LANDBUNADARHASKOLI ISLANDS

Their core work

The Agricultural University of Iceland (LBHI) is a specialized higher education institution focused on land and environmental sciences in sub-arctic and arctic ecosystems. They operate research stations and contribute to pan-Arctic monitoring networks, studying how climate change affects tundra biodiversity, permafrost, carbon cycling, and vegetation dynamics. Their work bridges ecological field research with policy-relevant assessments, particularly on how Arctic terrestrial systems respond to warming, shifting precipitation, and changing land use.

What they specialise in

How they've shifted over time

In the earlier phase (2016–2018), LBHI focused on fundamental ecological monitoring — biodiversity surveys, climate feedbacks, and providing transnational access to Arctic field stations through INTERACT. By 2019–2024, their work shifted toward more integrated and socially engaged research: FutureArctic brought in microbiome-level ecosystem science, while CHARTER added participatory research with indigenous communities and policy-oriented outreach. The trajectory shows a move from pure environmental monitoring toward understanding Arctic change as a coupled human-natural system.

LBHI is evolving from a station-based monitoring contributor toward a partner that connects Arctic ecosystem science with social resilience, indigenous knowledge, and policy communication.

How they like to work

LBHI operates exclusively as a consortium participant, never as coordinator — consistent with a smaller institution contributing specialized Arctic field expertise to large international networks. With 97 unique partners across 21 countries from just 4 projects, they work in very large consortia (INTERACT alone spans dozens of institutions). This means they are well-networked and experienced in multi-partner coordination, but their role is that of a contributing specialist rather than a project driver.

Despite only 4 projects, LBHI has collaborated with 97 unique partners across 21 countries, reflecting their involvement in major pan-Arctic research networks. Their geographic reach spans the entire circumpolar region, with particularly strong ties to Nordic and European Arctic research institutions.

What sets them apart

LBHI offers something rare: direct access to Icelandic sub-arctic research sites and long-term ecological monitoring data from a landscape where climate change effects are already visible and measurable. As Iceland's agricultural university, they combine expertise in land management and food production with Arctic environmental science — a combination few institutions can match. For any consortium needing an Icelandic partner with Arctic field capacity, LBHI is a natural choice.

Highlights from their portfolio

• FutureArctic
  Their largest funded project (EUR 274,331), investigating next-generation ecosystem science through soil microbiome and carbon cycling — represents their deepest scientific contribution.
• CHARTER
  Demonstrates their expanding scope into social-ecological research, integrating indigenous knowledge and participatory methods with permafrost and biodiversity science.
• INTERACT
  Participated in both phases of this flagship pan-Arctic infrastructure network, cementing their role as a long-term Arctic monitoring station provider.