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Pyrithiones as antifoulants: environmental fate and loss of toxicity
PA Turley, RJ Fenn, JC Ritter, Maureen Callow
Biosciences
Research output
:
Contribution to journal
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Article
62
Citations (Scopus)
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Dive into the research topics of 'Pyrithiones as antifoulants: environmental fate and loss of toxicity'. Together they form a unique fingerprint.
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Agriculture & Biology
pyrithiones
100%
antifouling agents
80%
environmental fate
76%
zinc pyrithione
61%
sediments
39%
seawater
38%
toxicity
35%
degradation
31%
pyridines
30%
sulfonic acids
29%
bioassays
20%
copper pyrithione
18%
growth retardation
14%
Amphora
13%
no observed adverse effect level
11%
photolysis
10%
toxicity testing
9%
Bacillariophyceae
8%
water
7%
carbon dioxide
6%
hydrolysis
6%
metabolism
5%
dosage
4%
Medicine & Life Sciences
pyrithione
96%
pyrithione zinc
74%
Seawater
67%
Sulfonic Acids
41%
pyridine
40%
Biological Assay
32%
copper pyrithione
23%
Diatoms
16%
Photolysis
14%
Light
14%
Water
13%
Carbon Dioxide
10%
Growth
10%
Hydrolysis
9%
Poisons
7%
Earth & Environmental Sciences
environmental fate
64%
toxicity
38%
seawater
37%
zinc
33%
bioassay
32%
loss
27%
degradation
27%
sediment
24%
degradation product
23%
microcosm
21%
acid
19%
antifouling
12%
photolysis
11%
rate
10%
hydrolysis
9%
diatom
9%
metabolism
8%
carbon dioxide
8%
dose
7%
copper
7%
water
6%
exposure
5%
effect
4%