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The effects of a pesticide on inducible phenotypic plasticity in Daphnia
M. J. Barry
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Corresponding author for this work
Research output
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Contribution to journal
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Article
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peer-review
16
Citations (Scopus)
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Medicine & Life Sciences
Carbamates
11%
Carbaryl
96%
Daphnia
92%
Growth
8%
Hemiptera
13%
Insecticides
9%
Pesticides
65%
Pheromones
79%
Physiological Adaptation
76%
Reproduction
8%
Zooplankton
14%
Earth & Environmental Sciences
age at maturity
12%
animal
5%
brood size
27%
carbamate (ester)
11%
carbaryl
89%
effect
13%
insecticide
9%
kairomone
100%
life history
24%
maturation
8%
pesticide
51%
phenotypic plasticity
81%
predator
7%
size at maturity
25%
zooplankton
7%
Chemical Compounds
Animals
8%
Carbamates
11%
Carbaryl
96%
Insecticides
9%
Pesticides
65%
Pheromones
79%
Plasticity
54%
Engineering & Materials Science
Animals
28%
Insecticides
48%
Pesticides
81%
Plasticity
54%