Rainfall-Runoff Modelling: The Primer, Second Edition is the follow-up of this popular and
authoritative text, first published in 2001. The book provides both a primer for the novice and …

The paper forms the first part of an introduction to the SHE, a physically-based, distributed,
catchment modelling system produced jointly by the Danish Hydraulic Institute, the British …

This paper argues that there are fundamental problems in the application of physically-
based models for practical prediction in hydrology. These problems result from limitations of …

Mathematical modeling of watershed hydrology is employed to address a wide spectrum of
environmental and water resources problems. A historical perspective of hydrologic …

Water fluxes in catchments are controlled by physical processes and material properties that
are complex, heterogeneous, and poorly characterized by direct measurement. As a result …

Pesticides are now occurring worldwide in almost all water resources, thus threatening the
health of humans and other life. As a consequence, there is a strong social demand for …

The shape, timing and peak flow of a stream flow hydrograph are significantly influenced by
spatial and temporal variability in rainfall and watershed characteristics. Depending upon …

A relationship between discharge, flow velocity and flow area in rills is established using
data from four field and laboratory studies. The proposed relationship is shown to predict …

The forecasting power of neural network (NN) and autoregressive moving average (ARMA)
models are compared. Modelling experiments were based on a 3‐year period of continuous …

Catchment morphology and hydrological processes are linked through the geomorphic
development of a catchment. The relaxation times of hillslope development are often long …