Now in its third edition, this textbook gives a comprehensive account of soil physics with
emphasis on field applications for students and research workers engaged in water …

A new model for erosion of plane soil surfaces by water is developed using physical
principles. Raindrop impact and overland flow remove soil from the original cohesive soil …

In connection with climate change studies a new hydrologic field has evolved—regional
hydrological modelling or hydrologic macro modelling, which implies repeated application of …

Background Hillslopes provide critical watershed ecosystem services such as soil erosion
control and storm flow regulation through collecting, storing, and releasing rain water …

A Monte Carlo study of a physically based distributed‐parameter hydrologic model is
described. The catchment model simulates overland flow and streamflow, and it is based on …

Soil degradation has serious global impacts on agronomic, economic, and sociopolitical
conditions, however, statistics regarding the degree of these impacts has been largely …

The experimental program was quite massive because on each soil type the researchers
investigated the effect on soil loss of different degrees of cover as well as a suite of land …

Research on water-induced soil erosion illustrates two useful approaches to mathematical
modeling. The first, and often the prior type of model, is designed to produce order from a …

We present the analytical solutions to a hillslope‐based formulation of subsurface storm flow
and saturation overland flow. Here a hillslope is defined as the area between two …

Sediment transport capacity (T c) is a key parameter for all process-based erosion models.
The objective of this study was to develop a new approach for accurate determination of T c …