Core contributor to FarFish (results-based fisheries management), MEESO and SUMMER (mesopelagic fisheries), and EATFISH (aquaculture training).
HAFRANNSOKNASTOFNUN, RANNSOKNA- OG RADGJAFARSTOFNUN HAFS OG VATNA
Iceland's marine research institute specializing in fisheries science, mesopelagic ecosystems, and Arctic-Atlantic ocean monitoring.
Their core work
Hafrannsóknastofnun is Iceland's Marine and Freshwater Research Institute, responsible for scientific research and advisory services on marine and freshwater ecosystems. They conduct fisheries stock assessments, ocean monitoring, and ecosystem modelling to support sustainable resource management in the North Atlantic and Arctic. Their work spans from deep-sea and mesopelagic ecosystem research to applied fisheries science, including biomass estimation, biodiversity monitoring, and biogeochemical cycling. They bring unique expertise from Iceland's position at the intersection of Arctic and Atlantic ocean systems, contributing oceanographic data and ecological knowledge to large European research consortia.
What they specialise in
Substantial roles in both MEESO (EUR 711K, their largest project) and SUMMER, focused on mesopelagic biomass, biodiversity, and sustainable exploitation.
Contributed to COMFORT (ocean acidification, deoxygenation), iAtlantic (deep-sea ecosystem assessment), and Blue-Action (Arctic climate impacts).
Participated in SeaDataCloud (pan-European marine data infrastructure) and EurofleetsPlus (research vessel alliance and remote ocean access).
ECOTIP focuses on Arctic biodiversity under multiple stressors, and iAtlantic covers deep-sea ecological timeseries and tipping points.
How they've shifted over time
In their early H2020 period (2016–2018), Hafrannsóknastofnun focused on traditional fisheries management — stock assessment methods, decision support tools for sustainable fisheries agreements (SFPAs), and mixed fisheries modelling through projects like FarFish. From 2019 onward, their portfolio shifted markedly toward deep-ocean and mesopelagic ecosystems, with strong emphasis on biomass estimation, biodiversity, carbon sequestration, and ocean biogeochemistry. This reflects a broader move from applied fisheries advisory work toward understanding ocean ecosystem functioning under climate change, including Arctic tipping points and deoxygenation.
Moving from traditional fisheries advisory toward deep-ocean ecosystem science and climate-ocean interactions, positioning themselves as a key partner for future blue economy and ocean health research.
How they like to work
Hafrannsóknastofnun operates exclusively as a consortium participant — across 11 projects, they have never coordinated. They consistently join large consortia (222 unique partners across 52 countries), which indicates they are valued for their specialist contributions rather than project management. Their funding per project is modest (averaging EUR 239K), typical of a research institute contributing specific datasets, regional expertise, or ocean monitoring capabilities to broader European efforts.
With 222 unique consortium partners across 52 countries, Hafrannsóknastofnun has one of the most geographically diverse networks possible for an Icelandic institution. Their partnerships span the full Atlantic basin and Arctic region, connecting them to major marine research institutes and universities across Europe and beyond.
What sets them apart
Iceland's geographic position gives Hafrannsóknastofnun direct access to some of the most productive and climate-sensitive marine ecosystems in the world — the subarctic North Atlantic, Arctic waters, and the Mid-Atlantic Ridge. They bring irreplaceable in-situ data, research vessel access, and decades of fisheries monitoring from these regions. For any consortium studying Atlantic or Arctic ocean processes, they offer a combination of location, long-term ecological datasets, and applied fisheries expertise that few other institutions can match.
Highlights from their portfolio
- MEESOTheir largest H2020 project (EUR 711K) — focused on sustainable mesopelagic fisheries, a frontier topic with major implications for future food and biomass sourcing from the deep ocean.
- iAtlanticA flagship Atlantic ecosystem assessment spanning deep-sea habitats, tipping points, and environmental DNA — positions the institute at the forefront of integrated ocean science.
- COMFORTAddresses ocean acidification and deoxygenation impacts on fisheries and ecosystems, directly linking their fisheries expertise to global climate change science.