Remote Sensing Of Vegetation: Principles, Techniques, And Applications / Edition 1

Remote sensing is becoming an increasingly important tool for agriculturalists, ecologists, and land managers for the study of Earth's agricultural and natural vegetation, and can be applied to further our understanding of key environmental issues, including climate change and ecosystem management.

This timely introduction offers an accessible yet rigorous treatment of the basics of remote sensing at all scales, illustrating its practical application to the study of vegetation. Despite a quantitative approach, the advanced mathematics and complex models common in modern remote sensing literature is demystified through clear explanations that emphasise the key underlying principles, and the core physical aspects are explained in the biological context of vegetation and its adaptation to its specific environment.

Various techniques and instruments are addressed, making this a valuable source of reference, and the advantages and disadvantages of these are further illustrated through worked examples and case studies.

DT Rigorous physical and mathematical principles presented in a way readily understood by those without a strong mathematical background

DT Boxes throughout summarize key information and concepts

DT The student is directed to carefully chosen further reading articles, allowing them to explore key topics in more detail

Online Resource Centre The Online Resource Centre to accompany Remote Sensing of Vegetation features:

For Students:
DT Links to useful websites

For lecturers:
DT Figures from the book in electronic format, ready to download

Biography

Hamlyn G. Jones has been Professor of Plant Ecology at the University of Dundee since 1997, where his current research concentrates on aspects of micrometeorology and plant interactions with their environment (especially their responses and adaptations to environmental stresses). A major part of this work involves the development of remote sensing approaches to the study of energy and mass exchange by plant canopies, and the remote study of canopy structure.
He has published a major text on 'Plants and microclimate', together with four jointly edited proceedings and over 110 articles in refereed journals.

Robin Vaughan moved to the University of Dundee in 1965 as a solid state physicist and in 1991 was appointed senior lecturer in the Electronic Engineering and Physics Division. In 1995 he was elected a Fellow of the Remote sensing Society. He has written numerous books and articles and is now course director of the Dundee MSc course on Remote Sensing, Image Processing and Applications

About The Author:

Hamlyn G. Jones has been Professor of Plant Ecology at the University of Dundee since 1997, where his current research concentrates on aspects of micrometeorology and plant interactions with their environment (especially their responses and adaptations to environmental stresses). A major part of this work involves the development of remote sensing approaches to the study of energy and mass exchange by plant canopies, and the remote study of canopy structure.
He has published a major text on 'Plants and microclimate', together with four jointly edited proceedings and over 110 articles in refereed journals.

Robin Vaughan moved to the University of Dundee in 1965 as a solid state physicist and in 1991 was appointed senior lecturer in the Electronic Engineering and Physics Division. In 1995 he was elected a Fellow of the Remote sensing Society. He has written numerous books and articles and is now course director of the Dundee MSc course on Remote Sensing, Image Processing and Applications.

Table Of Contents:

Preface
List of symbols and abbreviations
1. Introduction
2. Basics of radiation physics for remote sensing of vegetation
3. Radiative properties of vegetation, soils and water
4. Plant and canopy function
5. Earth observation systems
6. Preparation and manipulation of data
7. Spectral sensing of vegetation properties
8. Multiangular sensing of vegetation structure and modelling of radiation transfer properties
9. Remote sensing of canopy mass and heat exchange
10. Sampling, error and scaling
11. Integrated applications
References
Useful websites
Appendices
Answers to sample questions
Index

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Remote Sensing of Vegetation