The E4CHEM (Exposure and Ecotoxicity Estimation for Environmental CHEMicals) model system was developed for exposure and hazard assessment of environmental chemicals. Two E4CHEM fate models, EXWAT and EXSOL, for surface waters and soil, respectively, are tested and validated by comparing experimental with calculated results. The concentrations of a volatile compound (tetrachloroethene) in the river Main can be predicted by EXWAT, taking into account the average consumption values along the river and an empirically derived proportionality factor for the release rate (0.6% for tetrachloroethene). A sensitivity analysis shows the dominance of volatilisation over dilution. The transport and fate of the herbicide, 2,4,5-trichlorophenoxyacetic ac...
Pesticides are often produced and stored in large quantities near rivers posing a potential hazard f...
Fate and Prediction of Environmental Chemicals in Soils, Plants, and Aquatic Systems focuses on the ...
Transformation products (TPs) of chemicals released to soil, for example, pesticides, are regularly ...
The e4chem (Exposure and Ecotoxicity Estimation for Environmental CHEMicals) model system was develo...
The predominant aims of E4CHEM are: Deterministic description of the chemical's behavior in the envi...
Abstract: The evaluation of the potential risk of chemicals receives again a lot of interest due to ...
Emission and fate of the solvents trichloroethene (abbr. TRI) and tetrachloroethene (abbr. PER) in t...
The surface water model EXWAT is applied to monitoring studies of hazardous substances to estimate s...
The environmental fate of chemicals describes the processes by which chemicals move and are transfor...
Pharmaceuticals, personal care products, hormones, and wastewater products are emerging environmenta...
Environmental fate and exposure models are a powerful means to integrate information on chemicals, t...
Environmental fate and exposure models are a powerful means to integrate information on chemicals, t...
Environmental risk assessment for chemicals requires knowledge of two main components: (i) the level...
A geo-referenced environmental fate model was developed for analyzing unsteady-state dispersion and ...
Environmental fate and exposure models are a powerful means to integrate information on chemicals, t...
Pesticides are often produced and stored in large quantities near rivers posing a potential hazard f...
Fate and Prediction of Environmental Chemicals in Soils, Plants, and Aquatic Systems focuses on the ...
Transformation products (TPs) of chemicals released to soil, for example, pesticides, are regularly ...
The e4chem (Exposure and Ecotoxicity Estimation for Environmental CHEMicals) model system was develo...
The predominant aims of E4CHEM are: Deterministic description of the chemical's behavior in the envi...
Abstract: The evaluation of the potential risk of chemicals receives again a lot of interest due to ...
Emission and fate of the solvents trichloroethene (abbr. TRI) and tetrachloroethene (abbr. PER) in t...
The surface water model EXWAT is applied to monitoring studies of hazardous substances to estimate s...
The environmental fate of chemicals describes the processes by which chemicals move and are transfor...
Pharmaceuticals, personal care products, hormones, and wastewater products are emerging environmenta...
Environmental fate and exposure models are a powerful means to integrate information on chemicals, t...
Environmental fate and exposure models are a powerful means to integrate information on chemicals, t...
Environmental risk assessment for chemicals requires knowledge of two main components: (i) the level...
A geo-referenced environmental fate model was developed for analyzing unsteady-state dispersion and ...
Environmental fate and exposure models are a powerful means to integrate information on chemicals, t...
Pesticides are often produced and stored in large quantities near rivers posing a potential hazard f...
Fate and Prediction of Environmental Chemicals in Soils, Plants, and Aquatic Systems focuses on the ...
Transformation products (TPs) of chemicals released to soil, for example, pesticides, are regularly ...