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Full Description
There have been numerous advances in Thermal Infrared Sensor (TIRS), analytical techniques, and applications in recent years. A number of new satellite platforms have launched with TIR capabilities, and others will be ready for launch in the near future. This book builds upon the book Thermal Remote Sensing in Land Surface Processing and provides new and updated information on thermal remote sensing satellite and aircraft borne sensors. It includes examples of new analysis and modeling techniques, applications on land and water bodies, provides insight into what TIR sensors will be coming in the near future, and includes an open source/digital format with additional interactive materials in each chapter.
Features
Highlights the latest and updated information on TIR (thermal infrared remote sensing) sensors and future sensors.
Explains new and updated TIRS analytical techniques.
Focuses on new modeling techniques to derive land and water surface processes information from TIRS data.
Includes relevant and updated examples of applications of TIRS data to land surface and water body processes.
Provides examples of linkage of TIRS data with hyperspectral and other remote sensing datasets.
This book is for professionals, academics, and students who are part of Remote Sensing and Geospatial community, Environmental Science community, Geographers, Ecologists, Spatial statisticians, and all involved in quantitative analysis. It is also an excellent resource for upper-level undergraduate and graduate students taking courses in photogrammetry and image processing in information science and engineering.
Contents
1. Introduction. 2. Fundamentals of Thermal Infrared Remote Sensing. 3. History of TIR Global Imagers. 4. Current and Future High-Resolution Multi-Channel Thermal Imagers. 5. Data Discovery and Access. 6. Energy Drives Terrestrial Ecosystems: How it Works, Monitoring, and Tools for the Next Generation. 7. Wildfires: TIR for Monitoring Active Fires, Pre-Fire Fuels, and Post-Fire Recovery. 8. The Role of Evaporative Stress Index (ESI) in Pre- and Post-Fire Situational Awareness. 9. Mapping Surface Mineralogy with Thermal Infrared Multispectral Data. 10. Monitoring Volcanoes with Multispectral Thermal Infrared Imaging. 11. TIR Data for Quantification and Analysis of Land: Atmosphere Interactions in Urban Environments. 12. High-Resolution Thermal Remote Sensing for Urban Environments. 13. Leveraging Thermal Infra-Red Satellite Data for Public Health Applications. 14. High Resolution Thermal Remote Sensing in Marine and Freshwater Environments: State of Knowledge, Instrumentation Needs, and Implications for Future Studies.
