The hydrological effect of vegetation on rainfall-induced landslides has rarely been
quantified and its integration into slope stability analysis methods remains a challenge. Our …

Soil erosion by water continues to be a serious problem throughout the world, and models
play an increasingly critical role in conservation and assessment efforts. Improved soil …

Although a variety of rainfall-runoff models are available, selection of a suitable rainfall-
runoff model for a given watershed is essential to ensure efficient planning and …

The Water Erosion Prediction Project (WEPP) watershed scale model is a continuous
simulation tool thatextends the capability of the WEPP hillslope model to provide erosion …

A non–point source pollution management model, ANSWERS-2000, was developed to
simulate long-term average annual runoff and sediment yield from agricultural watersheds …

We developed a new online interface for the Water Erosion Prediction Project (WEPP)
model (WEPPcloud) with a framework that allows the incorporation and development of …

Sediment delivery from the Le Sueur River watershed is a major concern in the turbidity-
impaired Minnesota River. As part of a broader effort to develop a sediment budget for the …

Pedotransfer functions (PTFs) with quantified uncertainty for estimating water retention from
soil structure and texture, organic carbon content, bulk density and derived variables are …

Plant-Best is a novel tool for the selection of the most suitable plant cover against rainfall-
induced shallow landslides. It explores the plant-derived likelihood of slope failure reduction …

Abstract The Water Erosion Prediction Project (WEPP) model has been widely used to
assess the impacts of management practices and climate change on runoff and soil loss at …