The Silent Threat
When I first started covering international affairs, I never imagined that the quiet extraction of minerals from the earth would become such a central issue in global security. Yet here we are, in 2026, grappling with what could be one of the most significant supply chain crises since the Cold War.
The rare earth elements—17 metallic chemical compounds—are not particularly rare. They're found across the globe, but their extraction and processing require a level of technical sophistication and environmental care that few countries possess. The real scarcity lies in concentration: the few places where these materials can be economically mined are dominated by one nation—China.
It's a fact that we must confront with urgency. In 2010, China halted exports to Japan over territorial disputes, sending shockwaves through industries reliant on rare earths for everything from smartphones to military systems. That moment was a wake-up call—but it wasn't heeded. Today, China still controls around 70% of global rare earth mining and a staggering 90% of processing. It's a chokepoint that threatens the fabric of modern economies.
From Trade War to Supply Chain Collapse
More recently, last year's trade tensions between the United States and China played out in an unexpected way. Donald Trump, in a move that defied traditional trade protocols, leveraged the rare earths issue as leverage—cutting off access rather than tariffs. It was a stark reminder of how much power lies in a single resource.
"We had to back away from our trade war… by the curbing of rare-earth exports," said a senior U.S. official at the time, reflecting on the political implications of that decision.
That year's abrupt halt to exports wasn't just about politics—it was a demonstration of how vulnerable the world's critical industries have become. The price of erbium, an element essential to communications infrastructure, already rose sharply due to fears that export restrictions would be renewed. We are now witnessing the first real signs of economic ripple effects from this kind of strategic control.
But it's not just China that has become a player in this game. As global demand grows—particularly for renewable energy technologies and electric vehicles—countries like Brazil, South Africa, and even Greenland are being eyed as potential new sources. And yet, the rush to diversify supplies brings its own risks: environmental degradation, geopolitical instability, and the possibility of creating new dependencies.
The U.S. Response: A New Industrial Strategy
What the United States is doing now might be seen as a response not only to China but to an entire paradigm shift in global economics. In a bid to reverse decades of outsourcing, Washington has launched initiatives that echo earlier industrial strategies like the Manhattan Project. The Pentagon has become the single largest investor in U.S. rare earth firm MP Minerals, signaling how seriously this threat is being taken.
President Trump's administration announced a $12 billion plan to establish a national critical minerals reserve, focusing initially on rare earths. While the term "Manhattan Project" may seem hyperbolic, it captures the urgency and scale of effort needed to rebuild domestic capacity. Yet, there are questions—both within policy circles and among industry experts—about whether this is a smart long-term strategy or a short-term political maneuver aimed at appeasing domestic constituencies.
What's clear is that the U.S. has begun recognizing rare earths not just as a commodity, but as a strategic national security asset. It's no longer about mining and selling; it's about safeguarding the entire economic ecosystem.
Europe's Slow But Steady Path
In Europe, things are progressing more cautiously, but with a sense of purpose. The 2025 European Critical Raw Materials Act set clear targets to reduce import dependence by 2030. France has become home to the largest rare earth processing facility outside of China, and negotiations with Brazil for mineral sourcing are underway.
Yet many European policymakers remain skeptical about whether their efforts are moving fast enough. In a world where decisions must be made quickly and decisively, even incremental progress can feel like stagnation. The EU has also faced criticism for its reliance on the U.S., particularly in light of recent American political unpredictability.
It's an uncomfortable truth: Europe cannot afford to wait. Whether it's through public-private partnerships or direct investment in emerging technologies, the stakes are too high to be passive.
Innovation and Sustainability
The most promising solution may lie not in new mining operations but in innovation. Recycling rare earths from old electronics, extracting elements from mining waste, and developing synthetic alternatives are areas of growing research interest. These innovations could significantly reduce demand for raw materials while minimizing environmental impact.
But let's be honest: they won't eliminate the need to mine. The world is still hungry for these materials, and if we're not careful, new extraction projects will repeat past mistakes. That means stricter regulations, better environmental oversight, and a more transparent approach to global supply chains.
The rare earths crisis reveals something deeper about our interconnected world: we are all dependent on resources that are controlled by a few. It's time for the rest of us to stop being hostages to that dependency—and start building alternatives that reflect our shared values.
A Call to Action
As someone who has spent years covering public life, I've learned that moments like this—when a single resource becomes a symbol of larger systems of power and vulnerability—are often the most instructive. They force us to reevaluate what we value, how we act, and what kind of future we want.
The rare earths issue isn't just about minerals or even about economics. It's about the integrity of our democratic institutions, our industrial capabilities, and our national sovereignty. We must not allow another nation to hold our future hostage with a resource that is central to everything from smartphones to clean energy.
That means investing in domestic capacity, building international coalitions, and embracing sustainable solutions. It's a long-term strategy—but one we can no longer afford to delay.
Key Facts
- China's rare earth mining share: Around 70% of global rare earth mining
- China's rare earth processing share: 90% of global rare earth processing
- U.S. critical minerals reserve plan: $12 billion plan to establish a national critical minerals reserve
- Rare earth elements count: 17 metallic chemical compounds
- U.S. rare earth processing facility: MP Minerals is the single largest investor in U.S. rare earth firm MP Minerals
- European Critical Raw Materials Act target: Reduce import dependence by 2030
- France's rare earth processing capacity: Largest rare earth processing facility outside of China
- Global rare earth market value: Less than $6 billion globally last year
Background
The rare earth elements crisis stems from China's dominant control over global mining and processing of these critical minerals. In 2010, China halted exports to Japan over territorial disputes, marking a significant moment in global supply chain vulnerability. The situation intensified when Donald Trump leveraged rare earths as trade leverage by cutting off access rather than implementing tariffs. This dependency has prompted both the U.S. and Europe to pursue strategies for securing critical mineral supplies, including establishing national reserves and diversifying sourcing. China's influence extends beyond its own borders, with efforts to diversify supplies also raising concerns about environmental impact and geopolitical stability.
Quick Answers
- What is the rare earth elements crisis?
- The rare earth elements crisis refers to global vulnerability due to China's dominance over rare earth mining and processing, which threatens national security and economic independence.
- When did China block rare earth exports to Japan?
- China blocked rare earth exports to Japan in 2010 over territorial disputes in the East China Sea.
- Who is Donald Trump?
- Donald Trump leveraged rare earths as trade leverage by cutting off access rather than implementing tariffs, according to the article.
- What is the U.S. doing to address rare earth dependency?
- The U.S. has launched initiatives including a $12 billion plan to establish a national critical minerals reserve and has become the single largest investor in U.S. rare earth firm MP Minerals.
- What is France's role in rare earth processing?
- France hosts the largest rare earth processing facility outside of China.
- Why are rare earths critical to modern technology?
- Rare earths are essential for advanced weaponry, smartphones, electric vehicle batteries, and wind turbines.
- How is Europe responding to the rare earth crisis?
- Europe has adopted the 2025 European Critical Raw Materials Act with targets to reduce import dependence by 2030.
- What percentage of rare earth processing does China control?
- China controls 90% of global rare earth processing according to the article.
Frequently Asked Questions
How much of global rare earth mining does China control?
China accounts for around 70% of global rare earth mining.
What is the U.S. strategy for securing rare earth supplies?
The U.S. has announced a $12 billion plan to establish a national critical minerals reserve, focusing initially on rare earths, and has become the single largest investor in U.S. rare earth firm MP Minerals.
What is the European Union's approach to rare earth dependency?
The EU has adopted the 2025 European Critical Raw Materials Act with targets to reduce import dependence by 2030, and France already hosts the largest rare earth processing facility outside of China.
Why are rare earth elements not particularly rare?
Rare earth elements are found across the globe, but their extraction and processing require technical sophistication and environmental care that few countries possess.
How did the 2010 rare earth export ban affect global markets?
The 2010 export ban by China to Japan marked a significant moment in global supply chain vulnerability, prompting increased awareness of dependencies on Chinese rare earths.
What are some potential solutions to the rare earth crisis?
Potential solutions include innovation in recycling rare earths from old electronics and mining waste, developing synthetic alternatives, and building new domestic processing capacity.
Source reference: https://www.theguardian.com/commentisfree/2026/aug/30/the-guardian-view-on-rare-earths-its-common-sense-to-secure-essential-supply-chains





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