How Greenland’s Rare Earth Reserves Compare to the Rest of the World

 visualcapitalist January 19, 2026

How Greenland’s rare earth reserves compare globally and why its untapped minerals are drawing Trump’s attention.

Key Takeaways

China dominates global rare earth mining, but undeveloped reserves elsewhere could reshape future supply chains.

Greenland holds an estimated 1.5 million metric tons of rare earth reserves despite having no commercial production.

U.S. President Donald Trump has once again put Greenland at the center of global attention.

His renewed threat to assert U.S. control over the Arctic territory has drawn sharp reactions from European leaders and Denmark, which governs Greenland as an autonomous territory.

While the island’s strategic location is often cited, another underlying motivation is increasingly tied to its vast mineral potential. In particular, Greenland’s rare earth reserves have become a focal point in a world racing to secure critical resources.

This visualization compares rare earth mine production and reserves across countries, placing Greenland’s untapped resources in a global context. 

The data for this visualization comes from the U.S. Geological Survey (USGS), as of 2024.

China’s Grip on Rare Earth Supply

China remains the backbone of the global rare earth market. In 2024, it produced roughly 270,000 metric tons, accounting for well over half of global output.

China also controls the largest reserves, estimated at 44 million metric tons. This combination of scale and integration gives Beijing significant leverage over industries ranging from electric vehicles to defense systems.

CountryReserves (Metric Tons)Rare Earth Production 2024 (Metric Tons)
🇨🇳 China44.0M270,000
🇧🇷 Brazil21.0M20
🇮🇳 India6.9M2,900
🇦🇺 Australia5.7M13,000
🇷🇺 Russia3.8M2,500
🇻🇳 Vietnam3.5M300
🇺🇸 United States1.9M45,000
🇬🇱 Greenland1.5M0
🇹🇿 Tanzania890K0
🇿🇦 South Africa860K0
🇨🇦 Canada830K0
🇹🇭 Thailand4.5K13,000
🇲🇲 Myanmar031,000
🇲🇬 Madagascar02,000
🇲🇾 Malaysia0130
🇳🇬 Nigeria013,000
🌍 Other01,100
🌐 World total (rounded)>90,000,000390,000

Large Reserves, Limited Production Elsewhere

Outside China, many countries with sizable reserves play only a minor role in production.

Brazil holds an estimated 21 million metric tons of rare earth reserves yet produces almost nothing today. India, Russia, and Vietnam show similar patterns.

Why Greenland Matters

Greenland’s estimated 1.5 million metric tons of rare earth reserves exceed those of countries like Canada and South Africa. Yet the island has never had commercial rare earth production.

Environmental protections, infrastructure constraints, and local political opposition have slowed development. Still, as supply chain security becomes a priority for major economies, Greenland’s position is becoming harder to ignore.

Trump’s interest in Greenland is driven by more than symbolism. Rare earths are essential for advanced manufacturing, clean energy technologies, and military hardware. With China firmly entrenched as the dominant supplier, policymakers in Washington are increasingly focused on alternative sources.

Provinces improve response to climate change

vietnamnews Update: February, 08/2018 – 06:00

Lessons learned from the strategic mainstreaming of ecosystem-based adaptation (EbA) was a good foundation for Việt Nam to prepare for climate change. — Photo tuoitre.vn

HÀ NỘI — Lessons learned from the strategic mainstreaming of ecosystem-based adaptation (EbA) was a good foundation for Việt Nam to prepare for climate change, according to Dr. Nguyễn Thế Chinh from the Natural Resources and Environment Strategic Institute.

Dr Chinh was speaking on Tuesday at a workshop reviewing a project on the subject. It was held by the Institute for Strategy and Policy on Natural Resources and Environment in collaboration with the German Development Co-operation Agency. The event marked more than three years of productive collaboration.

The Euro 4-million (US$4.9 million) project funded by the German Society for International Co-operation (GIZ) worked with the Vietnamese Government to mainstream ecosystem-based measures into pilot models in Hà Tĩnh and Quảng Bình provinces.

“After three years of implementation, the project evaluated the vulnerable ecological situation in Hà Tĩnh and Quảng Bình provinces,” Chinh said.

“The project also helped to set up a national plan of land use for 2016-2020, and an updated action plan for climate change preparedness until 2020 in the provinces,” he added.

The EbA project aims to support efforts in the strategic mainstreaming of ecosystem-based approaches into national policies on climate change adaptation, land-use and development planning.

EbA has been identified as an effective adaptation measure given that Việt Nam is heavily affected by the adverse effects of climate change.

Climate change vulnerability assessments have been conducted at both provincial and commune levels to introduce appropriate EbA solutions for implementation in the selected provinces.

From 2016, the project began pilot EbA activities in coastal areas suffering erosion and sand movement in Quảng Bình Province by planting and rehabilitating coastal forests in combination with livelihood activities, such as cattle-raising, fresh- water fish farming, and vegetable cultivation.

In Hà Tĩnh, the project piloted EbA approaches in a mountain ecosystem under drought conditions, enriching natural forest by using indigenous plants, oranges and pineapples grown in contour lines – plus bee-raising.

The two areas selected for the pilot EbA approaches shared common characteristics. Firstly, the communities in both areas showed real enthusiasm to participate; and secondly, they lived in areas suffering from difficult economic conditions, with limited access to the technologies required for agricultural production.

Strengthening the capacity of stakeholders at central and local levels was a key aspect of the project.

To improve knowledge and the sharing of information on EbA measures and activities, the project organised a series of training workshops on mainstreaming them into the development planning process.

The project also focused on mainstreaming EbA into the climate-change-adaptation legal framework by supporting Government agencies. For example, the Department of Land Management will implement strategic environmental assessments to collect inputs for revising national land-use planning for 2016-2020; the Department for Planning Management will mainstream EbA and climate-change issues into developing the Planning Law; and the departments of Natural Resources and Environment of Hà Tĩnh and Quảng Bình will mainstream EbA into the updated Provincial Climate Change Action Plans to 2020.

Ivo Litzenberg, GIZ expert, said after three years of implementation, the two provinces had cleaner water resources and a healthier ecological system which was less vulnerable to climate-change impacts.

Land erosion was also reduced, which helped local people produce rice crops on slopes, said Litzenberg.

The project had also helped local people understand the importance of production thast was less harmful to ecological systems, he said.

Meanwhile, according to Phan Lam Sơn, deputy head of Hà Tĩnh Province’s Natural Resources and Environment Department, the project helped people become aware of main reasons for climate change, such as improper use of natural resources, waste discharge and polluting the environment.

Việt Nam was assessed as one of nations worst affected by climate change.

If the sea water level rise by one metre, 40 per cent of land area in Cửu Long (Mekong) Delta, 11 per cent of land in the Hồng Delta, and 3 per cent of land areas along other coastal regions would be submerged.

About 10-12 per cent of population would be affected and losses would account for 10 per cent of the country’s GDP, said experts.

Understanding the consequences, the Government has issued several legal documents to deal with the situation, including a National Programme on Climate Change Preparedness, National Strategy on Climate Changes, National Strategy on Natural Calamity Reduction by 2020. — VNS