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MISSIONS
SMOS product availability
+ NIR + Long LO + FTT LO + Electrical Stability LO + NIR + Long + FTT LO + Short LO + Long + Short Current
SMOS Objectives
SMOS Science The SMOS mission is a direct response to the current lack of global observations of soil moisture and ocean
ERS Radar Course 1
Therefore, microwaves easily penetrate clouds, and images can be acquired independently of the current weather conditions
Products Information
For an optimal exploitation of the current SMOS L2 data set V620 consult the read-me-first notes available for V620 soil
SMOS Overview
Mission Background The SMOS mission is a direct response to the current lack of global observations of soil moisture and
ATSR Products Information
ATSR Third Reprocessing Dataset Information Third Reprocessing products are still currently available on the NEODC archive
Multi Spectral Scanner (MSS) Processor Releases
GCP displacement B TM radiometric calibration Update to radiometric calibration strategy for TM reflective bands (Dark Current
Thematic Mapper (TM) Processor Releases
GCP displacement B TM radiometric calibration Update to radiometric calibration strategy for TM reflective bands (Dark Current
ERS Radar Course 2
Therefore, microwaves easily penetrate clouds, and images can be acquired independently of the current weather conditions
ERS Radar Course 3
Therefore, microwaves easily penetrate clouds, and images can be acquired independently of the current weather conditions
ATSR Overview
Applications KuroShio current captured by ERS The ATSR onboard the ERS missions had several applications spanning the disciplines
ERS Overview
global scale, the two ERS satellites expanded our understanding of the interaction between the oceans and atmosphere, ocean currents