Pesticide use in paddy rice production may contribute to adverse ecological effects in surface waters. Risk assessments conducted for regulatory purposes depend on the use of simulation models to determine predicted environment concentrations (PEC) of pesticides. Often tiered approaches are used, in which assessments at lower tiers are based on relatively simple models with conservative scenarios, while those at higher tiers have more realistic representations of physical and biochemical processes. This chapter reviews models commonly used for predicting the environmental fate of pesticides in rice paddies. Theoretical considerations, unique features, and applications are discussed. This review is expected to provide information to guide mo...
Surface water exposure scenarios used in the risk assessment of Korea's aquatic ecosystems, were dev...
This chapter discusses the developments in higher tier exposure assessment in rice paddies in Europe...
A pesticide fate and transport model (PCPF-B) was developed to predict the runoff of pesticides from...
Pesticide use in paddy rice production may contribute to adverse ecological effects in surface water...
Pesticide use in paddy rice production may contribute to adverse ecological effects in surface water...
Rice production is one of the major non-point sources of pesticide pollution in Japan. Monitoring of...
This chapter provides an overview of the Japanese regulatory issues regarding pesticide use in rice ...
It is very important and necessary for decision-making agencies, pesticide users and NGOs (Non-Gove...
It is very important and necessary for decision-making agencies, pesticide users and NGOs (Non-Gove...
It is very important and necessary for decision-making agencies, pesticide users and NGOs (Non-Gove...
BACKGROUND: Monitoring studies revealed high concentrations of pesticides in the drainage canal of p...
A simulation model (PCPF-B) was developed based on the PCPF-1 model to predict the runoff of pestici...
A simulation model (PCPF-B) was developed based on the PCPF-1 model to predict the runoff of pestici...
A simulation model (PCPF-B) was developed based on the PCPF-1 model to predict the runoff of pestici...
BACKGROUND: Monitoring studies revealed high concentrations of pesticides in the drainage canal of p...
Surface water exposure scenarios used in the risk assessment of Korea's aquatic ecosystems, were dev...
This chapter discusses the developments in higher tier exposure assessment in rice paddies in Europe...
A pesticide fate and transport model (PCPF-B) was developed to predict the runoff of pesticides from...
Pesticide use in paddy rice production may contribute to adverse ecological effects in surface water...
Pesticide use in paddy rice production may contribute to adverse ecological effects in surface water...
Rice production is one of the major non-point sources of pesticide pollution in Japan. Monitoring of...
This chapter provides an overview of the Japanese regulatory issues regarding pesticide use in rice ...
It is very important and necessary for decision-making agencies, pesticide users and NGOs (Non-Gove...
It is very important and necessary for decision-making agencies, pesticide users and NGOs (Non-Gove...
It is very important and necessary for decision-making agencies, pesticide users and NGOs (Non-Gove...
BACKGROUND: Monitoring studies revealed high concentrations of pesticides in the drainage canal of p...
A simulation model (PCPF-B) was developed based on the PCPF-1 model to predict the runoff of pestici...
A simulation model (PCPF-B) was developed based on the PCPF-1 model to predict the runoff of pestici...
A simulation model (PCPF-B) was developed based on the PCPF-1 model to predict the runoff of pestici...
BACKGROUND: Monitoring studies revealed high concentrations of pesticides in the drainage canal of p...
Surface water exposure scenarios used in the risk assessment of Korea's aquatic ecosystems, were dev...
This chapter discusses the developments in higher tier exposure assessment in rice paddies in Europe...
A pesticide fate and transport model (PCPF-B) was developed to predict the runoff of pesticides from...