The transport of organic chemicals in surface water (rivers) and in subsurface (unsaturated soil zone) is simulated with steady-state and transient model approaches. Time-series of measured and calculated concentrations in river and soil water are compared in order to validate model assumptions. The transport of 2,4,5-T in a luvisol soil after various time intervals in summer is compared with model calculations assuming transient water flow. The calculated percentages in the two upper soil layers lie within the measured range, given by the replicates
The results from a solute transport study done near Basel, Switzerland are reported. The experimenta...
Soil and water provide the media for eco-hydrologic processes and mathematical models of different c...
In modelling the environmental fate of chemicals, suspended matter in surface water may play a relev...
Modeling Chemical Transport in Soils: Natural and Applied Contaminants provides a comprehensive disc...
Theoretical and computer modeling capability for assessing the subsurface movement and fate of organ...
Many agricultural areas with humic-sandy and loamy-sandy soils are used also for the extraction of w...
This paper reviews the underlying assumptions behind environmental transport and food chain modeling...
The ability of mathematical models to accurately predict the transport and fate of contaminants in g...
LEACHP is a modular package for calculating the one-dimensional vertical water and solute flux in ho...
This project entails the development of a two-dimensional contaminant transport model for layer-hete...
The movement of chemicals through the soil to the groundwater or discharged to surface waters repres...
The Root Zone Water Quality Model is a process-based model that integrates physical, chemical and bi...
Analytical models for the simulation of contaminants' fate and transport in the unsaturated zone are...
In the present work, an existing vegetation/air/litter/soil model (SoilPlusVeg) was modified to impr...
Pesticide transport and transformation were modeled in soil column from the soil surface to groundwa...
The results from a solute transport study done near Basel, Switzerland are reported. The experimenta...
Soil and water provide the media for eco-hydrologic processes and mathematical models of different c...
In modelling the environmental fate of chemicals, suspended matter in surface water may play a relev...
Modeling Chemical Transport in Soils: Natural and Applied Contaminants provides a comprehensive disc...
Theoretical and computer modeling capability for assessing the subsurface movement and fate of organ...
Many agricultural areas with humic-sandy and loamy-sandy soils are used also for the extraction of w...
This paper reviews the underlying assumptions behind environmental transport and food chain modeling...
The ability of mathematical models to accurately predict the transport and fate of contaminants in g...
LEACHP is a modular package for calculating the one-dimensional vertical water and solute flux in ho...
This project entails the development of a two-dimensional contaminant transport model for layer-hete...
The movement of chemicals through the soil to the groundwater or discharged to surface waters repres...
The Root Zone Water Quality Model is a process-based model that integrates physical, chemical and bi...
Analytical models for the simulation of contaminants' fate and transport in the unsaturated zone are...
In the present work, an existing vegetation/air/litter/soil model (SoilPlusVeg) was modified to impr...
Pesticide transport and transformation were modeled in soil column from the soil surface to groundwa...
The results from a solute transport study done near Basel, Switzerland are reported. The experimenta...
Soil and water provide the media for eco-hydrologic processes and mathematical models of different c...
In modelling the environmental fate of chemicals, suspended matter in surface water may play a relev...