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Providing simulations of geostationary top of atmosphere (TOA) radiances to EUMETSAT at high spectral resolution.
Desert dust particles are lifted into the atmosphere by gusts of surface wind and can be transported and deposited thousands of kilometres away.
The Meteosat second generation satellites carry two main instruments.
MTG’s instruments will observe the full life cycle of storms.
Study to engineer a method aimed at assessing the sensing sensitivity of MTG-IRS at high scanning angles.
EUMETSAT
2
https://www-cdn.eumetsat.int/files/2023-12/Atmospheric%20Motion%20Vectors%20IODC%20Release%201%20Product%20Users%20Guide.pdf
MTG will provide more information to weather forecasters – and more frequently.
The Central Facility is responsible for the generation of level 1 data and level 2 products.
Study in preparation for MTG-IRS in NWP using GIIRS observations.
Hyperspectral missions have been providing key information to numerical weather prediction (NWP) for about two decades, e.g.
Guidance for using simulated data for Meteosat Third Generation FCI data.
https://www-cdn.eumetsat.int/files/2024-02/10%20-%20Braesicke%20-%20IMK-ASF_Introduction.pdf