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Each year, EUMETSAT opens up a limited number of fellowships for early-career scientists in order to engage the younger research community/promote the use of our satellite data.
How experts in Central and Eastern Europe are preparing for Meteosat Third Generation
How innovations in science and technology have driven Meteosat programmes to new heights.
EUMETSAT
2
https://www-cdn.eumetsat.int/files/2023-12/Atmospheric%20Motion%20Vectors%20IODC%20Release%201%20Product%20Users%20Guide.pdf
https://www-cdn.eumetsat.int/files/2020-04/pdf_image_20_en.pdf
Supporting UV forecasts with data from EUMETSAT’s Meteosat programme
Characterising the reddening effect on the lunar reflectance spectrum.
Cyclone expert Philippe Caroff explains the importance of the Indian Ocean Data Coverage service.
Geostationary satellites providing imagery for the early detection of severe weather.
Geostationary satellites providing imagery for the early detection of fast-developing severe weather, weather forecasting and climate monitoring.
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https://www-cdn.eumetsat.int/files/2020-04/pdf_report_ash_detection.pdf
Ageing satellite undergoes final tests before moving to the graveyard orbit
Training is key to enable meteorologists in Kenya to better predict high-impact storms.
Providing tools and analysis to support long-term, stable volcanic ash retrieval concepts.
Investigating AMV speed biases anomalies observed in the tropics and extratropics.
Using the Moon as a reference for long term stability assessment of optical sensors.
This study continued previous work to provide instantaneous retrievals of aerosol load from SEVIRI observations.
Hyperspectral missions have been providing key information to numerical weather prediction (NWP) for about two decades, e.g.
Studying the impact of undetected clouds on image navigation quality assessment.
Level 1 product monitoring/evolution studies: Geometrical quality assessment tool.
The MSG spacecraft have a number of support sub-systems.
19 May 2022
Meteosat-9 completes 79-day relocation to monitor Indian Ocean weather.
The purpose of this study was to develop a Deep Convective Cloud Reference Model to increase the capabilities of the current vicarious calibration system for reflective solar bands.
https://www-cdn.eumetsat.int/files/2023-12/Atmospheric%20Motion%20Vectors%20IODC%20Release%201%20Validation%20Report.pdf