Cover image for Spatial modelling of the terrestrial environment
Title:
Spatial modelling of the terrestrial environment
Publication Information:
West Sussex : John Wiley & Sons, 2004
ISBN:
9780470843482

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30000010048203 QE48.8 S62 2004 Open Access Book Book
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30000010068465 QE48.8 S62 2004 Open Access Book Book
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Summary

Summary

Understanding and predicting the behaviour of natural and human environmental systems is crucial for the effective management of the Earth's limited resources. Recently, great advances have been made through spatial modelling. This book provides a snapshot of the latest research in modelling technologies and methodologies within five environmental fields; the cryosphere, hydrology, geomorphology, vegetation interfaces and urban environments.

Spatial Modelling of the Terrestrial Environment deals with the use of remote sensing, numerical models and GIS in addressing important natural and human environmental sciences issues, focusing on the theory and application of modelling remotely sensed data within the context of environmental processes. Extensive case material exemplifies the latest research and modelling paradigms presented in the book.


Author Notes

Richard E. J. Kelly is the editor of Spatial Modelling of the Terrestrial Environment , published by Wiley.

Nicholas A. Drake is the editor of Spatial Modelling of the Terrestrial Environment , published by Wiley.

Stuart L. Barr is the editor of Spatial Modelling of the Terrestrial Environment , published by Wiley.


Table of Contents

List of Contributors
Preface
1 Spatial Modelling of the Terrestrial Environment: The Coupling of Remote Sensing with Spatial ModelsRichard E.J. Kelly and Nicholas A. Drake and Stuart L. Barr
Part I Hydrological Applications
Editorial: Spatial Modelling in HydrologyRichard E.J. Kelly
2 Modelling Ice Sheet Dynamics with the Aid of Satellite Derived TopographyJonathan L. Bamber
3 Using Remote Sensing and Spatial Models to Monitor Snow Depth and Snow Water EquivalentRichard E. J. Kelly and Alfred T. C. Chang and James L. Foster and Dorothy K. Hall
4 Using Coupled Land Surface and Microwave Emission Models to Address Issues in Satellite-Based Estimates of Soil MoistureEleanor J. Burke and R. Chawn Harlow and W. James Shuttleworth
5 Flood Inundation Modelling Using LiDAR and SAR DataP.D. Bates and M.S. Horritt and D. Cobby and D. Mason
Part II Terrestrial Sediment and Heat Flux Applications
Editorial: Terrestrial Sediment and Heat FluxesNicholas A. Drake
6 Remotely-Sensed Topographic Data for River Channel Research: The Identification, Explanation and Management of ErrorStuart N. Lane and Simon C. Reid and Richard M. Westaway and D. Murray Hicks
7 Modeling Wind Erosion and Dust Emission on Vegetated SurfacesG. S. Okin and D. A. Gillette
8 Near Real-Time Modelling of Regional Scale Soil Erosion Using AVHRR and METEOSAT Data: A Tool for Monitoring the Impact of Sediment Yield on the Biodiversity of Lake TanganyikaNicholas A. Drake and Xiaoyang Zhang and Elias Symeonakis and Martin Wooster and Graeme Patterson and Ross Bryant
9 Estimation of Energy Emissions, Fireline Intensity and Biomass Consumption in Wildland Fires: A Potential Approach Using Remotely Sensed Fire Radiative EnergyM.J. Wooster and G. Perry and B. Zhukov and D. Oertel
Part III Spatial Modelling Of Urban System Dynamics
Editorial: Spatial Modelling of Urban System DynamicsStuart L. Barr
10 Characterizing Land Use in Urban Systems via Built-Form Connectivity ModelsStuart L. Barr and Mike Barnsley
11 Modelling the Impact of Traffic Emissions on the Urban Environment:aA New Approach Using Remotely Sensed DataB.J. Devereux and L.S. Devereux and C. Lindsay
Part IV Current Challenges and Future Directions
12 Land, Water and Energy Data AssimilationDavid L. Toll and Paul R. Houser
13 Spatial Modelling of the Terrestrial Environment: OutlookRichard E.J. Kelly and Nicholas A. Drake and Stuart L. Barr
Index