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Library | Item Barcode | Call Number | Material Type | Item Category 1 | Status |
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Searching... | 30000010167525 | GB656.2.H9 M624 2001 | Open Access Book | Book | Searching... |
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Summary
Summary
Validation is a central issue to future model design in environmental science. This book is the first to provide a critical appraisal of today's validation needs, capabilities, and required changes in philosophy. It takes examples from four different scales: hillslope and river channel, catchment, regional, and global.
This timely book offers unique, multifaceted coverage of model validation in hydrological science today. Topics covered include calibration procedures, data assimilation, scaling, critical future need in validation, and evidence of field data.
* State-of-the-art research book on an important new topic
* End-of-section discussion chapters written by leading international researchers
Author Notes
Malcolm G. Anderson, is founder and Editor-in-Chief of Hydrological Processes, the international research journal published by Wiley. Professor Anderson has longstanding research interests in the fields of numerical hydrology and geotechnical model development for landslide prediction. He has held full year appointments as a Senior Research Hydrologist, for the U.S. Corps Engineers Waterways Experiment Station, USA and the Geotechnical Control Office, Hong Kong.
Table of Contents
List of contributors | p. ix |
Chapter 1 Hydrological Science: Model Credibility and Scientific Integrity | p. 1 |
Chapter 2 Kinds of Models | p. 11 |
Chapter 3 Philosophical Issues in Model Assessment | p. 23 |
Chapter 4 Calibration, Validation and Equifinality in Hydrological Modelling: a Continuing Discussion... | p. 43 |
Chapter 5 Models in the Courtroom | p. 57 |
Chapter 6 On Simulation, Calibration and Ill-conditioning with Application to Environmental System Modelling | p. 77 |
Chapter 7 Data-Based Mechanistic Modelling and Validation of Rainfall-Flow Processes | p. 117 |
Chapter 8 The Use of Remote Sensing to Validate Hydrological Models | p. 163 |
Chapter 9 Soil Water Relations | p. 195 |
Chapter 10 A Hydromechanical Approach to Preferential Flow | p. 233 |
Chapter 11 Validation of Snow Models | p. 261 |
Chapter 12 Groundwater | p. 293 |
Chapter 13 Validation of Hydraulic Models | p. 325 |
Chapter 14 Modelling Water Quality Processes in Riverine Systems | p. 357 |
Chapter 15 Modelling Sediment Entrainment into Suspension, Transport and Deposition in Rivers | p. 389 |
Chapter 16 The 'Validation' of Hydrodynamic Models: Some Critical Perspectives | p. 413 |
Chapter 17 The Validation of Ice-sheet Models | p. 439 |
Chapter 18 Discussion of Model Validation in Relation to the Regional and Global Scale | p. 461 |
Author Index | p. 485 |
Subject Index | p. 494 |