The literature on valley and drainage line recognition from grid digital elevation models
(DEMs) is reviewed. Two problems preventing the successful delineation of fully connected …

Publisher Summary This chapter deals with the formulation of how to move how much water
into which neighboring cells in order to have a representation of reality that is suitable for a …

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 …

Channel networks with artibtrary drainage density or resolution can be extracted from digital
elevation data. However, for digital elevation data derived networks to be useful they have to …

A morphological approach to the interpolation of regular grid digital elevation models
(DEMs) from surface specific elevation data points and selected stream lines is described …

Techniques and issues are considered surrounding the characterisation of surface form
represented by Digital Elevation Models (DEMs). A set of software tools suitable for use in a …

Hydrological processes within the terrestrial water cycle operate over a wide range of time
and space scales, and with governing equations that may be a mixture of ordinary …

This study explores various aspects of catchment hydrology based on a mechanistic
modeling of distributed watershed processes. A new physics‐based, distributed‐parameter …

We describe a new set of data structures and algorithms for dynamic terrain modeling using
a triangulated irregular network (TINs). The framework provides an efficient method for …

The term distributed model is widely applied to describe hydrologic models that can simulate
broad classes of pathways of water through space, eg, overland flow, saturated groundwater …