Toward high latitude areas (1/2) : Finnish Meteorological...
SMOS was originally designed to measure ocean salinity and soil moisture / vegetation optical depth from space. Over time its […]
Proposal for FANTASIOR accepted !
CNES R&T proposal for the Flexible ANTenna Array for Synthesis Imaging in Observational Radiometry has been validated ! Behind the […]
Cave art and climate: how satellites and chaos theory cou...
© Museum of Altamira and Cave of Altamira, Spanish Ministry of Culture and Sport. Photographer P Saura Tracking the cave […]
Deep learning – a new potential tool for image reco...
How can brightness temperatures be reconstructed from the signals received by antenna arrays (as in the case of SMOS) ? […]
Happy International Forests Day !
Today is March 21, a date proclaimed by the United Nations to celebrate and raise awareness about the importance of […]
Estimating the above-ground biomass : a new method using ...
Monitoring above-ground biomass (AGB) on Earth is essential to track the evolution of carbon stocks, and the use of […]
Image reconstruction using Deep Learning techniques
Antenna arrays such as SMOS use a technique known as aperture synthesis to increase the spatial resolution of the brightness […]
PhD Thesis opportunity
Contribution of L-band remote sensing to the study of the hydric state of the vegetation and biomass monitoring Application […]
SMOS data is now integrated into ECMWF’s forecasting system!
Great news! As of last Monday (June 11, 2019) the European Centre for Medium range Weather Forecast (ECMWF) is using […]