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Wildfires Destroy Record Forest Cover Across Multiple Continents

Wildfires destroyed record amounts of forest in 2025 across North America and Europe. Canada lost 5.3 million hectares, France saw a 7-fold increase in forest loss, and Spain-Portugal lost 60% of tree cover. Global fire destruction has doubled in three years compared to the previous 20.

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The essentials

Wildfires destroyed twice as much forest in three years as the preceding two decades.

Wildfire activity reached unprecedented levels in 2025, with Canada experiencing the destruction of 5.3 million hectares of forest. European nations faced severe impacts, as France reported a 7-fold increase in forest loss from wildfires, while Spain and Portugal together experienced 60% tree loss from fire damage.

The scale of destruction represents a dramatic acceleration in forest loss globally. Notably, wildfires destroyed twice as much forest cover in the past three years as in the entire preceding two decades, signaling a sharp intensification of the threat. These figures underscore the widening vulnerability of forest ecosystems to fire across multiple regions simultaneously.

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Scale

2025 Wildfires Set New Benchmarks for Continental Forest Loss

The 2025 wildfire season produced measurable losses across three continents. Canada's 5.3 million hectares represents the largest single regional loss, while European impacts were severe but geographically concentrated. France's 7-fold increase and Spain-Portugal's 60% tree loss illustrate regional variation in fire intensity and forest vulnerability across different ecosystems.

Trend

Wildfire Acceleration Outpaces Two Decades of Prior Destruction

The comparison of recent destruction to historical baselines reveals a fundamental shift in wildfire patterns. Three years of current destruction equals twice the forest loss of the preceding 20 years, suggesting conditions favoring increased fire activity. This acceleration affects multiple continents, indicating systemic changes rather than localized phenomena affecting forest stability globally.