IGARSS 2007 IEEE INTERNATIONAL GEOSCIENCE AND REMOTE SENSING SYMPOSIUM, VOLS 1-12 SENSING AND UNDERSTANDING OUR PLANET(2007)
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摘要
We present the WindSat land algorithm that retrieves global soil moisture and vegetation water content simultaneously using the physically-based multi-channel maximum-likelihood estimation. The retrieval results agree well with soil moisture climatology, in-situ observations, precipitation patterns and the AVHRR vegetation data, potentially satisfying soil moisture science requirements of 6% under low to moderate vegetation conditions.
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关键词
maximum likelihood estimation,moisture,remote sensing,soil,vegetation,AVHRR vegetation data,WindSat,algorithm validation,maximum likelihood estimation,soil moisture algorithm,vegetation water content