The methodology for estimating bioaccumulation of organic chemicals is evaluated. This study is limited to three types of organisms: fish, earthworms and plants (leaf crops, root crops and grass). We propose a simple mechanistic model for estimating BCFs which performs well against measured data. To evaluate the dynamics of bioaccumulation, simple one-compartment models are selected and parameterised. For specific chemical properties, the concentration in the organism reacts slowly to changes in the environmental concentration. This does not generally affect the estimation of long-term average concentrations which are relevant for risk assessment
This project developed and tested a bioenergetic/bioaccumulation model to predict concentrations, bi...
Bioaccumulation models predict internal concentrations of hydrophobic chemicals by incorporating key...
Mass balance models of chemical fate and transport can be applied in ecological risk assessments for...
The methodology for estimating bioaccumulation of organic chemicals is evaluated. This study is limi...
The methodology for estimating bioaccumulation of organic chemicals is evaluated. This study is limi...
The methodology for estimating bioaccumulation of organic chemicals is evaluated. This study is limi...
Methodes voor het inschatten van bioaccumulatie van organische stoffen worden ge-evalueerd. Deze stu...
The assessment of bioaccumulation processes plays a significant role in the evaluation of chemical r...
The assessment of bioaccumulation processes plays a significant role in the evaluation of chemical r...
Bioaccumulation, the accumulation of a chemical in an organism relative to its level in the ambient ...
A primary consideration in the evaluation of chemicals is the potential for substances to be absorbe...
In the regulatory context, bioaccumulation assessment is often hampered by substantial data uncertai...
Currently, steady-state based bioaccumulation models are used by regulators to assist environmental ...
In the regulatory context, bioaccumulation assessment is often hampered by substantial data uncertai...
Bioaccumulation models predict internal concentrations of hydrophobic chemicals by incorporating key...
This project developed and tested a bioenergetic/bioaccumulation model to predict concentrations, bi...
Bioaccumulation models predict internal concentrations of hydrophobic chemicals by incorporating key...
Mass balance models of chemical fate and transport can be applied in ecological risk assessments for...
The methodology for estimating bioaccumulation of organic chemicals is evaluated. This study is limi...
The methodology for estimating bioaccumulation of organic chemicals is evaluated. This study is limi...
The methodology for estimating bioaccumulation of organic chemicals is evaluated. This study is limi...
Methodes voor het inschatten van bioaccumulatie van organische stoffen worden ge-evalueerd. Deze stu...
The assessment of bioaccumulation processes plays a significant role in the evaluation of chemical r...
The assessment of bioaccumulation processes plays a significant role in the evaluation of chemical r...
Bioaccumulation, the accumulation of a chemical in an organism relative to its level in the ambient ...
A primary consideration in the evaluation of chemicals is the potential for substances to be absorbe...
In the regulatory context, bioaccumulation assessment is often hampered by substantial data uncertai...
Currently, steady-state based bioaccumulation models are used by regulators to assist environmental ...
In the regulatory context, bioaccumulation assessment is often hampered by substantial data uncertai...
Bioaccumulation models predict internal concentrations of hydrophobic chemicals by incorporating key...
This project developed and tested a bioenergetic/bioaccumulation model to predict concentrations, bi...
Bioaccumulation models predict internal concentrations of hydrophobic chemicals by incorporating key...
Mass balance models of chemical fate and transport can be applied in ecological risk assessments for...