,"Palvovophyceae",null,null,"Freshwater",null,null,"20±1",null,null,null,null,null,"PH11",null,null,32]
[null,null,"Was the duration of the exposure stated (e.g. 48 or 96 h)?",10,null,1,{"$f":"IF(F15=0,0,INDEX($D12:$D13,F12,1))","v":10},"96 hours",null,null,null,null,null,null,"Potamogeton pectinatus",null,null,"Log growth phase",null,null,"72 hr",null,null,null,null,null,"Growth inhibition:Total biovolume",null,null,null,null,null,null,null,null,null,null,null,"Marinewater",null,null,"21±1.5",null,null,null,null,null,"PH7.0",null,null,36]
[null,1,null,0,null,null,null,null,null,null,null,null,null,null,"Potamogeton perfoliatus",null,null,"N.A.",null,null,"96 hrs",null,null,null,null,null,"Growth: Biomass: wet and dry weight",null,null,null,null,null,null,null,null,null,null,null,"N.A.",null,null,"23-25",null,null,null,null,null,"not stated",null,null,"150 uS/cm"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Rhizosolenia setigera",null,null,"not stated",null,null,"N.A.",null,null,null,null,null,"Growth: Cell counts",null,null,null,null,null,null,null,null,null,null,null,"OECD media",null,null,"25°C",null,null,null,null,null,null,null,null,"19.13-21.96"]
[null,null,"Was the biological endpoint (e.g., immobilization or population growth) stated and defined (10 marks)? Award 5 marks if the biological endpoint is only stated.",10,null,1,{"$f":"IF(F15=0,0,INDEX($D15:$D17,F15,1))","v":10},"Growth rate: Cell counts",null,null,null,null,null,null,"Skeletonema costatum",null,null,"Seedling",null,null,null,null,null,null,null,null,"Growth: Dry weight",null,null,null,null,null,null,null,null,null,null,null,"Sterile artificial sea water",null,null,"6.3-16",null,null,null,null,null,null,null,null,"213 uS/cm"]
[null,2,null,5,null,null,null,null,null,null,null,null,null,null,"Spartina alterniflora",null,null,"Seedling (6cm height)",null,null,null,null,null,null,null,null,"Growth: Fluorescence: Chl-a concentration",null,null,null,null,null,null,null,null,null,null,null,"Sterilised and filtered offshore marine water",null,null,"6.3-28.4",null,null,null,null,null,null,null,null,"30 ppt"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Stroreatula major",null,null,"Separate plant",null,null,null,null,null,null,null,null,"Growth: Rhizome tip number",null,null,null,null,null,null,null,null,null,null,null,"Synthetic freshwater added salts and nutrients",null,null,"N.A.",null,null,null,null,null,null,null,null,"9±1.1"]
[null,null,"Was the biological effect stated (e.g. LC or NOEC)?",5,null,1,{"$f":"IF(F18=0,0,INDEX($D18:$D19,F18,1))","v":5},"EC",null,null,null,null,null,null,"Stuckenia pectinata",null,null,null,null,null,null,null,null,null,null,null,"Growth: Shoot number",null,null,null,null,null,null,null,null,null,null,null,"Well water, adjusted to the proper salinity with Instant Ocean Salt",null,null,null,null,null,null,null,null,null,null,null,"N.A."]
[null,3,null,0,null,null,null,null,null,null,null,null,null,null,"Tetraselmis chuii",null,null,null,null,null,null,null,null,null,null,null,"Microalga",null,null,null,null,null,null,null,null,null,null,null,"Guillard's f/2 media",null,null,null,null,null,null,null,null,null,null,null,"not stated"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Thalassiosira weisflogii",null,null,null,null,null,null,null,null,null,null,null,"Mortalitry"]
[null,4,"Was the biological effect quantified (e.g. 50% effect, 25% effect)? \nNote: The effect for NOEC and LOEC data must be quantified.",5,null,1,{"$f":"IF(F21=0,0,INDEX($D21:$D22,F21,1))","v":5},50,null,null,null,null,null,null,"Vallisneria americana",null,null,null,null,null,null,null,null,null,null,null,"Mortality"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Zostera marina",null,null,null,null,null,null,null,null,null,null,null,"N.A."]
[null,5,"Were appropriate controls (e.g. a no-toxicant control and/or solvent control) used?",5,null,2,{"$f":"IF(F23=0,0,INDEX($D23:$D24,F23,1))","v":0},"No mention of controls",null,null,null,null,null,null,"Phaeodactylum tricornutum",null,null,null,null,null,null,null,null,null,null,null,"Population Abundance: Biomass (Chl-a)"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,"Synechoccus sp. ",null,null,null,null,null,null,null,null,null,null,null,"Population growth rate: Absorbance: Cell density"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Isochrysis galbana",null,null,null,null,null,null,null,null,null,null,null,"Population growth rate: Cell division"]
[null,6,"Was each control and contaminant concentration at least duplicated?",5,null,2,{"$f":"IF(F26=0,0,INDEX($D26:$D27,F26,1))","v":0},"3x replicates for each treatment but no mention of controls",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Reproduction"]
[null,null,null,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Survival"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Growth rate: Cell counts"]
[null,7,"Were test acceptability criteria stated (e.g. mortality in controls must not exceed a certain percentage) (5 marks)?\nOR Were test acceptability criteria inferred (e.g. test method used [USEPA, OECD, ASTM etc.]) (award 2 marks). \nNote: Data that fail the acceptability criteria are automatically deemed to be of unacceptable quality and must not be used. ",5,null,2,{"$f":"IF(F29=0,0,INDEX($D29:$D31,F29,1))","v":2},"Guillard 1972"]
[null,null,null,2]
[null,null,null,0]
[null,8,"Were the characteristics of the test organism (e.g. length, mass, age) stated?",5,null,1,{"$f":"IF(F32=0,0,INDEX($D32:$D34,F32,1))","v":5},"Logarithmic growth phase"]
[null,null,null,0]
[]
[null,9,"Was the type of test media used stated?",5,null,1,{"$f":"IF(F35=0,0,INDEX($D35:$D37,F35,1))","v":5},"Guillard's f/2 media"]
[null,null,null,0]
[]
[null,null,"Was the type of exposure (e.g. static, flow through) stated? ",4,null,1,{"$f":"IF(F38=0,0,INDEX($D38:$D40,F38,1))","v":4},"Static"]
[null,10,null,0]
[]
[null,null,"Were the contaminant concentrations measured at the beginning and end of the exposure (4 marks)? Award 2 marks if they were measured only once during the test.\nNote: If the concentrations were not measured then automatically the data cannot be high quality. ",4,null,3,{"$f":"IF(F41=0,0,INDEX($D41:$D43,F41,1))","v":0},"Not stated?"]
[null,11,null,2]
[null,null,null,0]
[null,null,"Were parallel reference toxicant toxicity tests conducted?",4,null,2,{"$f":"IF(F44=0,0,INDEX($D44:$D46,F44,1))","v":0}]
[null,12,null,0]
[]
[null,null,"Was there a concentration–response relationship either observable or stated?",4,null,2,{"$f":"IF(F47=0,0,INDEX($D47:$D49,F47,1))","v":0},"None"]
[null,13,null,0]
[]
[null,null,"Was an appropriate statistical method or model used to determine the toxicity?\nNote: They should be accepted by a recognised national or international regulatory body (e.g. USEPA, OECD, ASTM). ",4,null,1,{"$f":"IF(F50=0,0,INDEX($D50:$D52,F50,1))","v":4},"Linear interpolation method for sub-lethal toxicity."]
[null,14,null,0]
[]
[null,15,"For LC/EC/BEC data was an estimate of variability provided? \nOR \nFor NO EC/LOEC data was the significance level 0.05 or less?  \n\n",4,null,1,{"$f":"IF(F53=0,0,INDEX($D53:$D55,F53,1))","v":4},"95% confidence intervals"]
[null,null,null,0]
[]
[null,16,"Were the following parameters measured and stated? (3 marks if measured and stated, 1 mark if just measured)."]
[null,16.100000000000001,"Conductivity/Salinity",3,null,3,{"$f":"IF(F57=0,0,INDEX(D57:D59,F57,1))","v":0},"Not stated"]
[null,null,null,1]
[null,null,null,0]
[null,null,null,3,null,3,{"$f":"IF(F60=0,0,INDEX($D60:$D62,F60,1))","v":0},"Not stated"]
[null,16.2,"pH ",1]
[null,null,null,0]
[null,null,"Was the temperature measured and stated (3 marks)? Award 1 mark if the temperature was measured but not stated or if only the temperature settings of the room or chamber are stated.\n",3,null,1,{"$f":"IF(F63=0,0,INDEX($D63:$D65,F63,1))","v":3},25]
[null,17,null,1]
[null,null,null,0]
[null,null,"Were test solutions, blanks and/or controls tested for contamination OR were analytical reagent grade chemicals used or the highest possible purity chemicals used for the experiment? (3 marks).",3,null,2,{"$f":"IF(F66=0,0,INDEX($D66:$D67,F66,1))","v":0},"Not stated"]
[null,18,null,0]
[]
[null,null,null,null,null,null,null,null,{"$f":"(COUNTIF(F12:F67,\"=0\"))+COUNTIF(F1:F10,\"=0\")+COUNTIF(D2:D7,\"=0\")","v":0}]
[]
[]
[null,null,"Total score",null,null,null,{"$f":"IF(SUM(G12:G66)=0,\"\",SUM(G12:G66))","v":57}]
[null,null,"Total Max. possible score for the various types of data and contaminants ",null,{"$f":"D12+D15+D18+D21+D23+D26+D29+D32+D35+D38+D41+D44+D47+D50+D53+D60+D63+D66+D57","v":91}]
[null,null,"Quality Score",null,{"$f":"\"= [Total score / Total possible score] * 100 = \"","v":"= [Total score / Total possible score] * 100 = "},null,{"$f":"IF(ISERROR(G72/E73),#N/A,G72/E73)","v":0.62637362637362637},{"$f":"IF(F41=3,\"The highest possible grade for this datum is acceptable.\",\"\")","v":"The highest possible grade for this datum is acceptable."}]
[]
[null,null,"H = high quality                           Quality score ≥ 80%    "]
[null,null,"A = acceptable quality         > 50% Quality score < 80%  "]
[null,null,"U = unacceptable quality              Quality score ≤ 50%"]
[]
[3,null,"Click the 'Save & Update' button to save and export the answers to the 'All results' worksheet. "]
[null,null,"Select the 'Reset Answers' button if you wish to clear all answers."]

{"sheet":"MEW plant_WS","index":16,"n_rows":407,"n_cols":23,"rows_kept":407,"cut":false,"hidden":false,"merged":[]}
[]
["Question No.",1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16.100000000000001,16.3,17,18,"Total Score","Quality Score","Comment "]
["Short Questions","Duration of the exposure ","Biological endpoint","Biological effect stated or not","Biological effect quantified or not","Appropriate controls","Control & contaminant concentration","Test acceptability criteria","Characteristics of the test organism"," Type of test media","Type of exposure","Contaminant concentrations","Parallel reference toxicant toxicity tests","Concentration–response relationship","Determine the toxicity","NOEC/LOEC or LC/EC/BEC","Conductivity/Salinity","PH","Temperature","Grade or purity"]
["Marks Awarded ","10 or 0","10,5 or 0","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","4 or 0","4 or 2 or 0","4 or 2","4 or 2","4 or 2","4 or 2","3 or 1 or 0","3 or 1 or 0","3 or 0","3 or 0 "]
["Max. Possible Score",10,10,5,5,5,5,5,5,5,4,4,4,4,4,4,3,3,3,3,{"$f":"SUM(B5:T5)","v":91}]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1147-1"]
["Scores",10,10,5,5,5,5,2,0,0,0,0,0,4,4,4,0,0,0,0,55,0.60439560439560436,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","triplicate","OECD methods","","","","","","","","SD +-4","","","",""]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1171-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,3,0,0,0,77,0.84615384615384615,"The highest possible grade for this datum is acceptable."]
["Answers","21 days","plant death = loss of green pgimentation and loss of strucutural integrity","","","","4 reps","mortality in controls was <7% which is acceptable as per sprague (1973)","individual plants. Naturally collected and separated in lab","","","nominal","flow through with diagram","graph","","","","","","97.2% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1171-2"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,3,0,0,0,77,0.84615384615384615,"The highest possible grade for this datum is acceptable."]
["Answers","21 days","plant death = loss of green pgimentation and loss of strucutural integrity","","","","4 reps","mortality in controls was <7% which is acceptable as per sprague (1973)","individual plants. Naturally collected and separated in lab","","","nominal","flow through with diagram","graph","","","","","","97.2% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1171-3"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,3,0,0,0,77,0.84615384615384615,"The highest possible grade for this datum is acceptable."]
["Answers","21 days","plant death = loss of green pgimentation and loss of strucutural integrity","","","","4 reps","mortality in controls was <7% which is acceptable as per sprague (1973)","individual plants. Naturally collected and separated in lab","","","nominal","flow through with diagram","graph","","","","","","97.2% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1171-4"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,3,0,0,0,77,0.84615384615384615,"The highest possible grade for this datum is acceptable."]
["Answers","21 days","plant death = loss of green pgimentation and loss of strucutural integrity","","","","4 reps","mortality in controls was <7% which is acceptable as per sprague (1973)","individual plants. Naturally collected and separated in lab","","","nominal","flow through with diagram","graph","","","","","","97.2% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1171-4"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,3,0,0,0,77,0.84615384615384615,"The highest possible grade for this datum is acceptable."]
["Answers","21 days","plant death = loss of green pgimentation and loss of strucutural integrity","","","","4 reps","mortality in controls was <7% which is acceptable as per sprague (1973)","individual plants. Naturally collected and separated in lab","","","nominal","flow through with diagram","graph","","","","","","97.2% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1171-4"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,3,0,0,0,77,0.84615384615384615,"The highest possible grade for this datum is acceptable."]
["Answers","21 days","plant death = loss of green pgimentation and loss of strucutural integrity","","","","4 reps","mortality in controls was <7% which is acceptable as per sprague (1973)","individual plants. Naturally collected and separated in lab","","","nominal","flow through with diagram","graph","","","","","","97.2% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1053-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,4,0,0,0,0,70,0.76923076923076927,""]
["Answers","","","","","","","standard methods","","","","","","","","","","","","analytical grade chemicals"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1053-2"]
["Scores",10,10,5,5,5,5,2,5,5,4,2,0,0,4,4,0,0,0,0,70,0.76923076923076927,""]
["Answers","","","","","","","standard methods","","","","","","","","","","","","analytical grade chemicals"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","946-1"]
["Scores",10,10,0,0,5,5,2,0,5,4,0,0,4,4,4,1,0,0,0,58,0.63736263736263732,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps for each treatment","ASMT standard methods","","","static","","","","","","","","","analytical grade"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","946-1"]
["Scores",10,10,0,0,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,63,0.69230769230769229,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps for each treatment","ASMT standard methods","","","static","","","","","","","","","analytical grade"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","946-2"]
["Scores",10,10,0,0,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,63,0.69230769230769229,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps for each treatment","ASMT standard methods","","","static","","","","","","","","","analytical grade"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","946-3"]
["Scores",10,10,0,0,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,63,0.69230769230769229,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","3 reps for each treatment","ASMT standard methods","","","static","","","","","","","","","analytical grade"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","cell count","EC50",50,"","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","59.59-87.88","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-2"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","cell count","EC50",50,"","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","27.83-37.66","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-3"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","cell count","EC50",50,"","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","37.82-68.09","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-4"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","cell count","EC50",50,"","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","37.82-68.09","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-4"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","cell count","EC50",50,"","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","67.88-80.87","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-5"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","cell count","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-6"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","cell count","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-7"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","cell count","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-8"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","cell count","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-9"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","cell count","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-10"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","cell count","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-11"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","cell count","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","(65.90-81.68)","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-12"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","LOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-13"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","NOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-14"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","(52.14-59.57)","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-15"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","LOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-16"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","NOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-17"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","(71.06-110.26)","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-18"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","LOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-19"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","LOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-20"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","(121.77-142.68)","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-21"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","LOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-22"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","NOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-23"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","(56.22-90.82)","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-24"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","(56.22-90.82)","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-25"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","LOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-26"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","NOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-27"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","(25.92-39.30)","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-28"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-29"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","NOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-30"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","(35.54-62.36)","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-31"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-32"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","NOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-33"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","(11.25-23.22)","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-34"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","LOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-35"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","(61.3-73.40)","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-36"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","LOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-37"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","NOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-38"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","(9.59-21.35)","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-39"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","LOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-40"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","(39.55-56.88)","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-41"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","LOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","(39.55-56.88)","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-42"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","EC50","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","(132.43-158.87)","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-43"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","LOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","739-44"]
["Scores",10,10,5,5,5,5,2,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","96 hour","divisions/day","NOEC","","","","ASTM standard methods","growth phase and cell density stated","f/2 marine media","static","nominal","","stated in text","ANOVA, non-linear interpolation (Norberg-King 1993)","p<0.05","only media stated, nominal","only control media tested","","not stated AI% controls do not appear to be tested for contamination"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","743-1"]
["Scores",10,10,5,5,5,5,0,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","48 hours","cell density measured by Coulter Counter","EC50",50,"",">4 reps","","growth phase stated and cell density","","static","","","","","SE 5 ug/L","","","held in a controlled environmental chamber","technical grade purity"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","743-2"]
["Scores",10,10,5,5,5,5,0,5,5,4,0,0,4,4,4,1,0,0,0,71,0.78021978021978022,"The highest possible grade for this datum is acceptable."]
["Answers","48 hours","cell density measured by Coulter Counter","EC50",50,"",">4 reps","","growth phase stated and cell density","","static","","","","","p<0.05","","","held in a controlled environmental chamber","technical grade purity"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","606-6-OK"]
["Scores",10,10,5,5,5,5,2,0,5,4,0,0,0,4,4,0,0,0,0,63,{"$f":"63/91","v":0.69230769230769229},"The highest possible grade for this datum is acceptable."]
["Answers","96 hours","Population Abundance: Algal biomass (fluorescence of chlorophyll-a).","EC",50,"\"controls\"","Three replicates","USEPA","not stated","Sterilized and filtered offshore marine water","Static","not stated - nominal?","","","Probit","95% CI","213 uS/cm","7.7 for dilution water.","20 ± 1°C","purity not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1187-1"]
["Scores",10,10,0,5,5,5,0,5,0,0,0,0,4,4,4,0,0,0,0,52,0.5714285714285714,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","9 reps","9 reps","","6cm healthy seedlings","test media not stated","assumed static however not stated","nominal","","in table","ANOVA","p<0.05","","","","AI% not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1187-2"]
["Scores",10,10,0,5,5,5,0,5,0,0,0,0,4,4,4,0,0,0,0,52,0.5714285714285714,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","9 reps","9 reps","","6cm healthy seedlings","test media not stated","assumed static however not stated","nominal","","in table","ANOVA","p<0.05","","","","AI% not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1187-3"]
["Scores",10,10,0,5,5,5,0,5,0,0,0,0,4,4,4,0,0,0,0,52,0.5714285714285714,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","9 reps","9 reps","","6cm healthy seedlings","test media not stated","assumed static however not stated","nominal","","in table","ANOVA","p<0.05","","","","AI% not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1187-4"]
["Scores",10,10,0,5,5,5,0,5,0,0,0,0,4,4,4,0,0,0,0,52,0.5714285714285714,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","9 reps","9 reps","","6cm healthy seedlings","test media not stated","assumed static however not stated","nominal","","in table","ANOVA","p<0.05","","","","AI% not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1187-5"]
["Scores",10,10,0,5,5,5,0,5,0,0,0,0,4,4,4,0,0,0,0,52,0.5714285714285714,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","9 reps","9 reps","","6cm healthy seedlings","test media not stated","assumed static however not stated","nominal","","in table","ANOVA","p<0.05","","","","AI% not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1187-6"]
["Scores",10,10,0,5,5,5,0,5,0,0,0,0,4,4,4,0,0,0,0,52,0.5714285714285714,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","9 reps","9 reps","","6cm healthy seedlings","test media not stated","assumed static however not stated","nominal","","in table","ANOVA","p<0.05","","","","AI% not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1187-7"]
["Scores",10,10,0,5,5,5,0,5,0,0,0,0,4,4,4,0,0,0,0,52,0.5714285714285714,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","9 reps","9 reps","","6cm healthy seedlings","test media not stated","assumed static however not stated","nominal","","in table","ANOVA","p<0.05","","","","AI% not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1187-8"]
["Scores",10,10,0,5,5,5,0,5,0,0,0,0,4,4,4,0,0,0,0,52,0.5714285714285714,"The highest possible grade for this datum is acceptable."]
["Answers","4 weeks","","","","9 reps","9 reps","","6cm healthy seedlings","test media not stated","assumed static however not stated","nominal","","in table","ANOVA","p<0.05","","","","AI% not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-1"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-3"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-3"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-5"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-6"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-7"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-8"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-9"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-10"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-11"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-12"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-13"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-13"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-13"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-13"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-13"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","729-13"]
["Scores",10,10,5,5,5,5,2,5,5,4,4,0,4,4,4,3,0,0,0,84,0.92307692307692313,""]
["Answers","28 days","","","","","10 reps","","4-5 weeks (1-1.5g)","","static, non renewal","","","","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1205-1"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,0,0,0,80,0.87912087912087911,"The highest possible grade for this datum is acceptable."]
["Answers","","mortality defined as loss of green pigmentation and loss of strucutural integrity","","","","2 reps per experiment, experiment repeated 4 times","<7% control mortality is acceptable","","","flow through","","","coefficients presented in table","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1205-2"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,0,0,0,80,0.87912087912087911,"The highest possible grade for this datum is acceptable."]
["Answers","","mortality defined as loss of green pigmentation and loss of strucutural integrity","","","","2 reps per experiment, experiment repeated 4 times","<7% control mortality is acceptable","","","flow through","","","coefficients presented in table","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1205-3"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,0,0,0,80,0.87912087912087911,"The highest possible grade for this datum is acceptable."]
["Answers","","mortality defined as loss of green pigmentation and loss of strucutural integrity","","","","2 reps per experiment, experiment repeated 4 times","<7% control mortality is acceptable","","","flow through","","","coefficients presented in table","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1205-4"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,0,0,0,80,0.87912087912087911,"The highest possible grade for this datum is acceptable."]
["Answers","","mortality defined as loss of green pigmentation and loss of strucutural integrity","","","","2 reps per experiment, experiment repeated 4 times","<7% control mortality is acceptable","","","flow through","","","coefficients presented in table","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1205-5"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,0,0,0,80,0.87912087912087911,"The highest possible grade for this datum is acceptable."]
["Answers","","mortality defined as loss of green pigmentation and loss of strucutural integrity","","","","2 reps per experiment, experiment repeated 4 times","<7% control mortality is acceptable","","","flow through","","","coefficients presented in table","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1205-6"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,0,0,0,80,0.87912087912087911,"The highest possible grade for this datum is acceptable."]
["Answers","","mortality defined as loss of green pigmentation and loss of strucutural integrity","","","","2 reps per experiment, experiment repeated 4 times","<7% control mortality is acceptable","","","flow through","","","coefficients presented in table","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1205-7"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,0,0,0,80,0.87912087912087911,"The highest possible grade for this datum is acceptable."]
["Answers","","mortality defined as loss of green pigmentation and loss of strucutural integrity","","","","2 reps per experiment, experiment repeated 4 times","<7% control mortality is acceptable","","","flow through","","","coefficients presented in table","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1205-8"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,0,0,0,80,0.87912087912087911,"The highest possible grade for this datum is acceptable."]
["Answers","","mortality defined as loss of green pigmentation and loss of strucutural integrity","","","","2 reps per experiment, experiment repeated 4 times","<7% control mortality is acceptable","","","flow through","","","coefficients presented in table","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1205-9"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,0,0,0,80,0.87912087912087911,"The highest possible grade for this datum is acceptable."]
["Answers","","mortality defined as loss of green pigmentation and loss of strucutural integrity","","","","2 reps per experiment, experiment repeated 4 times","<7% control mortality is acceptable","","","flow through","","","coefficients presented in table","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1205-9"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,0,0,0,80,0.87912087912087911,"The highest possible grade for this datum is acceptable."]
["Answers","","mortality defined as loss of green pigmentation and loss of strucutural integrity","","","","2 reps per experiment, experiment repeated 4 times","<7% control mortality is acceptable","","","flow through","","","coefficients presented in table","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1205-11"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,0,0,0,80,0.87912087912087911,"The highest possible grade for this datum is acceptable."]
["Answers","","mortality defined as loss of green pigmentation and loss of strucutural integrity","","","","2 reps per experiment, experiment repeated 4 times","<7% control mortality is acceptable","","","flow through","","","coefficients presented in table","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1205-12"]
["Scores",10,10,5,5,5,5,5,5,5,4,0,0,4,4,4,3,0,0,0,80,0.87912087912087911,"The highest possible grade for this datum is acceptable."]
["Answers","","mortality defined as loss of green pigmentation and loss of strucutural integrity","","","","2 reps per experiment, experiment repeated 4 times","<7% control mortality is acceptable","","","flow through","","","coefficients presented in table","","","","","","97.1% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","745-1"]
["Scores",10,10,0,5,5,5,0,5,5,0,0,0,4,4,4,1,0,0,0,63,0.69230769230769229,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","three reps/treatment","","","","","","","","","p<0.05","","","","97% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","745-2"]
["Scores",10,10,0,5,5,5,0,5,5,0,0,0,4,4,4,1,0,0,0,63,0.69230769230769229,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","three reps/treatment","","","","","","","","","p<0.05","","","","97% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","745-3"]
["Scores",10,10,0,5,5,5,0,5,5,0,0,0,4,4,4,1,0,0,0,63,0.69230769230769229,"The highest possible grade for this datum is acceptable."]
["Answers","","","","","","three reps/treatment","","","","","","","","","p<0.05","","","","97% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","687-1"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,72,0.79120879120879117,""]
["Answers","7 week acclimation period and pesticide introduced week 8, 11 week total time","","","","","duplicates established for each treatment and control established both in untreated microcosms and in those treated with methanol only","","stem=6-14cm, rhizome=2-6cm","filtered estuarine water","flow through, water recirculated using centrifugal submerged pumps","","","","","p<0.05","9.0±1.1, salinity maintained","","temp maintained at constant water temps","technical grade atrazine"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","687-2"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,72,0.79120879120879117,""]
["Answers","7 week acclimation period and pesticide introduced week 8, 11 week total time","","","","","duplicates established for each treatment and control established both in untreated microcosms and in those treated with methanol only","","stem=6-14cm, rhizome=2-6cm","filtered estuarine water","flow through, water recirculated using centrifugal submerged pumps","","","","","p<0.05","9.0±1.1, salinity maintained","","temp maintained at constant water temps","technical grade atrazine"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","687-3"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,72,0.79120879120879117,""]
["Answers","7 week acclimation period and pesticide introduced week 8, 11 week total time","","","","","duplicates established for each treatment and control established both in untreated microcosms and in those treated with methanol only","","stem=6-14cm, rhizome=2-6cm","filtered estuarine water","flow through, water recirculated using centrifugal submerged pumps","","","","","p<0.05","9.0±1.1, salinity maintained","","temp maintained at constant water temps","technical grade atrazine"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","687-4"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,72,0.79120879120879117,""]
["Answers","7 week acclimation period and pesticide introduced week 8, 11 week total time","","","","","duplicates established for each treatment and control established both in untreated microcosms and in those treated with methanol only","","stem=6-14cm, rhizome=2-6cm","filtered estuarine water","flow through, water recirculated using centrifugal submerged pumps","","","","","p<0.05","9.0±1.1, salinity maintained","","temp maintained at constant water temps","technical grade atrazine"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","687-5"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,72,0.79120879120879117,""]
["Answers","7 week acclimation period and pesticide introduced end of week 7, 12 week total time","","","","","duplicates established for each treatment and control established both in untreated microcosms and in those treated with methanol only","","stem=6-14cm, rhizome=2-6cm","filtered estuarine water","flow through, water recirculated using centrifugal submerged pumps","","","","","p<0.05","9.0±1.1, salinity maintained","","temp maintained at constant water temps","technical grade atrazine"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","687-6"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,72,0.79120879120879117,""]
["Answers","7 week acclimation period and pesticide introduced end of week 7, 12 week total time","","","","","duplicates established for each treatment and control established both in untreated microcosms and in those treated with methanol only","","stem=6-14cm, rhizome=2-6cm","filtered estuarine water","flow through, water recirculated using centrifugal submerged pumps","","","","","p<0.05","9.0±1.1, salinity maintained","","temp maintained at constant water temps","technical grade atrazine"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","687-7"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,72,0.79120879120879117,""]
["Answers","7 week acclimation period and pesticide introduced end of week 7, 12 week total time","","","","","duplicates established for each treatment and control established both in untreated microcosms and in those treated with methanol only","","stem=6-14cm, rhizome=2-6cm","filtered estuarine water","flow through, water recirculated using centrifugal submerged pumps","","","","","p<0.05","9.0±1.1, salinity maintained","","temp maintained at constant water temps","technical grade atrazine"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","687-8"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,72,0.79120879120879117,""]
["Answers","7 week acclimation period and pesticide introduced end of week 7, 12 week total time","","","","","duplicates established for each treatment and control established both in untreated microcosms and in those treated with methanol only","","stem=6-14cm, rhizome=2-6cm","filtered estuarine water","flow through, water recirculated using centrifugal submerged pumps","","","","","p<0.05","9.0±1.1, salinity maintained","","temp maintained at constant water temps","technical grade atrazine"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","687-9"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,72,0.79120879120879117,""]
["Answers","7 week acclimation period and pesticide introduced week 8, 11 week total time","","IC1",1,"","duplicates established for each treatment and control established both in untreated microcosms and in those treated with methanol only","","stem=6-14cm, rhizome=2-6cm","filtered estuarine water","flow through, water recirculated using centrifugal submerged pumps","","","","","p<0.05","9.0±1.1, salinity maintained","","temp maintained at constant water temps","technical grade atrazine"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","687-10"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,72,0.79120879120879117,""]
["Answers","7 week acclimation period and pesticide introduced week 8, 11 week total time","","IC1",1,"","duplicates established for each treatment and control established both in untreated microcosms and in those treated with methanol only","","stem=6-14cm, rhizome=2-6cm","filtered estuarine water","flow through, water recirculated using centrifugal submerged pumps","","","","","p<0.05","9.0±1.1, salinity maintained","","temp maintained at constant water temps","technical grade atrazine"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","687-11"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,72,0.79120879120879117,""]
["Answers","7 week acclimation period and pesticide introduced week 8, 11 week total time","","IC1",1,"","duplicates established for each treatment and control established both in untreated microcosms and in those treated with methanol only","","stem=6-14cm, rhizome=2-6cm","filtered estuarine water","flow through, water recirculated using centrifugal submerged pumps","","","","","p<0.05","9.0±1.1, salinity maintained","","temp maintained at constant water temps","technical grade atrazine"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","687-12"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,72,0.79120879120879117,""]
["Answers","7 week acclimation period and pesticide introduced week 8, 11 week total time","","IC1",1,"","duplicates established for each treatment and control established both in untreated microcosms and in those treated with methanol only","","stem=6-14cm, rhizome=2-6cm","filtered estuarine water","flow through, water recirculated using centrifugal submerged pumps","","","","","p<0.05","9.0±1.1, salinity maintained","","temp maintained at constant water temps","technical grade atrazine"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1223-1"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,4,4,4,3,0,0,0,74,0.81318681318681318,""]
["Answers","","OD540nm","","","","triplicate","","","filtered deionised water with instant ocean salts and f/2 marine media nutrients","assumed static. Conducted in erlenmeyer flasks, sealed","measure conc very similar to nominal therefore nominal conc were reported","","","","","adjusted salinity to 20ppt","measured at 7.8","maintained at 24","purity not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1223-2"]
["Scores",10,10,5,5,5,5,0,0,5,4,4,0,4,4,4,3,0,0,0,74,0.81318681318681318,""]
["Answers","","OD540nm","","","","triplicate","","","filtered deionised water with instant ocean salts and f/2 marine media nutrients","assumed static. Conducted in erlenmeyer flasks, sealed","measure conc very similar to nominal therefore nominal conc were reported","","","","","adjusted salinity to 20ppt","measured at 7.8","maintained at 24","purity not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1223-3"]
["Scores",10,10,0,0,5,5,0,0,5,4,4,0,0,4,4,3,0,0,0,60,0.65934065934065933,""]
["Answers","","OD540nm","","","","triplicate","","","filtered deionised water with instant ocean salts and f/2 marine media nutrients","assumed static. Conducted in erlenmeyer flasks, sealed","measure conc very similar to nominal therefore nominal conc were reported","","","","","adjusted salinity to 20ppt","measured at 7.8","maintained at 24","purity not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1223-3"]
["Scores",10,10,0,0,5,5,0,0,5,4,4,0,0,4,4,3,0,0,0,60,0.65934065934065933,""]
["Answers","","OD540nm","","","","triplicate","","","filtered deionised water with instant ocean salts and f/2 marine media nutrients","assumed static. Conducted in erlenmeyer flasks, sealed","measure conc very similar to nominal therefore nominal conc were reported","","","","","adjusted salinity to 20ppt","measured at 7.8","maintained at 24","purity not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1223-3"]
["Scores",10,10,0,0,5,5,0,0,5,4,4,0,0,4,4,3,0,0,0,60,0.65934065934065933,""]
["Answers","","OD540nm","","","","triplicate","","","filtered deionised water with instant ocean salts and f/2 marine media nutrients","assumed static. Conducted in erlenmeyer flasks, sealed","measure conc very similar to nominal therefore nominal conc were reported","","","","","adjusted salinity to 20ppt","measured at 7.8","maintained at 24","purity not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1223-7"]
["Scores",10,10,0,0,5,5,0,0,5,4,4,0,0,4,4,3,0,0,0,60,0.65934065934065933,""]
["Answers","","OD540nm","","","","triplicate","","","filtered deionised water with instant ocean salts and f/2 marine media nutrients","assumed static. Conducted in erlenmeyer flasks, sealed","measure conc very similar to nominal therefore nominal conc were reported","","","","","adjusted salinity to 20ppt","measured at 7.8","maintained at 24","purity not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1229-1"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,75,0.82417582417582413,""]
["Answers","","","","","","4 reps per conc","","Seedlings","Diluted seawater","static, renewal every 7 days","","","","","","","","",">90% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1229-1"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,75,0.82417582417582413,""]
["Answers","","","","","","4 reps per conc","","Seedlings","Diluted seawater","static, renewal every 7 days","","","","","","","","",">90% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1229-5"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,75,0.82417582417582413,""]
["Answers","","","","","","4 reps per conc","","Seedlings","Diluted seawater","static, renewal every 7 days","","","","","","","","",">90% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1229-6"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,75,0.82417582417582413,""]
["Answers","","","","","","4 reps per conc","","Seedlings","Diluted seawater","static, renewal every 7 days","","","","","","","","",">90% pure"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1236-1"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,70,0.76923076923076927,""]
["Answers","47 days","Vallisneria plants were planted in a defined numbered grid in each microcosm.\nIn these cases the length and width of each leaf of each plant was measured at the beginning and at the end of the experiment. Mortality and vegetative reproduction (production of new plants at the ends of runners) of plants was also assessed frequently.","","Table 2","No toxicant control","\"All microcosm assays were replicated\"","Not stated","Not stated","Well water, adjusted to the proper salinity with Instant Ocean Salt","Aerated","Mentioned it was measured","","Table 2","Two-tailed t-test.","p<0.05","5 PPT",8,"Temperature controlled water baths: 30 degrees C","Not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1236-2"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,70,0.76923076923076927,""]
["Answers","47 days","Vallisneria plants were planted in a defined numbered grid in each microcosm.\nIn these cases the length and width of each leaf of each plant was measured at the beginning and at the end of the experiment. Mortality and vegetative reproduction (production of new plants at the ends of runners) of plants was also assessed frequently.","","Table 2","No toxicant control","\"All microcosm assays were replicated\"","Not stated","Not stated","Well water, adjusted to the proper salinity with Instant Ocean Salt","Aerated","Mentioned it was measured","","Table 2","Two-tailed t-test.","p<0.05","5 PPT",8,"Temperature controlled water baths: 30 degrees C","Not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1236-3"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,70,0.76923076923076927,""]
["Answers","47 days","Vallisneria plants were planted in a defined numbered grid in each microcosm.\nIn these cases the length and width of each leaf of each plant was measured at the beginning and at the end of the experiment. Mortality and vegetative reproduction (production of new plants at the ends of runners) of plants was also assessed frequently.","","Table 2","No toxicant control","\"All microcosm assays were replicated\"","Not stated","Not stated","Well water, adjusted to the proper salinity with Instant Ocean Salt","Aerated","Mentioned it was measured","","Table 2","Two-tailed t-test.","p<0.05","5 PPT",8,"Temperature controlled water baths: 30 degrees C","Not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1236-4"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,70,0.76923076923076927,""]
["Answers","47 days","Vallisneria plants were planted in a defined numbered grid in each microcosm.\nIn these cases the length and width of each leaf of each plant was measured at the beginning and at the end of the experiment. Mortality and vegetative reproduction (production of new plants at the ends of runners) of plants was also assessed frequently.","","Table 2","No toxicant control","\"All microcosm assays were replicated\"","Not stated","Not stated","Well water, adjusted to the proper salinity with Instant Ocean Salt","Aerated","Mentioned it was measured","","Table 2","Two-tailed t-test.","p<0.05","5 PPT",8,"Temperature controlled water baths: 30 degrees C","Not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1236-5"]
["Scores",10,10,0,5,5,5,0,5,5,4,2,0,4,4,4,3,0,0,0,70,0.76923076923076927,""]
["Answers","47 days","Vallisneria plants were planted in a defined numbered grid in each microcosm.\nIn these cases the length and width of each leaf of each plant was measured at the beginning and at the end of the experiment. Mortality and vegetative reproduction (production of new plants at the ends of runners) of plants was also assessed frequently.","","Table 2","No toxicant control","\"All microcosm assays were replicated\"","Not stated","Not stated","Well water, adjusted to the proper salinity with Instant Ocean Salt","Aerated","Mentioned it was measured","","Table 2","Two-tailed t-test.","p<0.05","5 PPT",8,"Temperature controlled water baths: 30 degrees C","Not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1240-1"]
["Scores",10,10,5,5,5,5,0,0,5,0,0,0,4,0,0,3,0,0,0,58,0.63736263736263732,"The highest possible grade for this datum is acceptable."]
["Answers","48 hour","Growth inhibition: cell counts","EC",50,"Acetone-treated controls","Each concentration and the acetone-treated controls were replicated three times.","Not stated","Initial cell concentration was 4 x 10^4 cells/mL","Sterile artificial sea water perpared from a commercial salt mix fortified with trace metals, vitamins and minor salts.","Not stated but assumed static. States they are on Gyratory shakers.","Five concentrations. Nominal by the looks of Table 1.","","Table 1","Straight line graphical interpolation?","None stated",30,8.1,"20 ± 0.5°C","Not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1242-2"]
["Scores",10,10,5,5,0,0,2,5,5,4,0,0,0,4,4,0,0,0,0,57,0.62637362637362637,"The highest possible grade for this datum is acceptable."]
["Answers","96 hours","Growth rate: Cell counts","EC",50,"No mention of controls","3x replicates for each treatment but no mention of controls","Guillard 1972","Logarithmic growth phase","Guillard's f/2 media","Static","Not stated?","","None","Linear interpolation method for sub-lethal toxicity.","95% confidence intervals","Not stated","Not stated",25,"Not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1242-3"]
["Scores",10,10,5,5,0,0,2,5,5,4,0,0,0,4,4,0,0,0,0,57,0.62637362637362637,"The highest possible grade for this datum is acceptable."]
["Answers","96 hours","Growth rate: Cell counts","EC",50,"No mention of controls","3x replicates for each treatment but no mention of controls","Guillard 1972","Logarithmic growth phase","Guillard's f/2 media","Static","Not stated?","","None","Linear interpolation method for sub-lethal toxicity.","95% confidence intervals","Not stated","Not stated",25,"Not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1242-4"]
["Scores",10,10,5,5,0,0,2,5,5,4,0,0,0,4,4,0,0,0,0,57,0.62637362637362637,"The highest possible grade for this datum is acceptable."]
["Answers","96 hours","Growth rate: Cell counts","EC",50,"No mention of controls","3x replicates for each treatment but no mention of controls","Guillard 1972","Logarithmic growth phase","Guillard's f/2 media","Static","Not stated?","","None","Linear interpolation method for sub-lethal toxicity.","95% confidence intervals","Not stated","Not stated",25,"Not stated"]
["Category","MEW_plant","Paper and data unique identifier(eg. 1-1,10-150)","1242-5"]
["Scores",10,10,5,5,0,0,2,5,5,4,0,0,0,4,4,0,0,0,0,57,0.62637362637362637,"The highest possible grade for this datum is acceptable."]
["Answers","96 hours","Growth rate: Cell counts","EC",50,"No mention of controls","3x replicates for each treatment but no mention of controls","Guillard 1972","Logarithmic growth phase","Guillard's f/2 media","Static","Not stated?","","None","Linear interpolation method for sub-lethal toxicity.","95% confidence intervals","Not stated","Not stated",25,"Not stated"]

{"sheet":"Terrestrial Data QA","index":17,"n_rows":98,"n_cols":25,"rows_kept":98,"cut":false,"hidden":false,"merged":[[80,2,82,2],[80,7,82,7],[83,2,86,2],[83,7,86,7],[76,2,79,2],[76,7,79,7],[3,4,7,4],[53,7,56,7],[57,7,60,7],[37,7,39,7],[40,7,42,7],[43,7,45,7],[46,7,48,7],[34,7,36,7],[28,7,30,7],[31,7,33,7],[61,7,64,7],[65,7,68,7],[11,7,13,7],[49,7,51,7],[14,7,16,7],[22,7,24,7],[25,7,27,7],[17,7,19,7],[20,7,21,7],[11,2,13,2],[20,2,21,2],[22,2,24,2],[25,2,27,2],[14,2,16,2],[17,2,19,2],[72,7,75,7],[34,2,36,2],[28,2,30,2],[57,2,60,2],[37,2,39,2],[40,2,42,2],[72,2,75,2],[43,2,45,2],[31,2,33,2],[69,2,71,2],[46,2,48,2],[49,2,51,2],[53,2,56,2],[61,2,64,2],[65,2,68,2],[69,7,71,7]]}
[null,1,"FILL IN BLANKS BELOW,PICK OPTIONS FROM DROPDOWN LIST",null,null,null,null,null,null,null,"* All the text in Blue are used for drop down list ,make changes with caution."]
[null,null,"Category",null,"Terrestrial Quality",{"$f":"IF(M3=\"\",0,1)","v":0},"Citation No.",{"$f":"IF(ISERROR(FIND(\"-\",E3)),E3,LEFT(E3,FIND(\"-\",E3)-1))","v":0},null,null,"Species",null,null,"Lifestage",null,null,"Exposure duration",null,null,"Measure of toxicity",null,null,"Toxicity endpoint"]
[null,null,"Paper and data unique identifier(eg. 1-1,10-150)",null,null,{"$f":"IF(E3=\"\",0,1)","v":0},"Species (Scientific name)",null,null,null,"Australian Bass",0,{"$f":"IF(L3=0,\"\",INDEX(K3:K47,L3))","v":""},"Phase 1",0,{"$f":"IF(O3=0,\"\",INDEX(N3:N47,O3))","v":""},"1 hour ",0,{"$f":"IF(R3=0,\"\",INDEX(Q3:Q47,R3))","v":""},"Method 1",0,{"$f":"IF(U3=0,\"\",INDEX(T3:T47,U3))","v":""},0.01,0,{"$f":"IF(X3=0,\"\",INDEX(W3:W47,X3))","v":""}]
[null,null,"Citation",null,null,{"$f":"IF(E4=\"\",0,1)","v":0},"Lifestage",null,null,null,"Bala Shark",null,null,"Phase 2",null,null,"2 hours",null,null,"Method 2",null,null,0.02]
[null,null,null,null,null,{"$f":"IF(S3=\"\",0,1)","v":0},"Exposure duration",null,null,null,"Basa",null,null,"Phase 3",null,null,"3 hours",null,null,"Method 3",null,null,0.03]
[null,null,null,null,null,{"$f":"IF(V3=\"\",0,1)","v":0},"Measure of toxicity",null,null,null,"Black Parinha",null,null,"Phase 4",null,null,"4 hours",null,null,"Method 4",null,null,0.04]
[null,null,null,null,null,{"$f":"IF(Y3=\"\",0,1)","v":0},"Toxicity endpoint",null,null,null,"Catfish",null,null,"Phase 5",null,null,"5 Hours",null,null,"Method 5",null,null,0.05]
[null,null,null,null,null,{"$f":"IF(H8=\"\",0,1)","v":0},"Toxicity value",null,null,null,null,null,null,"phase 6"]
[null,2,"CHOOSE ANSWER OPTIONS AND FILL IN ANSWERS IN ANSWER COLUMN",null,null,{"$f":"IF(M3=\"\",0,1)","v":0}]
[null,"*","If had problem click on answer options,click on any  other cells first and then click back again",null,null,{"$f":"IF(P3=\"\",0,1)","v":0}]
[null,"No.","Question","Marks Awarded","Answer Options","Option References","Scores","Answers"]
[null,null,"Was the duration of the exposure stated (e.g., 48 or 96 h)?",10,null,0,{"$f":"IF(F15=0,0,INDEX($D12:$D13,F12,1))","v":0}]
[null,1,null,0]
[]
[null,null,"Was the biological endpoint (e.g., immobilization or population growth) stated and defined (10 marks)? Award 5 marks if the biological endpoint is only stated.",10,null,0,{"$f":"IF(F15=0,0,INDEX($D15:$D17,F15,1))","v":0}]
[null,2,null,5]
[null,null,null,0]
[null,null,"Was the biological effect stated (e.g., LC or NOEC)?",5,null,0,{"$f":"IF(F18=0,0,INDEX($D18:$D19,F18,1))","v":0}]
[null,3,null,0]
[]
[null,4,"Was the biological effect quantified (e.g., 50% effect, 25% effect)? The effect for NOEC and LOEC data must be quantified.",5,null,0,{"$f":"IF(F21=0,0,INDEX($D21:$D22,F21,1))","v":0}]
[null,null,null,0]
[null,5,"Were appropriate controls (e.g., a no-toxicant control and/or solvent control) used?",5,null,0,{"$f":"IF(F23=0,0,INDEX($D23:$D24,F23,1))","v":0}]
[null,null,null,0]
[]
[null,6,"Was each control and contaminant concentration at least duplicated?",5,null,0,{"$f":"IF(F26=0,0,INDEX($D26:$D27,F26,1))","v":0}]
[null,null,null,0]
[]
[null,7,"Were test acceptability criteria stated (e.g., mortality in controls must not exceed a certain percentage) (5 marks)?\nOR\nWere test acceptability criteria inferred (e.g., test method used [USEPA, OECD, ASTM etc]) (award 2 marks). Note: Invalid data must no",5,null,0,{"$f":"IF(F29=0,0,INDEX($D29:$D31,F29,1))","v":0}]
[null,null,null,2]
[null,null,null,0]
[null,8,"Were the characteristics of the test organism (e.g., length, mass, age) stated?",5,null,0,{"$f":"IF(F32=0,0,INDEX($D32:$D34,F32,1))","v":0}]
[null,null,null,0]
[]
[null,9,"Was the type of test media used stated?",5,null,0,{"$f":"IF(F35=0,0,INDEX($D35:$D37,F35,1))","v":0}]
[null,null,null,0]
[]
[null,null,"Were the contaminant concentrations measured?",4,null,0,{"$f":"IF(F38=0,0,INDEX($D38:$D40,F38,1))","v":0}]
[null,10,null,0]
[]
[null,null,"Were parallel reference toxicant toxicity tests conducted?",4,null,0,{"$f":"IF(F41=0,0,INDEX($D41:$D43,F41,1))","v":0}]
[null,11,null,0]
[]
[null,null,"Was there a concentration–response relationship either observable or stated",4,null,0,{"$f":"IF(F44=0,0,INDEX($D44:$D46,F44,1))","v":0}]
[null,12,null,0]
[]
[null,null,"Was an appropriate statistical method or model used to determine the toxicity?",4,null,0,{"$f":"IF(F47=0,0,INDEX($D47:$D49,F47,1))","v":0}]
[null,13,null,0]
[]
[null,14,"For NOEC/LOEC data was the significance level 0.05 or less?   Or                                         For LC/EC/BEC data was an estimate of variability provided?\n\n",4,null,0,{"$f":"IF(F50=0,0,INDEX($D50:$D52,F50,1))","v":0}]
[null,null,null,0]
[]
[null,15,"Were the following parameters measured and stated? (3 marks if measured and stated, 1 if just measured)"]
[null,null,"pH",3,null,0,{"$f":"IF(F54=0,0,INDEX($D54:$D56,F54,1))","v":0}]
[null,15.1,null,1]
[null,null,null,0]
[]
[null,null,"OM or OC content",3,null,0,{"$f":"IF(F58=0,0,INDEX($D58:$D60,F58,1))","v":0}]
[null,15.2,null,1]
[null,null,null,0]
[]
[null,null,"Clay Contect",3,null,0,{"$f":"IF(F62=0,0,INDEX($D62:$D64,F62,1))","v":0}]
[null,15.3,null,1]
[null,null,null,0]
[]
[null,null,"CEC",3,null,0,{"$f":"IF(F66=0,0,INDEX($D66:$D68,F66,1))","v":0}]
[null,15.4,null,1]
[null,null,null,0]
[]
[null,null,"Was the temperature measured and stated?",3,null,0,{"$f":"IF(F70=0,0,INDEX($D70:$D72,F70,1))","v":0}]
[null,16,null,0]
[]
[null,null,"Was the grade or purity of the test contaminant stated?",3,null,0,{"$f":"IF(F73=0,0,INDEX($D73:$D74,F73,1))","v":0}]
[null,17,null,0]
[]
[]
[null,null,"Were other cations and or major soil elements measured?                                                  Or                                                                                                                             Were known interacting elements on bioavailability measured (e.g. Mo for Cu and Cl for Cd)?",3,null,0,{"$f":"IF(F77=0,0,INDEX($D77:$D78,F77,1))","v":0}]
[null,18,null,0]
[]
[]
[null,null,"For spiked soils with metal salts: Were the soils leached after spiking?",3,null,0,{"$f":"IF(F81=0,0,INDEX($D81:$D83,F81,1))","v":0}]
[null,19,null,0]
[]
[null,null,"Were the incubation conditions and duration stated?",3,null,0,{"$f":"IF(F84=0,0,INDEX($D84:$D87,F84,1))","v":0}]
[null,20,null,1]
[null,null,null,0]
[null,null,null,null,null,null,null,null,{"$f":"(COUNTIF(F12:F87,\"=0\"))+COUNTIF(F2:F10,\"=0\")","v":32}]
[]
[]
[null,null,"Total Score",null,null,null,{"$f":"IF(SUM(G12:G84)=0,\"\",SUM(G12:G84))","v":""}]
[null,null,"Total Max. possible score for the various types of data and contaminants ",null,{"$f":"D12+D15+D18+D21+D23+D26+D29+D32+D35+D38+D41+D44+D47+D50+D54+D58+D62+D66+D70+D73+D77+D81+D84","v":102}]
[null,null,"Quality Score",null,{"$f":"\"= [Total score / Total possible score] * 100 = \"","v":"= [Total score / Total possible score] * 100 = "},null,{"$f":"IF(ISERROR(G90/E91),#N/A,G90/E91)","v":{"$error":"#N/A"}}]
[]
[null,null,"H = high quality                           Quality score >=80%      "]
[null,null,"A = acceptable quality         80%>Quality score>50%      "]
[null,null,"U = unacceptable quality              Quality score <=50%  "]
[]
[3,null,"CLICK \"Save&Update\" BUTTON TO SAVE ANSWER TO SAMPLE FINALISED ASSESSMENT SHEET"]

{"sheet":"Terrestrial Quality","index":18,"n_rows":5,"n_cols":26,"rows_kept":5,"cut":false,"hidden":false,"merged":[]}
[]
["Question No.",1,2,3,4,5,6,7,8,9,10,11,12,13,14,15.1,15.2,15.3,15.4,16,17,18,19,20,"Total Score","Quality Score"]
["Short Questions","duration of the exposure  ","biological endpoint","biological effect stated or not","biological effect qualified or not","appropriate controls","control & contaminant concentration","test acceptability criteria ","characteristics of the test organism"," type of test media"," contaminant concentrations "," parallel reference toxicant toxicity","concentration–response relationship"," statistical method or model to determine the toxicity","LC/EC/BEC data","pH","OM or OC content","Clay content","CEC","Temperature","Grade or purity","cations and or major soil elements measured or  interacting elements on bioavailability measured ","soils leached after spiking","incubation conditions and duration"]
["Marks Awarded","10 or 0","10,5 or 0","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 ,2 or 0 ","5 or 0 ","5 or 0 ","4 or 0","4 or 0","4 or 0","4 or 0","4 or 0","3,1,or 0","3,1,or 0","3,1,or 0","3,1,or 0","3 or 0","3 or 0","3 or 0","3 or 0","3 or 0"]
["Max. Possible Score",10,10,5,5,5,5,5,5,5,4,4,4,4,4,3,3,3,3,3,3,3,3,3,{"$f":"SUM(B5:X5)","v":102}]

{"sheet":"Sediment Data QA","index":19,"n_rows":103,"n_cols":25,"rows_kept":103,"cut":false,"hidden":false,"merged":[[72,7,75,7],[76,7,79,7],[52,7,54,7],[89,2,90,2],[68,2,71,2],[80,2,82,2],[72,2,75,2],[76,2,79,2],[80,7,82,7],[64,2,67,2],[64,7,67,7],[68,7,71,7],[60,2,63,2],[56,2,59,2],[91,2,92,2],[89,7,90,7],[91,7,92,7],[87,7,88,7],[83,7,86,7],[83,2,86,2],[40,2,42,2],[46,2,48,2],[49,2,51,2],[52,2,54,2],[43,2,45,2],[28,2,30,2],[22,7,24,7],[25,7,27,7],[31,2,33,2],[37,7,39,7],[34,2,36,2],[37,2,39,2],[11,2,13,2],[20,2,21,2],[22,2,24,2],[25,2,27,2],[14,2,16,2],[17,2,19,2],[3,4,7,4],[56,7,59,7],[60,7,63,7],[40,7,42,7],[43,7,45,7],[46,7,48,7],[11,7,13,7],[17,7,19,7],[49,7,51,7],[34,7,36,7],[14,7,16,7],[20,7,21,7],[28,7,30,7],[31,7,33,7]]}
[null,1,"FILL IN BLANKS BELOW,PICK OPTIONS FROM DROPDOWN LIST",null,null,null,null,null,null,null,"* All the text in Blue are used for drop down list ,make changes with caution."]
[null,null,"Category",null,"Sediment ",{"$f":"IF(M3=\"\",0,1)","v":0},"Citation No.",{"$f":"IF(ISERROR(FIND(\"-\",E3)),E3,LEFT(E3,FIND(\"-\",E3)-1))","v":0},null,null,"Species",null,null,"Lifestage",null,null,"Exposure duration",null,null,"Measure of toxicity",null,null,"Toxicity endpoint"]
[null,null,"Paper and data unique identifier(eg. 1-1,10-150)",null,null,{"$f":"IF(E3=\"\",0,1)","v":0},"Species (Scientific name)",null,null,null,"Australian Bass",0,{"$f":"IF(L3=0,\"\",INDEX(K3:K50,L3))","v":""},"Phase 1",0,{"$f":"IF(O3=0,\"\",INDEX(N3:N50,O3))","v":""},"1 hour ",0,{"$f":"IF(R3=0,\"\",INDEX(Q3:Q50,R3))","v":""},"Method 1",0,{"$f":"IF(U3=0,\"\",INDEX(T3:T50,U3))","v":""},0.01,0,{"$f":"IF(X3=0,\"\",INDEX(W3:W50,X3))","v":""}]
[null,null,"Citation",null,null,{"$f":"IF(E4=\"\",0,1)","v":0},"Lifestage",null,null,null,"Bala Shark",null,null,"Phase 10",null,null,"2 hours",null,null,"Method 10",null,null,0.02]
[null,null,null,null,null,{"$f":"IF(S3=\"\",0,1)","v":0},"Exposure duration",null,null,null,"Basa",null,null,"phase 14",null,null,"3 hours",null,null,"Method 2",null,null,0.03]
[null,null,null,null,null,{"$f":"IF(V3=\"\",0,1)","v":0},"Measure of toxicity",null,null,null,"Black Parinha",null,null,"Phase 2",null,null,"4 hours",null,null,"Method 3",null,null,0.04]
[null,null,null,null,null,{"$f":"IF(Y3=\"\",0,1)","v":0},"Toxicity endpoint",null,null,null,"Catfish",null,null,"Phase 3",null,null,"5 hours",null,null,"Method 4",null,null,0.05]
[null,null,null,null,null,{"$f":"IF(H8=\"\",0,1)","v":0},"Toxicity value",null,null,null,"Eel",null,null,"Phase 4",null,null,"6 hours",null,null,"Method 5",null,null,0.06]
[null,2,"CHOOSE ANSWER OPTIONS AND FILL IN ANSWERS IN ANSWER COLUMN",null,null,{"$f":"IF(M3=\"\",0,1)","v":0},null,null,null,null,"Lungfish",null,null,"Phase 5",null,null,"7 hours",null,null,"Method 6",null,null,7.0000000000000007E-2]
[null,"*","If had problem click on answer options,click on any  other cells first and then click back again",null,null,{"$f":"IF(P3=\"\",0,1)","v":0},null,null,null,null,"Murray Cod",null,null,"Phase 6",null,null,"8 hours",null,null,"Method 7",null,null,0.08]
[null,"No.","Question","Marks Awarded","Answer Options","Option References","Scores","Answers",null,null,"Nemo",null,null,"Phase 7 ",null,null,"9 hours",null,null,"Method 8",null,null,0.09]
[null,null,"Was the duration of the exposure stated (e.g., 48 or 96 h)?",10,null,0,{"$f":"IF(F15=0,0,INDEX($D12:$D13,F12,1))","v":0},null,null,null,"Redclaw",null,null,"Phase 8",null,null,null,null,null,null,null,null,0.1]
[null,1,null,0,null,null,null,null,null,null,"Sea Mullet",null,null,"Phase 9"]
[null,null,null,null,null,null,null,null,null,null,"SilverPerch"]
[null,null,"Was the biological endpoint (e.g., immobilization or population growth) stated and defined (10 marks)? Award 5 marks if the biological endpoint is only stated.",10,null,0,{"$f":"IF(F15=0,0,INDEX($D15:$D17,F15,1))","v":0},null,null,null,"Whale"]
[null,2,null,5]
[null,null,null,0]
[null,null,"Was the biological effect stated (e.g., LC or NOEC)?",5,null,0,{"$f":"IF(F18=0,0,INDEX($D18:$D19,F18,1))","v":0}]
[null,3,null,0]
[]
[null,4,"Was the biological effect quantified (e.g., 50% effect, 25% effect)? The effect for NOEC and LOEC data must be quantified.",5,null,0,{"$f":"IF(F21=0,0,INDEX($D21:$D22,F21,1))","v":0}]
[null,null,null,0]
[null,5,"Were appropriate controls (e.g., a no-toxicant control and/or solvent control) used?",5,null,0,{"$f":"IF(F23=0,0,INDEX($D23:$D24,F23,1))","v":0}]
[null,null,null,0]
[]
[null,6,"Was each control and contaminant concentration at least duplicated?",5,null,0,{"$f":"IF(F26=0,0,INDEX($D26:$D27,F26,1))","v":0}]
[null,null,null,0]
[]
[null,7,"Were test acceptability criteria stated (e.g., mortality in controls must not exceed a certain percentage) (5 marks)?\nOR\nWere test acceptability criteria inferred (e.g., test method used [USEPA, OECD, ASTM etc]) (award 2 marks). Note: Invalid data must no",5,null,0,{"$f":"IF(F29=0,0,INDEX($D29:$D31,F29,1))","v":0}]
[null,null,null,2]
[null,null,null,0]
[null,8,"Were the characteristics of the test organism (e.g., length, mass, age) stated?",5,null,0,{"$f":"IF(F32=0,0,INDEX($D32:$D34,F32,1))","v":0}]
[null,null,null,0]
[]
[null,9,"Was the type of test media used stated?",5,null,0,{"$f":"IF(F35=0,0,INDEX($D35:$D37,F35,1))","v":0}]
[null,null,null,0]
[]
[null,null,"Was the type of exposure (e.g. static, flow through) stated? ",4,null,0,{"$f":"IF(F38=0,0,INDEX($D38:$D40,F38,1))","v":0}]
[null,10,null,0]
[]
[null,null,"Were the contaminant concentrations measured?",4,null,0,{"$f":"IF(F41=0,0,INDEX($D41:$D43,F41,1))","v":0}]
[null,11,null,0]
[]
[null,null,"Were parallel reference toxicant toxicity tests conducted?",4,null,0,{"$f":"IF(F44=0,0,INDEX($D44:$D46,F44,1))","v":0}]
[null,12,null,0]
[]
[null,null,"Was there a concentration–response relationship either observable or stated",4,null,0,{"$f":"IF(F47=0,0,INDEX($D47:$D49,F47,1))","v":0}]
[null,13,null,0]
[]
[null,null,"Was an appropriate statistical method or model used to determine the toxicity?",4,null,0,{"$f":"IF(F50=0,0,INDEX($D50:$D52,F50,1))","v":0}]
[null,14,null,0]
[]
[null,15,"For LC/EC/BEC data values derived was an estimate of variability provided? (10/20 effects data desirable)\nOR If NO EC/LOEC data, was the significance level 0.05 or less?                                                 \n\n",4,null,0,{"$f":"IF(F53=0,0,INDEX($D53:$D55,F53,1))","v":0}]
[null,null,null,0]
[]
[null,16,"Were the following parameters measured and stated? (3 marks if measured and stated, 1 if just measured)"]
[null,null,"pH",3,null,0,{"$f":"IF(F57=0,0,INDEX($D57:$D59,F57,1))","v":0}]
[null,16.100000000000001,null,1]
[null,null,null,0]
[]
[null,null,"Particulate organic carbon (POC)",3,null,0,{"$f":"IF(F61=0,0,INDEX($D61:$D63,F61,1))","v":0}]
[null,16.2,null,1]
[null,null,null,0]
[]
[null,null,"Particle size (e.g. <63 µm or silt/clay)",3,null,0,{"$f":"IF(F65=0,0,INDEX($D65:$D67,F65,1))","v":0}]
[null,16.3,null,1]
[null,null,null,0]
[]
[null,null,"Acid-volatile sulfide (AVS) and 1-M HCl extractable metals",3,null,0,{"$f":"IF(F69=0,0,INDEX($D69:$D71,F69,1))","v":0}]
[null,16.399999999999999,null,1]
[null,null,null,0]
[]
[null,null,"Dissolved contaminants (e.g. metals) in porewater or overlying water",3,null,0,{"$f":"IF(F73=0,0,INDEX($D73:$D75,F73,1))","v":0}]
[null,16.5,null,1]
[null,null,null,0]
[]
[null,null,"Dissolved ammonia and sulfide in porewater or overlying water",3,null,0,{"$f":"IF(F77=0,0,INDEX($D77:$D79,F77,1))","v":0}]
[null,16.600000000000001,null,1]
[null,null,null,0]
[]
[null,null,"Was the temperature measured and stated?",3,null,0,{"$f":"IF(F81=0,0,INDEX($D81:$D83,F81,1))","v":0}]
[null,17,null,0]
[]
[null,null,"Was the grade or purity of the test contaminant stated?",3,null,0,{"$f":"IF(F84=0,0,INDEX($D84:$D85,F84,1))","v":0}]
[null,18,null,0]
[]
[]
[null,19,"Was the salinity/conductivity measured and stated?",3,null,0,{"$f":"IF(F88=0,0,INDEX($D88:$D89,F88,1))","v":0}]
[null,null,null,0]
[null,20,"Was the alkalinity, hardness, or concentrations of Ca and Mg measured in the overlying water?Were known interacting elements on bioavailability measured (e.g. Cl for Cd)?",3,null,0,{"$f":"IF(F90=0,0,INDEX($D90:$D91,F90,1))","v":0}]
[null,null,null,0]
[null,21,"For sediments spiked with metal salts were the equilibration conditions adequate?",3,null,0,{"$f":"IF(F92=0,0,INDEX($D92:$D93,F92,1))","v":0}]
[null,null,null,0,null,null,null,null,{"$f":"(COUNTIF(F12:F93,\"=0\"))+COUNTIF(F2:F10,\"=0\")","v":35}]
[]
[null,null,"Total score",null,null,null,{"$f":"IF(SUM(G12:G92)=0,\"\",SUM(G12:G92))","v":""}]
[null,null,"Total Max. possible score for the various types of data and contaminants ",null,{"$f":"D12+D15+D18+D21+D23+D26+D29+D32+D35+D38+D41+D44+D47+D50+D53+D57+D61+D65+D69+D73+D77+D81+D84+D88+D90+D92","v":112}]
[null,null,"Quality Score",null,{"$f":"\"= [Total score / Total possible score] * 100 = \"","v":"= [Total score / Total possible score] * 100 = "},null,{"$f":"IF(ISERROR(G95/E96),#N/A,G95/E96)","v":{"$error":"#N/A"}}]
[]
[null,null,"H = high quality                           Quality score >=80%      "]
[null,null,"A = acceptable quality         80%>Quality score>50%      "]
[null,null,"U = unacceptable quality              Quality score <=50%  "]
[]
[3,null,"CLICK \"Save&Update\" BUTTON TO SAVE ANSWER TO SAMPLE FINALISED ASSESSMENT SHEET"]

{"sheet":"Sediment Quality","index":20,"n_rows":5,"n_cols":29,"rows_kept":5,"cut":false,"hidden":false,"merged":[]}
[]
["Question No.",1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16.100000000000001,16.2,16.3,16.399999999999999,16.5,16.600000000000001,17,18,19,20,21,"Total Score","Quality Score"]
["Short Questions","duration of the exposure ","biological endpoint","biological effect stated ornot","biological effect quantified or not","appropriate controls","control & contaminant concentration","test acceptability criteria","characteristics of the test organism"," type of test media","type of exposure","contaminant concentrations","parallel reference toxicant toxicity tests","concentration–response relationship","determine the toxicity","LC/EC/BEC ","pH","POC","Particle size","AVS & 1-M HCl extractable metals","Dissolved contaminants","Dissolved ammonia and sulfide","Temperature","Grade or purity"," salinity/conductivity","alkalinity, hardness, or concentrations of Ca and Mg","equilibration conditions "]
["Marks Awarded","10 or 0","10,5 or 0","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","5 or 0 ","4 or 0","4 or 0","4 or 0","4 or 0","4 or 0","4 or 0","3,1,or 0","3,1,or 0","3,1,or 0","3,1,or 0","3,1,or 0","3,1,or 0","3 or 0","3 or 0","3 or 0","3 or 0"]
["Max. Possible Score",10,10,5,5,5,5,5,5,5,4,4,4,4,4,4,3,3,3,3,3,3,3,3,3,3,3,{"$f":"SUM(B5:AA5)","v":112}]