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World
Herz — World Desk · · 30s summary · 2 min read
Human-caused climate change significantly accelerated the heat and drought fueling wildfires in France and Spain. Analysis by the World Weather Attribution concludes that the probability of these extreme conditions has increased twentyfold in Spain and doubled in France. Across Southern Europe, days with extreme fire weather risk have risen from approximately 10 to nearly 25 per year. Despite decades of improved firefighting techniques and management, climate change has reversed earlier progress.
A World Weather Attribution study, reported by Die Zeit, directly links current wildfires to human-caused climate change.
The World Weather Attribution (WWA) is an international scientific network studying extreme event attribution to warming, analyzing here the heat and drought driving current fires.
Its analysis concludes that climate change has increased by a factor of twenty in Spain the probability of hot, dry conditions that accelerate current wildfires.
In France, climate change has doubled the probability of extreme conditions associated with ongoing fires.
Spain is currently experiencing its hottest summer since records began.
An unusually wet start to the year first encouraged vegetation growth. Subsequent drought then desiccated this vegetation, providing abundant fuel for flames.
Friederike Otto, coordinator of the WWA at Imperial College London, describes this Spanish evolution as one of the strongest changes she has observed.
Researcher Jacob Bendix of Syracuse University in New York explains that fires ignite more easily under extreme heat and drought.
They also spread more rapidly. These conditions have become increasingly frequent as a result of human-caused climate change.
The overall pattern of current events was therefore foreseeable, though not all details could be anticipated.
The illustrations in this article are generated by artificial intelligence.
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An earlier study published in Scientific Reports estimates nearly 25 annual days with extreme fire weather risk in Southern Europe.
This number reached approximately 10 in previous decades. The intensity of these days now exceeds by roughly 50% that of the 1981–2010 period.
From the 1980s through 2010s, improved firefighting techniques and management substantially reduced wildfires and burned areas across Southern Europe.
The situation subsequently deteriorated rapidly. Climate change has reversed these gains.
When meteorological conditions become extreme, firefighting capabilities can become overwhelmed against such fires, despite technical advances.
The analysis allows us to anticipate the general pattern favored by heat and drought, but not the details of individual fire events.