European babies face twice the extreme fire
A study finds children born in 2025 will experience nearly double the lifetime exposure to extreme fire weather conditions compared to those born in 1950
Children born in Europe in 2025 will face nearly double the lifetime exposure to extreme fire weather compared to their great-grandparents, according to a new study. The research, led by Vrije Universiteit Brussel climate researcher Rosa Pietroiusti, projects that under current climate policies, a child born in 2025 will endure three more years of severe fire-conducive weather over their life than someone born in 1950.
The Intergenerational Climate Injustice
The study combined demographic data with global climate models, counting days when fire weather exceeded the severity of the worst 5% of days from 1985 to 2014. It considered 21 scenarios resulting in 1.5C to 3.5C of global heating by 2100. Under policies leading to 2.6C of warming, today's children can expect an 84% greater exposure to extreme fire weather than the 1950 cohort. The researchers attribute 86% of this increase to climate change and 14% to longer human lifespans.
Climate scientist Raúl Cordero from the University of Groningen, who was not involved in the study, said it highlights the "inherently intergenerational injustice" of climate breakdown. He noted that just last month, central Europeans experienced unprecedented fire-weather conditions, which materialized into record-breaking fires in Belgium and western Germany. "An unstoppable fire engulfing a town? This kind of emergency would have been unthinkable for Germans of older generations," Cordero said.
Regional Impacts and Fire Suppression Paradox
The increase in dangerous fire days will not be uniform across the continent. The Mediterranean region is projected to see the fastest rise, where children born from 2025 will face five more years of lifetime exposure to extreme fire weather than the post-war baby boomer generation.
A separate study co-authored by Cordero in July found that while the number of fires and burned area in southern Europe had declined for decades due to better fire suppression, this trend has recently reversed. Aggressive suppression of even low-intensity fires has led to buildups of flammable vegetation. When combined with hotter, drier weather, this fuel accumulation fuels ferocious blazes during ripe climatological conditions.
The Summer of 2026 and EU Response
Relentless heatwaves and widespread drought plagued Europe this summer, leading to explosive wildfires across France, Spain, Italy, and several other countries. Across the European Union, the severity of fire weather in 2026 broke records, while the area burned is shaping up to be the third-worst on record.
The EU's civil protection mechanism was activated nine times as countries scrambled firefighting planes and crews to assist overwhelmed neighbors. In her annual state of the union speech, European Commission President Ursula von der Leyen paid tribute to a Danish firefighter pilot who died with a colleague in Greece last month. She announced plans for the creation of a European firefighting fleet, stating, I am so proud of Europe’s response, of our European assets flying across the continent.
Rosa Pietroiusti emphasized that severe fire weather is a necessary but not sufficient condition for the extreme fires that ravaged parts of Europe this summer. She explained that the meteorological conditions are a key element of fire risk, influencing the possibility of a fire becoming super-destructive, difficult to control, and spreading very fast. The study found that if end-of-century warming is limited to 1.5C, children born in 2025 would face 1.3 fewer years of extreme fire weather than under current policies.
