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ELABORATION OF PROCEDURE FOR OCEAN WATER MAIN PRIMARY FEATURES CONCENTRATIONS RETRIEVAL FROM OCEAN COLOR REMOTE SENSING DATA
EP23111
Poster Title: ELABORATION OF PROCEDURE FOR OCEAN WATER MAIN PRIMARY FEATURES CONCENTRATIONS RETRIEVAL FROM OCEAN COLOR REMOTE SENSING DATA
Submitted on 16 Jun 2015
Author(s): Igor E. Stepochkin; Pavel A. Salyuk
Affiliations: Maritime State University n.a. adm. G.I. Nevelskoy; V.I. Il'ichev Pacific Oceanological Institute
This poster was presented at International Ocean Color Science Meeting
Poster Views: 1,225
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Poster Information
Abstract: The study was carried out on water areas of the Japan Sea, East China Sea, Okhotsk Sea, Barents Sea, Chukchi Sea in waters of various optical types during 2009-2013. Basing on a collected array of field data, the research group devised the technique for tuning of regional empirical algorithms for chlorophyll-a and CDOM concentrations retrieval, taking into account the distinction of their contributions into ocean color. Most suitable spectral channels for modern ocean color satellite scanners also were defined. At the same time, concentrations of a chlorophyll-a and CDOM were retrieved using of model for remote sensing reflectance. Then comparison of efficiency for both approaches was carried out.Summary: Methods of empirical determination of chlorophyll-a and CDOM concentrations from hyperspectral ocean color data in case of various ratios between concentrations of a chlorophyll-a and CDOM are considered. References: 1. Ocean Color Web. http://oceancolor.gsfc.nasa.gov/
2. Mueller J.L. et al. Ocean optics protocols for satellite ocean color Sensor validation // Radiometric Measurem. and Data Analysis Protocols. 2003. Rev. 4. V. 4. 78 p
3. Salyuk, Pavel A., et al. "Tuning of hyperspectral bio-optical algorithms in the Peter the Great Bay." SPIE Asia-Pacific Remote Sensing. International Society for Optics and Photonics, 2010.
4. Lee Z.P et al. Method to derive ocean absorption coefficients from remote-sensing reflectance // Applied Optics. - 1996.-V.35.-P.453-462.
5. Smith R.C et al. Optical properties of the clearest natural waters // Applied Optics. – 1981.-V.20.-P.177 – 184.
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