Improving how we measure Antarctic sea ice
QUASAR uses AI to improve Antarctic sea ice measurements from satellites, making climate data more reliable for scientists tracking changes in polar regions.
Andreas Cziferszky
Geospatial Systems Architect
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Read more of: Improving how we measure Antarctic sea ice
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Zavodovski Expedition
Read more of: Zavodovski ExpeditionThe first comprehensive scientific survey of Zavodovski Island, home to the world’s largest penguin colony.
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Uniting Arctic climate observation systems
Read more of: Uniting Arctic climate observation systemsArctic PASSION brought together international partners, including Indigenous and local communities, to improve how we monitor the rapidly changing Arctic and make environmental data freely available to those who need it.
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Polar Ice
Read more of: Polar IceThe aim of this project is to develop a next generation sea ice information service by integrating and building on a wide range of European and national funded activities which incorporate many of the required components.
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Polar Thematic Exploitation Platform
Read more of: Polar Thematic Exploitation PlatformPolar TEP provides polar researchers with access to computing resources, earth observation and other data, and software tools in the cloud.
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EC Copernicus Marine Environment Monitoring Service
Read more of: EC Copernicus Marine Environment Monitoring ServiceThe Copernicus marine environment monitoring service provides regular and systematic reference information on the state of the physical oceans and regional seas.
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Improving shipping safety in the Arctic
Read more of: Improving shipping safety in the ArcticOptimising situational awareness in the Arctic through integrated space technologies
