HASKOLI ISLANDS

Their core work

The University of Iceland is the country's leading research university, with distinctive strengths in geothermal energy, volcanology, and sub-Arctic environmental science — fields where Iceland's unique geology provides unmatched natural laboratories. Beyond earth sciences, the university runs significant programmes in population health genetics, fisheries economics, and social science surveys. Their research directly supports Iceland's geothermal industry, volcanic hazard monitoring, and carbon mineralization technologies, making them a critical partner for any consortium working on geoscience, clean energy, or Arctic-relevant challenges.

What they specialise in

How they've shifted over time

In 2015–2018, the university's H2020 work centred on fisheries economics and competitiveness (PrimeFish, SUCCESS, MINOUW), assistive technologies for visual impairments (Sound of Vision), and foundational geothermal/materials science. From 2018 onward, the portfolio shifted decisively toward geoscience applications — volcano monitoring, glacier research, geothermal emission control, and carbon mineralization — alongside growing involvement in machine learning, sustainability-oriented projects, and social inclusion topics like migrant children's education. The trend shows a university consolidating around its natural geographic advantages (volcanoes, glaciers, geothermal) while adding data science capabilities.

Moving toward data-driven geoscience (machine learning for volcano monitoring, glacier dynamics) and carbon capture through mineralization — positioning for Green Deal and climate adaptation calls.

How they like to work

The University of Iceland coordinates about 26% of its projects (16 of 61), which is strong for a mid-sized Nordic university — they are comfortable leading but more often contribute specialist expertise as a partner. With 767 unique consortium partners across 52 countries, they operate as a well-connected hub rather than a closed network, joining both large research infrastructures (EUROVOLC, HBM4EU) and focused 3–5 partner projects. Their wide partner base suggests they are easy to work with and adapt well to different consortium structures.

Remarkably broad network for a university from a country of 380,000 people: 767 unique partners across 52 countries, spanning all major EU research nations plus global links. Geographic reach extends well beyond the Nordics into Southern and Eastern Europe.

What sets them apart

Iceland's geology gives this university access to active volcanic systems, glaciers, and high-enthalpy geothermal fields that simply don't exist elsewhere in Europe — making them an irreplaceable partner for geothermal energy, volcanology, and carbon mineralization research. They combine this natural-laboratory advantage with strong population genetics capabilities (Iceland's well-documented genealogical records enable unique epidemiological studies like StressGene). For consortium builders, they offer a credible Nordic partner that strengthens geographic diversity while contributing genuinely unique scientific assets.

Highlights from their portfolio

• StressGene
  Largest single grant (EUR 2M), coordinated — uses Iceland's unique genealogical and genetic databases to study how genetics influence survival after trauma and major life stressors.
• CarbFix2
  Pioneering CO2 mineral storage technology that turns carbon dioxide into rock underground — a commercially promising approach to carbon capture originating from Icelandic geothermal operations.
• VALUMICS
  Coordinated a 14-partner consortium on food value chain dynamics — demonstrates the university's ability to lead large interdisciplinary projects beyond their core geoscience strengths.