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In situ-satellite match-ups of radiometric data are established in the turbid waters of the Yellow Sea and the East China Sea.Inherent optical properties(IOPs) are retrieved by match-up radiometric data and multi-band quasi-analytical algorithm(QAA).By comparing in situ spectra-retrieved IOPs with the satellite ones of moderate resolution imaging spectroradiometer(MODIS) and medium resolution imaging spectrometer(MERIS),the accuracy of satellite-derived IOPs is quantified.The median of the absolute percentage difference is found to be approximately 20%for the total absorption coefficient a_t(λ) at green and blue-green bands,and 30%for particulate material backscattering coefficient b_(bp)(λ) throughout the visible bands.The spatial pattern and temporal variability of IOPs along the eastern coast of China are clarified based on satellite images and the QAA model.
In situ-satellite match-ups of radiometric data are established in the turbid waters of the Yellow Sea and the East China Sea. Inherent optical properties (IOPs) are retrieved by match-up radiometric data and multi-band quasi-analytical algorithm (QAA ) 比 比 in situ spectra-retrieved IOPs with the satellite ones of moderate resolution imaging spectroradiometer (MODIS) and medium resolution imaging spectrometer (MERIS), the accuracy of satellite-derived IOPs is quantified.The median of the absolute percentage difference is found (λ) at green and blue-green bands, and 30% for particulate material backscattering coefficient b_ (bp) (λ) throughout the visible bands.The spatial pattern and temporal variability of IOPs along the eastern coast of China are clarified based on satellite images and the QAA model.