Kiruna, Sweden — When LKAB confirmed earlier this year that its Per Geijer deposit contains approximately 1.2 billion tonnes of ore, including 2.2 million tonnes of rare-earth oxides (REO), the news sent shockwaves through European capitals. Designated as Europe’s largest known rare-earth deposit, the Per Geijer project was swiftly elevated to “strategic project” status under the EU’s Critical Raw Materials Act (CRMA). However, beneath the surface of this economic boon lies a complex paradox: the deposit directly intersects the Gábna Sami community’s centuries-old reindeer migration corridor, a vital lifeline now further threatened by climate change and a century of mining activity.
The CRMA’s 2030 benchmarks are clear: at least 10% of strategic raw materials must be mined within the EU, 40% processed domestically, 25% recycled, and no more than 65% dependence on any single third country. Rare earths, however, remain a critical weak link. According to Eurostat and the European Commission, 95% of the EU’s rare-earth imports in 2024 originated from China, Malaysia, and Russia, with Europe’s dependency on China for heavy rare earth elements (REEs) being effectively absolute. Per Geijer is thus positioned as a linchpin in Europe’s clean-tech ambitions, supplying essential elements like neodymium, praseodymium, and dysprosium for electric-vehicle motors and offshore wind turbines. Yet, for the Sami people, the stakes are profoundly different. “The mine would cut our land in half,” says Lars-Marcus Kuhmunen, head of the Gábna sameby. “It would end reindeer herding as we know it.”
Mining is not new to Kiruna. LKAB’s century-old Kiirunavaara iron-ore mine has already forced the relocation of the entire town, including Kiruna Church, which was moved 5 kilometers in August 2024 to avoid subsidence. For the Sami, the situation is exacerbated by the rapid warming of the Arctic, which is occurring nearly four times faster than the global average. Winter rain events now frequently ice over lichen, starving reindeer herds, while hotter summers erode their weight reserves. The loss of migration access is not merely a cultural loss but a threat to their survival.
LKAB first unveiled Per Geijer in January 2023, estimating it could contain over 1 million tonnes of REO, but cautioned that permitting could take 10–15 years. Even with a smooth process, production is unlikely before the 2030s. This year, the company launched an 8-kilometer underground exploration drift to better define the orebody, signaling intent but not immediate production. While LKAB emphasizes its role in Europe’s green transition, it has yet to propose concrete solutions for preserving Sami migration routes.
Even if the rare earths are mined, Europe lacks sufficient separation and alloying capacity. China currently dominates all midstream processing stages. Efforts are underway to address this, such as REEtec’s Herøya plant in Norway, backed by LKAB, which aims for commercial separation by 2025, and Solvay’s La Rochelle facility in France, upgrading to produce magnet-grade oxides. However, analysts, including Bernstein Research, warn that without accelerated funding and permitting, Europe risks falling short of CRMA targets.
CRMA status does not override Swedish law, and projects must still pass national environmental reviews and address Indigenous rights substantively. Nordic precedent is clear: in 2021, Norway’s Supreme Court struck down the Fosen wind farm, ruling it violated Sami cultural rights by disrupting grazing. The case set a precedent that green-transition infrastructure can be unlawful if it severs reindeer husbandry.
Industry observers suggest that any workable compromise at Per Geijer would require engineered migration corridors built before production, seasonal traffic windows to avoid peak herding periods, legally binding co-management with Sami herders backed by compensation tied to measurable herd health, and off-site processing via facilities like REEtec to minimize local disruption.
Europe’s decarbonization targets and geopolitical autonomy are colliding head-on in Kiruna. The paradox is not unique to Sweden but symptomatic of global green-transition mining conflicts. For mining professionals, Per Geijer illustrates how permitting risk is now as much about cultural rights and climate resilience as ore grade and cut-off ratios. Investors should track Indigenous rights litigation closely, as a single ruling could reshape the economics of strategic minerals across the Nordics.
With production realistically a decade away, Europe’s dependence on Chinese REEs will persist into the 2030s. In the meantime, Sami concerns are escalating, and Brussels faces a choice: fast-track raw material security or enforce the same environmental and cultural protections it champions abroad. The Per Geijer paradox will test whether Europe can mine its way to a green future without undermining the Arctic’s oldest cultural landscapes.
