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The EPS-SG ground segment will support the ground functions required to meet the EPS-SG missions objectives.
Studying the optical missions METimage and 3MI and the generation of appropriate test data.
Presentation by Mario Papa, Department of Information Engineering, Electronics and Telecommunications, Sapienza University of Rome.
Geolocation Assessment/validation Methods for EPS-SG ICI and MWI (GAMES) study development and implementation.
Establishing the basis of an operational algorithm for the retrieval of CTP from the METimage imager Oxygen A-band channels.
Optimal interpolation of Level 1 observations of EPS-SG MWI and ICI for Level 2 processing.
Science plans for the future missions - EUMETSAT Polar System-Second Generation and Meteosat Third Generation.
How to extend the currently existing single scattering properties databases for frozen hydrometeors.
Providing support to the development of cloud property retrieval algorithms from the 3MI instrument on EPS-SG.
The level 1C algorithm will produce a geo-projected and re-gridded 3MI product.
This study provided support for the definition of an algorithm baseline for 3MI.
Optimising the GRASP algorithm for 3MI L2 aerosol retrieval.
Observations from space offer a powerful tool for the study of the interaction between clouds and radiation and for the retrieval of cloud properties.
Assessment of the impact and further development of the assimilation strategy of Metop ASCAT products at ECMWF.
SEDOS is developing a prototype processor for generation of snow extent products from Metop-SG/METimage.
This study aims to investigate how alternative scatterometer observations to the currently used wind vectors can be assimilated in NWP.
Advancing the understanding of C-band scatterometer retrievals in cases of high and extreme winds.