Keyphrases
Insecticide Exposure
100%
Aquatic Invertebrates
100%
Invertebrate Species
100%
Population Recovery
100%
Individual-based Model
100%
Comparing Populations
100%
Life History
40%
Recovery Time
40%
Damage Model
40%
Threshold Damage
40%
Insecticide Application
20%
Ponds
20%
Model Following
20%
Chemical Exposure
20%
Population Model
20%
Analytic Approach
20%
Spatial Dimension
20%
Density Dependence
20%
Logistic Model
20%
Aquatic Organisms
20%
Reproductive Capacity
20%
Spatial Processes
20%
Logistic Growth
20%
Peak Concentration
20%
First Exposure
20%
Concentration-effect Relationship
20%
Chemical Risk Assessment
20%
European Union
20%
In(III)
20%
Spatial Setting
20%
Time-varying Exposure
20%
Toxicokinetic-toxicodynamic Model
20%
Voltinism
20%
Spatially Structured Populations
20%
Model Threshold
20%
Pesticide Fate Model
20%
Pharmacology, Toxicology and Pharmaceutical Science
Aquatic Species
100%
Toxicodynamics
100%
Threshold Model
100%
Voltinism
100%
Aquatic Invertebrate
100%
Toxicokinetics
100%
Agricultural and Biological Sciences
Aquatic Invertebrate
100%
Life History
100%
Insecticide Application
50%
Chemical Risk Assessment
50%
Growth Models
50%
Aquatic Organism
50%
Density Dependence
50%
Voltinism
50%
Earth and Planetary Sciences
Individual-Based Model
100%
Aquatic Invertebrates
100%
Yield Point
40%
Aquatic Organism
20%
Chemical Risk Assessment
20%
Voltinism
20%
Density Dependence
20%
European Union
20%
Toxicokinetics
20%
Mathematics
Logistic Model
100%
Recovery Population
100%
Spatial Dimension
50%
Simple Model
50%