The new edition of the bestselling Remote Sensing for Geoscientists: Image Analysis and Integration expands the scope of remote sensing to cover image systems that did not exist 10 years ago when the third edition was published. It is thoroughly updated and provides examples of new capabilities using Google Earth(c) and various apps.
The new edition of the bestselling Remote Sensing for Geoscientists: Image Analysis and Integration expands the scope of remote sensing to cover image systems that did not exist 10 years ago when the third edition was published. It is thoroughly updated and provides examples of new capabilities using Google Earth(c) and various apps.
Gary L. Prost obtained his BSc in Geology from Northern Arizona University and a MSc and PhD Geology from Colorado School of Mines. He worked over 40 years in the minerals and energy industries for the U.S. Geological Survey, The Superior Oil (and Minerals) Company, Amoco Production Company, Shell Oil, Gulf Canada, and ConocoPhillips Canada. His remote sensing experience includes over 20 years spent in mineral and energy exploration, environmental monitoring, and geologic and hazards mapping in over 30 countries. He has written a geologic handbook for the general public and has published a series on self-guided geologic tours of the world. Now retired, Dr. Prost leads geologic tours for the public and professionals and is dedicated to making geology accessible to the average person.
Inhaltsangabe
Section 1: Initiating Projects. 1. Project Flow and Obtaining Data. 2. Photointerpretation Tools and Techniques. 3. Remote Sensing Systems. Section 2: Remote Sensing in Geological Mapping and Resource Exploration. 4. Recognizing Rock Types. 5. Recognizing Structure. 6. Stratigraphic and Compositional Mapping. 7. Remote Geochemistry. 8. Modern Analogs. 9. Remote Sensing in Petroleum Exploration. 10. Remote Sensing in Mineral Exploration. Section 3: Exploitation, Hydrologic, and Engineering Remote Sensing. 11. Remote Sensing in Resource Exploration Projects. 12. Hydrology. 13. Logistics and Engineering. Section 4: Environmental Remote Sensing. 14. Environmental Baselines and Monitoring. 15. Geobotanical Remote Sensing. 16. Natural Disasters, Environmental Hazards, and Global Warming. Section 5: Astrogeology. 17. Mapping Planetary Structure. 18. Planetary Geologic Processes, Composition, and Stratigraphy. 19. Planetary Resources. Section 6: Remote Sensing, Geoscience, and Society. 20. Public Relations, the Media, and the Law. 21. Geographic Information Systems and Online Remote Sensing Resources. 22. Military and Clandestine Geologic Remote Sensing. 23. Geologic Remote Sensing in the Age of Google Earth. 24. Closing Thoughts.
