Central to AtlantOS (integrated Atlantic observing system), JERICO-S3 (coastal observatories), and EurofleetsPlus (ocean observation infrastructure).
HAVSTOVAN
Faroe Islands marine research institute providing North Atlantic and sub-Arctic ocean observation, fisheries science, and polar research expertise.
Their core work
HAVSTOVAN is the Faroe Islands' marine research institute, responsible for monitoring and understanding the ocean environment surrounding the Faroe Islands in the North Atlantic. They conduct oceanographic observations, fisheries research, and climate impact assessments, providing scientific advice for marine resource management and policy. Their work spans from Atlantic ocean observing systems to Arctic climate research, contributing field data, sensor expertise, and regional oceanographic knowledge to large European research infrastructures.
What they specialise in
Blue-Action studied Arctic impact on weather and climate; EU-PolarNet 2 coordinated the European Polar Research Area.
EurofleetsPlus focuses on research vessels, AUVs, and ROVs; JERICO-S3 builds coastal research infrastructure networks.
AtlantOS keywords include fisheries and ecosystems; JERICO-S3 addresses marine ecosystem health monitoring.
EurofleetsPlus involves AUV, ROV, telepresence, and remote access technologies for deep ocean research.
How they've shifted over time
In their earlier H2020 participation (2015–2018), HAVSTOVAN focused on large-scale Atlantic ocean observing, climate-ocean interactions, and operational marine services — contributing to sensor networks, ocean modeling, and fisheries data. From 2019 onward, their focus shifted toward research infrastructure itself: research vessels, autonomous underwater vehicles, coastal monitoring networks, and polar research coordination. The trajectory shows a move from being a data contributor within observing systems to actively shaping the infrastructure and governance frameworks that support European marine science.
HAVSTOVAN is positioning itself as an infrastructure partner for European marine and polar research, moving beyond pure data collection toward co-designing the next generation of ocean observation networks.
How they like to work
HAVSTOVAN participates exclusively as a partner, never as a coordinator — consistent with their role as a small national institute contributing specialized regional expertise to large European consortia. With 159 unique partners across 33 countries from just 5 projects, they operate in very large consortia (averaging 30+ partners per project), which means they are well-connected but likely function as a regional node rather than a project driver. This makes them a reliable, low-overhead partner who brings unique North Atlantic and sub-Arctic field access.
Despite only 5 projects, HAVSTOVAN has built an unusually broad network of 159 partners in 33 countries, reflecting their participation in flagship pan-European marine infrastructure consortia. Their geographic connections span from the Arctic to the Mediterranean, with particular strength in North Atlantic and Nordic partnerships.
What sets them apart
HAVSTOVAN occupies a rare geographic niche: situated in the Faroe Islands at the junction of the North Atlantic and Arctic, they offer access to oceanographic conditions and marine ecosystems that few European institutions can match. For any consortium needing sub-Arctic field stations, North Atlantic observing data, or Arctic-adjacent research sites, HAVSTOVAN is one of very few options. Their dual expertise in both operational oceanography and polar research makes them a natural bridge between Atlantic and Arctic research communities.
Highlights from their portfolio
- AtlantOSTheir largest funded project (EUR 213,750), contributing to the integrated Atlantic Ocean observing system — a cornerstone EU initiative for ocean monitoring.
- EU-PolarNet 2Positions HAVSTOVAN in European polar research governance and policy advice, connecting their Atlantic expertise to Arctic strategy discussions.
- EurofleetsPlusInvolves next-generation marine research infrastructure including AUVs, ROVs, and telepresence — signals their move toward advanced ocean technology.