Washington Fire Season Burned 700,000 Acres in 2026

The 2026 fire season saw significant damage, marking the third-worst year for burned acreage in Spokane since 1970.

Updated on Oct. 13, 2026 in Natural Disasters

Washington Fire Season Burned 700,000 Acres in 2026

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Nearly 700,000 acres burned across Washington state during the 2026 fire season. This total ranks as the third-highest amount of acreage lost in the Spokane area since record-keeping began in 1970.

Why it matters

The fire season began early due to a combination of low precipitation and a lack of winter snowpack. These conditions created a high-risk environment that led to extensive land loss throughout the region.

The 2026 fire season accounted for 700,000 acres burned, a total spanning over a 55-year historical window. This figure represents the third-highest acreage burned in the Spokane area since 1970.

The details

Early onset of fire conditions contributed to the destruction, exacerbated by dry weather patterns. Future damage levels will rely heavily on upcoming seasonal temperatures and moisture levels during the summer of 2027.

Records for Spokane fire season acreage began in 1970.
The 2026 fire season saw 700,000 acres burn across Washington.
Potential El Nino weather patterns are expected during the winter of 2026-2027.
Summer 2027 conditions will determine the impact of next year's fire weather.

Seasonal Patterns

The 2026 fire season ranks as the third-highest burned acreage since the 1970 Spokane fire season records, which serves as the established baseline for regional fire history.

Residents should prepare for a winter that may feature warmer temperatures and rain rather than traditional snowpack, which affects water storage and vegetation. Monitoring regional forecasts in the lead-up to summer 2027 is essential for staying informed on potential fire risks.

The takeaway

The 2026 season highlights how early fire onset and low winter moisture can lead to major land loss. Residents should monitor ongoing seasonal weather patterns as indicators of potential risks for the upcoming summer.