Luca Campion graduated with great distinction in June 2019 with a Master's degree in Business Engineering from Hasselt University, specializing in Technology in Business. During his master's studies, he gained valuable consultancy experience through an internship. After graduating, he remained affiliated with Hasselt University, working as a doctoral researcher in the Environmental Economics research group. In both his master's thesis and his doctoral research, Luca focused on integrating techno-economic and life cycle analysis, particularly in the context of biochar, a biobased technology for carbon dioxide removal. In February 2024, Luca joined the strategic team at Econopolis as a Climate Consultant.
Local wins, global losses? Why responsible mining requires a global lens
As the world transitions to a climate-friendly system, demand for critical raw materials –essential to the clean and digital technologies driving this shift – is on the rise. While circular strategies like recycling and car sharing can and should help reduce the need for mined materials, some mining will remain necessary. And yes, mining undeniably impacts nature. A recent study found that mining threatens over 11,000 species globally – nearly as many as climate change itself. Unfortunately, there is no zero-impact solution.
That’s why informed decisions are essential to minimize the ecological footprint of mining activities. Every potential mining site and method carries distinct environmental consequences, so trade-offs must be considered carefully. As the figure below illustrates, different countries experience disproportionate impacts on biodiversity from mining. And it’s not just biodiversity: for instance, Indonesian nickel can emit up to five times more greenhouse gases than nickel mined in the EU. In other words, the global picture must always be taken into account.
Figure 1: Some regions suffer a disproportionally large biodiversity loss from mining activities (Ortelius (2025), based on Cabernard and Pfister, 2022 [1])
Opposing mining projects in Europe might feel like a win for local ecosystems. But it doesn’t eliminate demand — it simply shifts extraction elsewhere. Often, this means mining moves to regions with more fragile biodiversity and weaker environmental protections. Europe has some of the world’s highest environmental standards. Mines here typically cause less damage per tonne of material — not only to biodiversity but also in terms of CO₂ emissions. Refusing to mine in Europe risks trading local gains for larger global losses.
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[1] L. Cabernard, S. Pfister, and S. Hellweg, “A new method for analyzing sustainability performance of global supply chains and its application to material resources,” Sci. Total Environ., vol. 684, pp. 164–177, Sep. 2019, doi: 10.1016/j.scitotenv.2019.04.434.
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