Central to CRESCENDO, CONSTRAIN, EUCP, CAFE, COMFORT, and IS-ENES3 — spanning Earth system models, climate projections, and sub-seasonal forecasting.
METEO-FRANCE
France's national meteorological service contributing weather prediction, climate modelling, and atmospheric monitoring expertise to European research consortia.
Their core work
Météo-France is France's national meteorological service, providing weather forecasting, climate modelling, and atmospheric research at both operational and scientific levels. In H2020, they contribute numerical weather prediction expertise, Earth system modelling capabilities, and climate projection services to European research consortia. They play a key role in Copernicus atmospheric monitoring, ocean-atmosphere coupling research, and aviation weather safety. Their work bridges operational meteorology with climate science, making research outputs usable for sectors from energy to agriculture to air traffic management.
What they specialise in
Contributed to MACC-III (Copernicus atmospheric monitoring), ERA-PLANET, LEMON (greenhouse gas lidar), and SCARBO (space carbon observation).
Participated in AtlantOS, MyOcean FO, TRIATLAS, MARmaED, and COMFORT — covering ocean observations, marine forecasting, and ecosystem dynamics.
Third-party contributor to multiple SESAR projects (PJ06, PJ07, PJ08, PJ09, PJ24, PJ04) plus EUNADICS-AV, SENS4ICE, and ICE GENESIS for icing hazards.
Participated in Smart4RES (renewable generation forecasting) and PROSNOW (snow prediction for alpine resorts), applying weather modelling to energy applications.
ESCAPE addressed exascale weather prediction algorithms; IS-ENES3 involves HPC infrastructure for Earth system modelling.
How they've shifted over time
In their early H2020 period (2014–2017), Météo-France focused on ocean observation systems, marine forecasting, and operational atmospheric monitoring (AtlantOS, MyOcean FO, MACC-III), alongside air traffic management weather services via SESAR projects. From 2018 onward, their work shifted decisively toward climate prediction and Earth system modelling — with projects like CONSTRAIN, CAFE, COMFORT, and IS-ENES3 emphasizing climate projections, extreme event prediction, and climate mitigation pathways. This evolution reflects a move from real-time operational services toward longer-horizon climate intelligence.
Météo-France is increasingly positioning itself as a climate prediction and mitigation research partner, moving beyond operational weather services toward actionable climate intelligence for policy and industry.
How they like to work
Météo-France overwhelmingly operates as a contributor rather than a leader — coordinating only 3 of 36 projects while serving as third party in 15. This reflects their role as a national infrastructure provider: consortia tap their weather models, computing resources, and observational data without requiring them to manage projects. With 456 unique partners across 51 countries, they are a highly connected hub, making them an easy organization to bring into a consortium for credibility and technical depth.
With 456 unique consortium partners across 51 countries, Météo-France has one of the broadest collaboration networks in European climate and weather research. Their connections span all of Europe plus international ocean and climate research institutions, reflecting their role in global programmes like Copernicus and WCRP.
What sets them apart
Météo-France is one of few European partners that combines operational weather forecasting infrastructure with deep climate research capability — they run production-grade numerical weather prediction systems AND contribute to frontier Earth system models. This dual nature means they can take climate science from theoretical modelling to operational services in ways that purely academic partners cannot. For consortium builders, they bring instant credibility, access to national observational networks, and supercomputing resources for atmospheric simulation.
Highlights from their portfolio
- PROSNOWOne of only 3 projects Météo-France coordinated — an unusual application of weather prediction to alpine ski resort snow management (EUR 517,500).
- CRESCENDOLargest single EC contribution (EUR 688,350) and a flagship Earth system modelling project running 6 years, central to their climate research identity.
- Smart4RESSignals their expansion into renewable energy — applying weather forecasting expertise to variable renewable generation integration (EUR 341,614).