A comprehensive manual exploring radiometry methodologies and principles used with satellite-, radiometer- and thermal-camera data, for academic researchers and graduate students.
A comprehensive manual exploring radiometry methodologies and principles used with satellite-, radiometer- and thermal-camera data, for academic researchers and graduate students.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Andrew Harris is a professor at Université Blaise Pascal (Clermont Ferrand, France) and holder of the Chaire d'Excellence for the Auvergne region. He is a member of the Remote Sensing Society, IAVCEI and AGU and has worked with a variety of ground- and satellite-based thermal data sets, having deployed experiments at active volcanoes in Africa, Europe, Central America, South America and Hawaii. Dr Harris has published over 130 publications in international scientific journals dedicated to thermal remote sensing and volcanology. His work has been recognised by several awards, including IAVCEI's Wager medal (2004) and the University of Hawai'i Regents' Medals for both excellence in research (2003) and teaching (2005).
Inhaltsangabe
Preface: background, motivation and essential definitions Acknowledgements 1. History of thermal remote sensing of active volcanism 2. Thermal remote sensing of active volcanism: principles 3. Satellite orbits and sensor resolution 4. The mixed pixel, the dual-band technique, heat loss and volume flux 5. Hot spot detection 6. Mapping, classification, time series and profiles 7. Broad-band radiometers: instrumentation and application 8. Broad-band radiometers: data collection and analysis principles 9. Broad-band thermal imaging cameras Appendix A. Collation and summary of satellite-volcano radiometry: a literature database Appendix B. Estimation of solar zenith angle and contribution of reflected radiation to at-satellite radiance Appendix C. TM-Class sensors Appendix D. AVHRR-Class sensors Appendix E. GOES-Class sensors Appendix F. Scan and satellite location geometry Appendix G. Hot spot detection example Appendix H. Optical pyrometers References Index.
Preface: background, motivation and essential definitions Acknowledgements 1. History of thermal remote sensing of active volcanism 2. Thermal remote sensing of active volcanism: principles 3. Satellite orbits and sensor resolution 4. The mixed pixel, the dual-band technique, heat loss and volume flux 5. Hot spot detection 6. Mapping, classification, time series and profiles 7. Broad-band radiometers: instrumentation and application 8. Broad-band radiometers: data collection and analysis principles 9. Broad-band thermal imaging cameras Appendix A. Collation and summary of satellite-volcano radiometry: a literature database Appendix B. Estimation of solar zenith angle and contribution of reflected radiation to at-satellite radiance Appendix C. TM-Class sensors Appendix D. AVHRR-Class sensors Appendix E. GOES-Class sensors Appendix F. Scan and satellite location geometry Appendix G. Hot spot detection example Appendix H. Optical pyrometers References Index.
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