Abstract Characterization of uncertainty associated with transport-transformation models is
often of critical importance, as for example in cases where environmental and biological …

Several issues impact the water sustainability of a river basin. Among them are the social,
economic, and environmental aspects. However, they are often treated separately, and not …

The USDA-Water Erosion Prediction Project (WEPP) demonstrates a new generation of
water erosionprediction technology for use in soil and water conservation planning and …

Despite the wealth of soil erosion models available for the prediction of both runoff and soil
loss at a variety of scales, little quantification is made of uncertainty and error associated …

The WEPP (Water Erosion Prediction Project) watershed model was calibrated and
validated for a small hilly watershed (Karso) of India. Sensitivity analysis of the model was …

The overarching objective of this research was to provide an improved understanding of the
role of land use and associated management practices on long‐term water‐driven soil …

Estimating the on-site and off-site impacts of soil erosion as a function of land use and
climate conditions in semi-arid basins is key for soil and water conservation strategies …

In recent decades, various methods for erosion intensity and sediment production
assessment have been developed. The necessity for better model performance has led to …

The Green-Ampt infiltration equation is used in many different hydrologic models. The
effective hydraulic conductivity parameter (Ke) within this equation is needed to obtain …

The Water Erosion Prediction Project (WEPP) watershed scale model was developed by the
USDA forpurposes of erosion assessment and conservation planning. The purpose of this …