Two models, KINEROS2 and EUROSEM, that simulate hydrologic event erosion on small
catchments as a distributed, dynamic convective transport process are described briefly …

This paper presents the development and first applications of the Plot Soil Erosion Model 2D
(PSEM_2D). Infiltration is computed using a Green and Ampt model, overland flow is …

A novel two‐dimensional, physically based model of soil erosion and sediment transport
coupled to models of hydrological and overland flow processes has been developed. The …

A new physically based hydrological and soil erosion model has been developed, which
can be used for planning and conservation purposes: the LImburg Soil Erosion Model …

Since the 1994 user guide was produced EUROSEM's use has become more widespread. It
is certainly no longer just a European model! We know of scientists using the model in many …

An Erratum has been published for this article in Hydrological Processes 18 (3) 2004, 595.
An overview is given on the predictive quality of spatially distributed runoff and erosion …

In the first paper in this series, we demonstrated that most process-based erosion models
have a series of in-built assumptions that led us to question their true process basis. An …

The process basis of existing soil‐erosion models is shown to be ill‐founded. The existing
literature builds directly or indirectly on Bennett's (1974) paper, which provided a blueprint …

A physically based, distributed parameter, event oriented, nonlinear, numerical model of
watershed response is developed to accommodate the spatial changes in topography …

Analytical expressions are developed for the rainfall-runoff-erosion process on steep
hillslopes subjected to time-varying rainfall events. The erosion equation is essentially …