Europe’s Wildfire Season Surpasses Two‑Decade Average, Prompting Health‑Centric Preparedness

According to the European Forest Fire Information System, more than 600,000 hectares burned in EU member states between January and August 2026. This figure is well above the 20‑year average of around 280,000 hectares, although it remains lower than the total recorded in 2025, the worst year on record. The surge reflects not only human ignition but also the influence of warmer, drier conditions linked to climate change. While fires continue to concentrate in historically prone nations such as France and Spain, unusually dry spells are extending risk into Western and Central Europe, including the United Kingdom and southern Scandinavia.

In mid‑July, a wildfire ignited in Scotland’s Cairngorms mountains, breaching a dry peat layer and generating hotspots that resisted containment. More than 500 firefighters, supported by aerial assets and bulldozers creating firebreaks, battled the blaze as strong winds drove flames toward the village of Nethy Bridge. Police Scotland declared a major incident, and roughly 600 residents were evacuated from the settlement. The fire persisted for over a month before the Scottish Fire and Rescue Service officially stood down its crews, illustrating how even short‑duration heat spikes can produce protracted emergencies in traditionally cool landscapes.

The World Health Organization is positioning wildfire risk as a public‑health concern, not merely an emergency‑response issue. Its Strategic Toolkit for Assessing Risks (STAR) enables health authorities to conduct evidence‑based assessments that incorporate heat and fire hazards. Since 2018, WHO has facilitated 38 national strategic risk‑assessment workshops across Europe, and countries such as Cyprus and Ireland have recently completed their first STAR‑based sessions. By treating wildfire risk as a land‑use, climate‑adaptation and health challenge, the toolkit supports all‑hazards assessments that can guide investments, protect vulnerable populations, and strengthen health‑system resilience, especially as phenomena like El Niño may intensify future fire seasons.