Oil Spill Detection, Identification and Tracing provides readers with currently applicable technical methods, including early warning monitoring of trace oil film in ports, remote sensing monitoring of sea surface oil spills, and source tracing. Beginning with the causes and characteristics of oil spills on water, chapters then evaluate a range of different detection methods, including passive optical remote sensing, active optical remote sensing, marine radar, and GNSS-R. The book then reviews oil spill traceability technology, highlighting the ecological effect of oil spills on oceanic environment, current studies on oil spill fingerprinting, and the application of stable isotope technology in oil spill tracing.
The book concludes with three key case studies with real-world scenarios, making it a practical resource for students, researchers and engineers interested in oil spill pollution, environmental science and the marine environment.
1. 1. Introduction - p. 1 2. 2. Theoretical basis - p. 13 3. 3. Passive optical remote sensing technology for oil spill detection - p. 29 4. 4. Active optical remote sensing technology for oil spill detection - p. 63 5. 5. Oil spill detection based on marine radar - p. 97 6. 6. Oil spill detection based on SAR - p. 127 7. 7. Oil spill detection based on GNSS-R - p. 145 8. 8. Oil spill tracing technology - p. 161 9. 9. Case study: routine surveillance of the oil spills in coastal environment - p. 179 10. 10. Case study: Oil spill extraction in spaceborne dual-polarization SAR image - p. 193 11. 11. Case study: tracing illegal oil discharge from ships - p. 237 12. 12. Case study: remotely monitoring oil storage facilities - p. 249 13. 13. Case study: Oil spill tracing based on stable carbon isotope of petroleum hydrocarbons - p. 263 14. Index - p. 291
Oil Spill Detection, Identification and Tracing provides readers with currently applicable technical methods, including early warning monitoring of trace oil film in ports, remote sensing monitoring of sea surface oil spills, and source tracing. Beginning with the causes and characteristics of oil spills on water, chapters then evaluate a range of different detection methods, including passive optical remote sensing, active optical remote sensing, marine radar, and GNSS-R. The book then reviews oil spill traceability technology, highlighting the ecological effect of oil spills on oceanic environment, current studies on oil spill fingerprinting, and the application of stable isotope technology in oil spill tracing.
The book concludes with three key case studies with real-world scenarios, making it a practical resource for students, researchers and engineers interested in oil spill pollution, environmental science and the marine environment.
1. 1. Introduction - p. 1 2. 2. Theoretical basis - p. 13 3. 3. Passive optical remote sensing technology for oil spill detection - p. 29 4. 4. Active optical remote sensing technology for oil spill detection - p. 63 5. 5. Oil spill detection based on marine radar - p. 97 6. 6. Oil spill detection based on SAR - p. 127 7. 7. Oil spill detection based on GNSS-R - p. 145 8. 8. Oil spill tracing technology - p. 161 9. 9. Case study: routine surveillance of the oil spills in coastal environment - p. 179 10. 10. Case study: Oil spill extraction in spaceborne dual-polarization SAR image - p. 193 11. 11. Case study: tracing illegal oil discharge from ships - p. 237 12. 12. Case study: remotely monitoring oil storage facilities - p. 249 13. 13. Case study: Oil spill tracing based on stable carbon isotope of petroleum hydrocarbons - p. 263 14. Index - p. 291
