Few regions on Earth concentrate as many converging health risks as the Congo Basin — and most of the world has been paying attention to its minerals rather than its microbes. That oversight carries consequences measured in pandemic potential, not just geopolitical instability. The intersection of armed conflict, accelerating mineral extraction, and one of the planet's densest reservoirs of zoonotic disease creates a risk architecture that extends well beyond Central Africa.
Published in BMJ Global Health, this analysis frames the renewed armed escalation in eastern Democratic Republic of the Congo (DRC) — which intensified sharply in January 2025 — as a planetary health emergency, not merely a humanitarian one. The authors identify at least 15 known pathogens capable of sylvatic-to-human transmission in the region, a figure that rises under conflict conditions as displacement forces civilian populations into closer contact with forested ecosystems. Compounding factors include logging, artisanal mining, agricultural encroachment, wildlife trade, and tourism — each independently documented as a zoonotic spillover driver, but rarely examined in combination at this scale. The Congo Basin also functions as the planet's second-largest carbon sink, meaning ecosystem disruption carries simultaneous climate and infectious disease penalties.
The broader research literature on conflict-driven disease emergence is sparse but instructive: prior work on Ebola, monkeypox (mpox), and other filoviruses has repeatedly traced outbreak origins to forest-edge communities under economic and social stress — exactly the conditions the DRC conflict systematically produces. What distinguishes this analysis is its attempt to link the June 2025 peace negotiations and emerging mineral trade agreements to a structural opportunity: conditioning extraction rights on investment in disease surveillance infrastructure and community health systems. Whether that policy lever will be applied is uncertain; historically, resource extraction deals in conflict-affected regions have prioritized speed over governance. This piece is largely analytical rather than empirical — no new primary data are presented — but it performs a valuable synthesis function, connecting dots that epidemiology, economics, and conflict studies rarely connect in the same frame. For public health planners focused on pandemic preparedness, the DRC warrants far more systematic surveillance investment than it currently receives.