PesticideModels.eu
Fate Models
The GEM model simulates pesticide movement in soil to assess environmental risks and supports regulatory evaluations. Learn more on the GEM About page.
The CASCADE model analyzes pesticide runoff and erosion at the field level, supporting risk assessments by simulating pollutant transport. Learn more on the CASCADE About page.
The PEARL model predicts pesticide leaching and runoff in soil and water, aiding in regulatory risk assessments. Learn more on the PEARL About page.
The GeoPEARL model evaluates pesticide leaching to groundwater across geographic regions by combining soil, climate, and land use data. It is used for spatial assessments of groundwater contamination risks. Learn more on the GeoPEARL About page.
The PEARLNEQ model estimates aged sorption parameters from laboratory experiments to be used in the higher tiers of the groundwater leaching assessment. Learn more on the PEARLNEQ About page.
The SWASH model estimates pesticide concentrations in surface water from drift, runoff, and drainage. It is commonly used for regulatory risk assessments to evaluate potential impacts on aquatic ecosystems. Learn more on the SWASH About page.
The DROPLET model simulates the drift of pesticide droplets during application to estimate deposition outside the target area. It supports regulatory assessments of spray drift risks to the environment. Learn more on the DROPLET About page.
The TOXSWA model simulates the fate of pesticides in surface water, focusing on processes like degradation, adsorption, and volatilization. It is used in regulatory assessments to evaluate aquatic exposure scenarios. Learn more on the TOXSWA About page.
Risk Indicators
The NMI model (Netherlands National Monitoring Program) assesses pesticide leaching into groundwater at the national scale. It uses monitoring data to evaluate compliance with environmental quality standards. Learn more on the NMI model page.
Other registration tools
The Groundwater Atlas model provides insights into pesticide leaching risks at various locations using spatial and temporal data. It supports assessments of groundwater vulnerability to contamination. Learn more on the Groundwater Atlas model page.
The SPIN (Spatial Pesticide Information) model provides data on pesticide application and environmental characteristics to assess potential impacts. It supports regional and national evaluations of pesticide use. Learn more on the SPIN model page.