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Table of contents
- Contentsv
- Preface1
- Section 1 – Invited5
- Chapter 1. The COSPAR Colloquium on Space Remote Sensing of Subtropical Ocean7
- Chapter 2. Three Decades of Satellite Oceanography: The View from on High11
- Chapter 3. The Advances of Satellite Remote Sensing for the Earth Environment – Determination of C21
- Chapter 4. ROCSAT-1 Space Program35
- Section 2 – Programs43
- Chapter 5. German Program for Ocean Remote Sensing45
- Chapter 6. Indian Satellite Programme55
- Chapter 7. ADEOS/OCTS Mission, Operation Status and Science63
- Chapter 8. OCISAT – A Micro Satellite Ocean Color Imaging Mission69
- Chapter 9. Possible Infrastructure in the Developing Countries to Help their COSPAR Members81
- Section 3 – Atmosphere87
- Chapter 10. Analyses of 1994 Typhoons in the Taiwan Region Using Satellite Data89
- Chapter 11. IRVIS Application on Monitoring and for Casting Deep Convection and Convective Potential97
- Chapter 12. Comparing NOAA- 12 and Radiosonde Atmospheric Sounding Profiles for Mesoscale Weather Mo103
- Section 4 – Air-Sea111
- Chapter 13. The Spaceborne Scatterometer in Studies of Atmospheric and Oceanic Phenomena from Synopt113
- Chapter 14. Sensible Heat Flux Estimated by using Satellite Data over the North Pacific127
- Chapter 15. Surface "Roughness" of the Oceanic Frontal Zones, with Application to Radar Observations137
- Chapter 16. Estimation of the Spatial Distribution of Ocean Surface and Atmospheric Parameters from143
- Section 5 – Color155
- Chapter 17. Contribution of the Subtropical Oceans to Global Primary Production157
- Chapter 18. Factors to be Considered in Securing the Quality of Atmospheric Correction of Satellite169
- Chapter 19. The Relationship Between Surface Chlorophyll a and Biogenic Matter in the Euphotic Zone175
- Chapter 20. The Anisotropic Nature of the Water-Leaving Radiance Field and its Consequence in the Re179
- Chapter 21. Regional Challenges for Development of Satellite Ocean Color Algorithms183
- Chapter 22. Optical Model of Ocean Remote Sensing: Application to Ocean Color Algorithm Development191
- Chapter 23. Statistical Approach to the Atmospheric Correction of Satellite Ocean Color Data199
- Section 6 – Oceanographic207
- Chapter 24. Preliminary Result of Ocean Tide Estimation over the Western Pacific using Topex/Poseido209
- Chapter 25. An Bathymetric Algorithm of Water-Leaving Radiances in Aviris221
- Chapter 26. Generalized Grazing Kinetics by Marine Zooplankton229
- Chapter 27. Ocean Wave Detection by SAR235
- Section 7 – Application239
- Chapter 28. Relationship Between Oceanographic Patterns and Larval Anchovy Production in Coastal Wat241
- Chapter 29. A University Ground Station Facility for Microsatellite Tracking and Data Receiving247
- Chapter 30. Search of Ocean Convergence Zones via the Observation of Whitecap Coverage Application t255
- Chapter 31. Application of NOAA/AVHRR Data in Environmental Monitoring261
- Author Index265
- Vendor Elsevier S & T
- SKU 9780080428505
- ISBN-13 9780080541501
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Included are contributions addressing the issue, from scientific points of views, of why the first scientific satellite of Taiwan, ROCSAT-1, should be equipped with the Ocean Colour Imager (OCI) for oceanographic investigations.
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