Core contributor across MACC-III (atmospheric composition), ACTRIS-2 (aerosols and trace gases), RINGO (ICOS greenhouse gas observations), and CoCO2 (CO2 monitoring prototype).
DEUTSCHER WETTERDIENST
Germany's national meteorological service contributing operational weather data, climate monitoring, and atmospheric observation to European research infrastructure projects.
Their core work
Germany's national meteorological service, DWD provides weather forecasting, climate monitoring, and atmospheric composition analysis for public safety, aviation, and environmental policy. Within EU research, they contribute operational weather and climate data infrastructure, high-performance computing expertise for weather prediction models, and ground-truth observational capabilities. They serve as a critical data provider and validation partner in projects building European-scale environmental monitoring systems, particularly for greenhouse gas tracking and earth observation services.
What they specialise in
Active in e-shape (EuroGEO showcases for earth observation applications) and CoCO2 (Copernicus CO2 service), both focused on turning satellite data into usable services.
Participated in ESCAPE (exascale algorithms for weather prediction) and ESiWACE (simulation excellence for weather and climate), both targeting next-generation computational methods.
Contributed to RINGO (readiness of ICOS research infrastructure) and ACTRIS-2, both tied to pan-European ESFRI-listed observation networks.
CoCO2 (2021-2023) focuses on building a prototype Copernicus CO2 monitoring service — a policy-critical capability for tracking national emissions commitments.
How they've shifted over time
In the early H2020 period (2014-2018), DWD focused on computational infrastructure — weather prediction algorithms, exascale computing, and atmospheric measurement networks (ACTRIS-2, ESCAPE, ESiWACE). From 2019 onward, their focus shifted decisively toward applied earth observation services and CO2 monitoring, with projects like e-shape (user uptake, co-design, downstream services) and CoCO2 (anthropogenic emissions tracking). The trajectory shows a move from building and running measurement systems to making that data actionable for policy and end-users.
DWD is moving from backend infrastructure toward user-facing environmental monitoring services, particularly CO2 and emissions tracking under Copernicus — a domain with growing policy urgency and funding.
How they like to work
DWD operates exclusively as a participant or third party — they have never coordinated an H2020 project, which is typical for national meteorological services that contribute domain data and operational expertise rather than driving research agendas. They work in large consortia (244 unique partners across 38 countries), indicating they are a trusted, low-friction partner that integrates well into complex multi-institutional projects. Their modest average funding (EUR 124K) confirms their role as a specialized contributor rather than a work-package lead.
DWD has collaborated with 244 unique partners across 38 countries, reflecting exceptionally broad European and global reach for an organization of its project count. This wide network stems from participation in large-scale infrastructure and coordination projects that bring together dozens of national weather services, research institutes, and space agencies.
What sets them apart
As Germany's national weather service, DWD brings something few research partners can: operational-grade meteorological and climate data at national scale, with decades of continuous observation records. They bridge the gap between pure research and operational services, making them ideal for projects that need real-world validation of atmospheric models or monitoring systems. For any consortium building a European environmental monitoring service, DWD is one of the essential national nodes.
Highlights from their portfolio
- e-shapeLargest EC contribution (EUR 232K) and most recent full project, focused on turning European earth observation into practical applications — signals DWD's strategic direction.
- CoCO2Prototype for the Copernicus CO2 monitoring service — a politically high-profile system for verifying national emissions pledges under the Paris Agreement.
- ESCAPEAddressed the fundamental computational challenge of running weather models on next-generation exascale supercomputers — core to DWD's operational mission.