A stunning view of Reykjavík's skyline featuring the iconic Hallgrímskirkja church and ocean in Iceland | photo by Jón T Jónsson
Iceland - Global Development
IS
Iceland battles recurring volcanic eruptions near Grindavík, evacuated since 2023, while quietly lowering its own 2030 aid ambition target
Iceland is a genuinely unusual case among the countries RYB covers: a tiny, wealthy nation whose global development profile is shaped as much by its own volcanic geology as by its aid budget. A years-long eruption sequence has left a town of nearly 4,000 people evacuated since 2023, even as Iceland exports its renewable energy expertise to the rest of the world. This article covers aid, tax, climate, and trade, the same four threads RYB tracks across every country page, alongside the disaster now shaping Icelandic policy at home.
A Small, Steady, but Quietly Retreating Donor
Iceland provided $129.7 million in ODA in 2025, representing 0.34% of GNI, a real 3.6% increase from 2024. This ranks Iceland 32nd among DAC members by volume, unsurprising given its population of under 400,000, but 14th when measured as a share of GNI, a genuinely respectable position for such a small economy.
Iceland remains roughly halfway to the UN’s 0.7% target, a parliamentary resolution’s own stated benchmark. Unlike many donors RYB has covered this year, Iceland has announced no formal ODA cuts for 2026. Yet its own 2026-30 fiscal plan quietly revised its 2030 target downward, from a path toward 0.7% to just 0.39%, a retreat from ambition without the dramatic budget cuts making headlines elsewhere.
Iceland provides 100% of its aid as grants, and its programming concentrates on a genuinely distinctive niche: gender equality, geothermal energy, fisheries, and land restoration, delivered partly through the GRÓ Centre for Sustainable Development, which trains developing-country professionals directly in Reykjavík. Iceland has committed nearly half its bilateral allocable aid to disability inclusion programming, an unusually strong focus relative to most DAC donors.
Tax: A Small, Low-Visibility Profile
Iceland does not appear among the world’s most significant secrecy jurisdictions or tax havens that RYB documents elsewhere, and its corporate tax regime, while competitive by Nordic standards, has not drawn the kind of scrutiny directed at Ireland, Luxembourg, or the Netherlands. Iceland’s small size and modest multinational corporate presence limit its relevance to the profit-shifting dynamics RYB covers on its Tax Havens page, a genuinely different profile from most other European countries on this list.
Climate: A Renewable Leader With a Real Emissions Gap
Iceland derives virtually 100% of its electricity from hydropower and geothermal energy, and these sources supply roughly 85% of the country’s total primary energy consumption, one of the highest renewable shares of any nation on Earth. Iceland has set a legally binding target of carbon neutrality no later than 2040, embedded in its 2021 Climate Act.
This renewable abundance has not translated into low emissions overall. Iceland’s per-capita carbon footprint sits considerably above the OECD average, driven mainly by industry, specifically three large aluminium smelters drawn to Iceland by its cheap clean electricity, and a fossil-fuel-based fishing fleet. Electricity generation itself contributes almost negligible emissions; the problem sits squarely in what that renewable electricity is used to power.
Iceland’s electricity grid is now straining under rising demand from data centres and aquaculture, with parts of the transmission network dating to the 1970s and 80s running at full capacity. A hydropower plant in eastern Iceland sits underutilised simply because the grid cannot move its output to where demand is highest, a genuinely unusual bottleneck for a country this well-endowed with renewable capacity.
Iceland’s most striking climate innovation lies at Krafla, a volcanic caldera in the northeast, where researchers have drilled directly into magma itself, an audacious attempt to access geothermal energy at scales far beyond conventional drilling. Whether this becomes a genuinely scalable technology or remains an experimental curiosity is one of the more fascinating open questions in global renewable energy research.
Trade: Aluminium, Fish, and a Modest Footprint
Iceland’s economy depends heavily on two export sectors: aluminium smelting, powered by its cheap renewable electricity, and fisheries, historically the backbone of the Icelandic economy before 2008’s financial crisis pushed diversification toward tourism and construction. As a European Economic Area member rather than an EU member, Iceland’s trade policy runs somewhat independently of Brussels, though it remains closely aligned with EU regulatory standards.
Iceland’s direct exposure to 2025-26’s US tariff turmoil has drawn little specific attention, reflecting both its small trade volume and its position outside the EU’s bloc-wide negotiations, a similar situation to Norway’s on RYB’s Norway page.
The Volcanic Crisis: A New Era for a Small Nation
Iceland’s most consequential recent story is not economic policy, but geology. After roughly eight centuries of dormancy, Iceland’s Reykjanes Peninsula entered a new eruptive cycle in 2021, and since December 2023, a series of at least nine eruptions has repeatedly threatened the town of Grindavík, its 3,800 residents evacuated on November 10-11, 2023, and most still displaced more than two years later.
The response has been genuinely substantial. Iceland constructed lava barriers now stretching 14 kilometres and reaching 25 metres high, at a cost of roughly $95.1 million, credited with saving the Blue Lagoon tourist complex and the Svartsengi geothermal plant from destruction. A government-chartered corporation, Þórkatla, has bought out more than 950 residences, over 90% of the town, effectively formalising what has become a managed, permanent retreat rather than a temporary evacuation.
A vibrant lava flow captivating tourists in a dramatic volcanic landscape | photo by Rino Adamo
The risk has not passed. A fissure that opened inside Grindavík itself on January 14, 2024, destroyed three houses despite the barriers, and renewed activity in April and July 2025 kept the town closed to residents. As of mid-2026, magma continues accumulating beneath Svartsengi at roughly 2 centimetres of ground uplift per month, with Iceland’s Meteorological Office describing a new eruption as “most likely,” under a hazard assessment in effect through at least June 2026.
This is a genuine test case for climate adaptation and managed retreat, concepts RYB usually discusses in the context of sea-level rise or flooding. Iceland’s experience, engineering successfully protecting critical infrastructure while a town is permanently abandoned around it, offers a distinctive model other disaster-prone nations may eventually study.
What Iceland Still Contributes
Iceland’s development niche, geothermal, fisheries, and gender expertise delivered through targeted training rather than large financial transfers, represents a genuinely useful model for a small, wealthy nation without the fiscal capacity of larger donors. Iceland also consistently ranks among the world’s most gender-equal countries, giving its gender-focused development programming a credibility few donors can match domestically.
How This Connects to the SDGs
Iceland’s quietly lowered 2030 ODA ambition connects to SDG 17, global partnerships, in the same understated way RYB has now documented across several smaller donors: not a dramatic cut, but a genuine retreat from a previously stated trajectory. Its renewable electricity supports SDG 7 domestically, even as industrial emissions from aluminium and fishing keep per-capita emissions above OECD norms, complicating its own claim to SDG 13 leadership.
The Grindavík crisis connects directly to SDG 11, sustainable cities and communities, and specifically to its target on resilience to natural disasters, offering real, still-unfolding lessons in managed retreat that few countries have had to implement at this scale relative to their population.
A Pattern, at a Smaller Scale
Iceland’s story echoes the broader pattern RYB tracks across its Nordic country pages: genuine climate and development ambition sitting alongside real structural limitations. Unlike Norway’s oil wealth or Denmark’s four-decade ODA consistency, Iceland’s position reflects the constraints of simply being very small, a useful reminder that donor behaviour is shaped by capacity as much as by political will.
Looking Forward
Iceland’s volcanic crisis shows no clear end point. Whether Grindavík is ever meaningfully repopulated, or whether the buyout programme marks a permanent, managed abandonment of the town, will likely become clearer only over years, not the current eruption cycle’s remaining months.
Iceland’s aid trajectory deserves its own attention: whether the quietly lowered 2030 target represents a temporary fiscal adjustment or a genuine long-term retreat from the 0.7% commitment will shape Iceland’s development identity for the coming decade.
RYB will track how Iceland’s volcanic crisis evolves, whether the Krafla magma-drilling project yields genuinely scalable geothermal technology, and whether Iceland’s aid ambitions recover toward its stated international commitment. This page will be updated as new data and developments emerge.
Sources and References
- OECD, Development Co-operation Profiles: Iceland — oecd.org
- OECD, “Powering the electricity sector in the face of climate change,” OECD Economic Surveys: Iceland 2025 — oecd.org
- Iceland’s First Biennial Transparency Report, UNFCCC, September 2025 — unfccc.int
- Springer Nature, “Managing the Sundhnúkagígar-Grindavík volcanic emergency in Iceland, 2023-2026,” Natural Hazards — link.springer.com
- Bloomberg, “Reykjavik, Iceland, Plans for Fiery Future as Volcanoes Wake Up” — bloomberg.com
- CNN, “Iceland’s new volcanic era: How geothermal drilling could help power the world” — cnn.com
- VolcanoDB, “Iceland Volcanoes: 2026 Eruption Forecast” — volcanodb.com
- Council of Europe Development Bank, “Emergency support for volcano relief and recovery measures” — coebank.org
- RYB, Norway — Global Development — redyellowblue.org/data/no/
- RYB, Official Development Assistance (ODA) — redyellowblue.org/finance/oda/
Iceland
Republic of Iceland
Island
Population
360,872 (2023 est.)
354,234 (2021)
350,734 (2020)
343,518 (2018)
Capital: Reykjavík
Internet country code: .is
Government
Official website: government.is
Icelandic Tourist Board: visiticeland.com
Iceland / Ísland (Icelandic)
Settled by Norwegian and Celtic (Scottish and Irish) immigrants during the late 9th and 10th centuries A.D., Iceland boasts the world’s oldest functioning legislative assembly, the Althingi, established in 930. Independent for over 300 years, Iceland was subsequently ruled by Norway and Denmark. Fallout from the Askja volcano of 1875 devastated the Icelandic economy and caused widespread famine. Over the next quarter century, 20% of the island’s population emigrated, mostly to Canada and the US. Denmark granted limited home rule in 1874 and complete independence in 1944. The second half of the 20th century saw substantial economic growth driven primarily by the fishing industry. The economy diversified greatly after the country joined the European Economic Area in 1994, but Iceland was especially hard hit by the global financial crisis in the years following 2008. The economy is now on an upward trajectory, fueled primarily by a tourism and construction boom. Literacy, longevity, and social cohesion are first rate by world standards.
That same volcanic geology that devastated 19th-century Iceland is shaping the country again today: the Reykjanes eruption sequence that began in 2021 has evacuated an entire town since 2023, even as the same geothermal forces power one of the cleanest electricity grids on Earth.