Climate crisis-driven heat ‘sucking soils dry’ as extreme drought hits Europe
Get the Energy newsletter
Daily energy & climate — solar, EVs, oil, the policy fights and tech bets shaping the transition. Free.
- World Weather Attribution analysis found extreme heat made evaporative conditions 80 times more likely in western Europe and 40 times more likely in the east due to global heating
- Soil dryness levels were 5 times more likely in the west and 11 times more likely in the east due to fossil fuel pollution, according to the peer-reviewed study
- Despite a wet winter in western Europe, today's 'extreme' drought would have been 'moderate' without the climate crisis, with high temperatures — not low rainfall — the key driver
- Impacts include roughly 9 million tonnes of grain lost across Europe, France's worst maize harvest in 50 years expected, and Romanian farmers losing over a million hectares of crops
- The Rhine at Lobith in the Netherlands has dropped below the 1976 minimum level, cutting clean hydropower generation and restricting cargo shipping
- Dr Mariam Zachariah at Imperial College London warned these conditions are occurring at just 1.4°C of warming and could double in likelihood if temperatures reach 2.8°C
- UN climate chief Simon Stiell called worsening droughts 'an unignorable red alert' and demanded faster transition to renewable energy
Why it matters: This analysis redefines drought from a rainfall problem to a heat problem — meaning even wet winters can no longer protect Europe from extreme soil drying. With 9 million tonnes of grain lost, hydropower cut on the Rhine, and roughly 20,000 heat deaths already this summer, climate costs are hitting households now, not in a distant future.
