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- W2132388633 abstract "Abstract. The first products derived over France in 2010 from the L-band brightness temperatures (Tb) measured by the SMOS (Soil Moisture and Ocean Salinity) satellite, launched in November 2009, were compared with the surface soil moisture (SSM) estimates produced by the C-band Advanced Scatterometer, ASCAT, launched in 2006 on board METOP-A. SMOS and ASCAT SSM products were compared with the simulations of the ISBA-A-gs model and with in situ measurements from the SMOSMANIA network, including 21 stations located in southern France. ASCAT tended to correlate better than SMOS with ISBA-A-gs. The significant anomaly correlation coefficients between in situ observations and the SMOS (ASCAT) product ranged from 0.23 to 0.48 (0.35 to 0.96). However, in wet conditions, similar results between the two satellite products were found. An attempt was made to derive SSM from regressed empirical logarithmic equations using a combination of SMOS Tb at different incidence angles and different polarizations, and the Leaf Area Index (LAI) modeled by ISBA-A-gs. The analysis of the intercept coefficient of the regression showed an impact of topography. A similar analysis applied to ASCAT and SMOS SSM values showed a more limited impact of topography on the intercept coefficient of the SMOS SSM product, while fewer residual geographic patterns were found for the ASCAT SSM." @default.
- W2132388633 created "2016-06-24" @default.
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- W2132388633 date "2012-02-09" @default.
- W2132388633 modified "2023-10-13" @default.
- W2132388633 title "Comparing soil moisture retrievals from SMOS and ASCAT over France" @default.
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- W2132388633 cites W1973877061 @default.
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- W2132388633 cites W1982118872 @default.
- W2132388633 cites W1983201964 @default.
- W2132388633 cites W1988892808 @default.
- W2132388633 cites W1991609056 @default.
- W2132388633 cites W1995584319 @default.
- W2132388633 cites W1996786991 @default.
- W2132388633 cites W2003157639 @default.
- W2132388633 cites W2022271392 @default.
- W2132388633 cites W2024304768 @default.
- W2132388633 cites W2027900120 @default.
- W2132388633 cites W2033221642 @default.
- W2132388633 cites W2034956981 @default.
- W2132388633 cites W2036774006 @default.
- W2132388633 cites W2039363399 @default.
- W2132388633 cites W2044826415 @default.
- W2132388633 cites W2045931280 @default.
- W2132388633 cites W2049760535 @default.
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- W2132388633 cites W2064005663 @default.
- W2132388633 cites W2065109235 @default.
- W2132388633 cites W2067024147 @default.
- W2132388633 cites W2067386493 @default.
- W2132388633 cites W2069313066 @default.
- W2132388633 cites W2069414124 @default.
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- W2132388633 cites W2076759483 @default.
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- W2132388633 cites W2078561753 @default.
- W2132388633 cites W2078669597 @default.
- W2132388633 cites W2084273925 @default.
- W2132388633 cites W2092673956 @default.
- W2132388633 cites W2094343246 @default.
- W2132388633 cites W2096569581 @default.
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- W2132388633 cites W2135437746 @default.
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- W2132388633 cites W2139327030 @default.
- W2132388633 cites W2140500735 @default.
- W2132388633 cites W2147241431 @default.
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- W2132388633 doi "https://doi.org/10.5194/hess-16-423-2012" @default.
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