Core contributor to CRESCENDO, STERCP, COCLIMAT, and C4T — spanning climate predictions, Earth system modelling, carbon cycle reconstruction, and climate sensitivity research.
UNIVERSITETET I BERGEN
Major Norwegian research university leading in climate modelling, marine science, and European research data infrastructure across 170 H2020 projects.
Their core work
University of Bergen is a major Norwegian research university with deep expertise in climate science, marine ecosystems, and Earth system modelling. They develop and run climate prediction models, study ocean biogeochemistry and Arctic environments, and operate key European research infrastructures for environmental and life science data. Their work spans from fundamental ERC-funded research on climate feedbacks and carbon cycles to applied projects on fisheries management, aquaculture health, and environmental monitoring of carbon capture and storage.
What they specialise in
Deeply involved in AtlantOS (ocean observing), INMARE (marine enzymes), MARmaED (marine ecosystem dynamics), ParaFishControl (aquaculture parasitology), and multiple marine biology infrastructure projects like EMBRIC and pp2EMBRC.
Active in EPOS IP, ELIXIR-EXCELERATE, AIDA-2020, and multiple infrastructure projects; recent keywords show strong pivot toward FAIR data principles, interoperability, and access provision.
Contributes to clinical and translational health projects including ALEC (lung disease cohorts), CoCA (ADHD comorbidities), AML-VACCiN (leukaemia immunotherapy), ULTRADIAN (hormone diagnostics), and SELFIE (integrated care models).
Recent keyword cluster shows machine learning, LiDAR, mass spectrometry, and modelling converging — indicating growing computational and data-driven approaches applied to their traditional environmental science strengths.
Keywords include Arctic, climate feedbacks, and biogeochemistry; Bergen's geographic position and institutional strength make it a natural hub for Arctic environmental research.
How they've shifted over time
In the early H2020 period (2015–2018), UiB focused heavily on ocean observation systems, marine genomics, ecosystem dynamics, and foundational climate science — reflecting their traditional strengths as a coastal Norwegian university. From 2019 onward, a clear shift emerged toward co-creation and co-design methodologies, FAIR data principles, research infrastructure governance, and the integration of machine learning into Earth system modelling. This evolution signals a university moving from being primarily a domain science contributor to becoming a leader in how research infrastructure and open data practices are organized across Europe.
UiB is positioning itself as a bridge between environmental domain science and digital research infrastructure, making them an increasingly valuable partner for projects requiring both scientific depth and open-data architecture.
How they like to work
UiB operates as both a frequent coordinator (64 of 170 projects, 38%) and a trusted consortium partner, reflecting a university confident in leading but equally comfortable contributing specialist knowledge. With 1,241 unique partners across 69 countries, they function as a genuine hub in the European research landscape — not relying on a small circle of repeat collaborators but connecting broadly. Their strong ERC portfolio (11 Consolidator Grants) shows they attract top individual researchers who then pull in diverse consortium partners.
UiB has collaborated with 1,241 distinct organizations across 69 countries, making them one of the most networked universities in Northern Europe. Their partnerships span from Nordic neighbours to global ocean and climate science networks, with particularly strong ties across EU member states and Arctic-region institutions.
What sets them apart
UiB sits at the intersection of deep ocean/climate science and modern research data infrastructure — a rare combination. While many universities contribute to either environmental science OR digital infrastructure, Bergen does both and increasingly connects them through FAIR data and machine learning. Their coastal Norwegian location gives them privileged access to Arctic and North Atlantic research domains that few European universities can match, making them indispensable for projects requiring both physical proximity to these environments and world-class analytical capability.
Highlights from their portfolio
- ULTRADIANCoordinator of a EUR 2M ERC project on dynamic hormone diagnostics — their highest-funded single project and an example of UiB leading ambitious biomedical research.
- STERCPCoordinator of a EUR 2M project on synchronisation methods to improve climate prediction reliability — directly at the core of their climate modelling expertise.
- AtlantOSMajor participant in the integrated Atlantic Ocean observing system — exemplifies their role connecting ocean observation, sensor networks, and ecosystem modelling at scale.