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2024
2023
2022
2014
Webinar - 26 January 2023
EUMETSAT has been monitoring weather and climate from space for decades.
Online: 31 May 2023, 12:00-14:30 UTC
Online course to help visualise coming MTG data, 31 May 2023.
Comparing data from ISS-LIS with various ground-based lightning detection systems.
The data provided by Meteosat second generation can be accessed in various ways.
Comparing measurement from the European Lightning Mapping Arrays and the Lightning Imaging Sensor flying on the International Space Station.
MTG will provide more information to weather forecasters – and more frequently.
The Meteosat second generation satellites carry two main instruments.
Guidance for using simulated data for Meteosat Third Generation FCI data.
Characterising the reddening effect on the lunar reflectance spectrum.
This study focuses on the generation of proxy data for two MTG payloads, FCI and IRS.
The Central Facility is responsible for the generation of level 1 data and level 2 products.
Historical geostationary satellite data from 1977 to 2017.
Darmstadt, Germany, 23-25 January
Workshop to discuss the status and use of MTG data for integrated nowcasting tools
Study to engineer a method aimed at assessing the sensing sensitivity of MTG-IRS at high scanning angles.
Watching our Earth from 36,000km.
Desert dust particles are lifted into the atmosphere by gusts of surface wind and can be transported and deposited thousands of kilometres away.
The Infrared Sounder will allow for improved warnings about the location of storms.
MTG’s instruments will observe the full life cycle of storms.
LI MAG meeting, 22 January 2024.
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.
Study in preparation for MTG-IRS in NWP using GIIRS observations.