Somewhere between 65,000 and 80,000 wildfires are expected to ignite across the United States this year, and the land they consume could dwarf last year’s totals. AccuWeather’s 2026 seasonal wildfire outlook projects that fires could scorch up to 8 million acres before the year is out. If that upper estimate holds, it would represent a roughly 56 percent jump from 2025, when the National Interagency Fire Center recorded 77,850 wildland fires burning 5,131,474 acres.
The math tells a story that should unsettle anyone living near fire-prone land: even if fewer fires start, the ones that do could burn far larger. That pattern has been building for years, driven by hotter summers, prolonged drought, and forests choked with dry fuel. In 2026, several of those ingredients are already in place.
Where the numbers come from
The most reliable yardstick for any wildfire forecast is the federal fire record maintained by the National Interagency Fire Center and the National Interagency Coordination Center. Their statistics table tracks annual wildland fires and acres burned dating back to 1983. By that measure, 2025 landed near the historical midpoint for fire count but well below the worst acreage years on record. The most destructive seasons, including 2015 and 2020, each topped 10 million acres.
AccuWeather’s projected range of 65,000 to 80,000 fires falls within normal historical bounds. The headline number is the acreage ceiling: 8 million acres would place 2026 among the more severe seasons of the past two decades, though still short of the worst on record. The company, a private weather forecaster, builds its seasonal outlooks by combining proprietary modeling with publicly available federal climate and fire data. A detailed methodology has not been published, so independent analysts cannot fully evaluate which drought scenarios or fuel-moisture assumptions produced the upper bound.
Drought and El Niño are stacking the deck
Two large-scale forces are pushing conditions toward a more dangerous fire season. The first is drought. NOAA’s U.S. Drought Monitor tracks soil moisture, streamflows, and precipitation deficits across the Lower 48 states and Puerto Rico. As of late spring 2026, significant portions of the West, Southwest, and Southern Plains are registering moderate to extreme drought. When drought footprints expand, vegetation dries out and forms continuous fuel beds. A single lightning strike or downed power line in those conditions can send a fire racing across tens of thousands of acres before crews gain the upper hand.
The second force is the ocean. NOAA’s Climate Prediction Center has flagged elevated chances of an El Niño episode developing this year, based on sea-surface temperature anomalies and model guidance. In its latest ENSO diagnostic discussion, the CPC placed the probability of El Niño conditions emerging during summer 2026 at roughly 50 to 55 percent. El Niño reshapes precipitation and temperature patterns across North America. In the West and Southwest, El Niño winters have historically delivered less rain and snowpack than normal, leaving forests and grasslands parched heading into summer. The CPC updates its outlook monthly, and the strength of any El Niño matters enormously: a weak event might barely shift rainfall patterns, while a strong one could dramatically cut winter moisture in fire-prone regions.
Together, existing drought and the possibility of El Niño reinforcement create the kind of background conditions that turn routine fire seasons into severe ones. What remains unknown is exactly where and when those conditions will produce major fires on the ground.
What the forecast cannot tell us
National acreage projections are blunt instruments. A single large blaze in remote rangeland can burn enormous tracts with relatively modest direct losses, while a smaller but faster fire near suburbs or critical infrastructure can cause outsized damage. Without finer-grained regional breakdowns, translating an 8-million-acre scenario into specific community risks or dollar figures is guesswork.
Region-specific federal projections for 2026 have not yet appeared in the primary data reviewed for this article. Some analysts have speculated that the Southeast could face disproportionate risk, partly because fire suppression resources and public attention have historically concentrated on Western states. That idea is plausible, especially given expanding drought in parts of the South and Central Plains, and it echoes recent history: the Smokehouse Creek fire in the Texas Panhandle in early 2024 became the largest wildfire in Texas history, burning more than a million acres. But no primary federal dataset confirms elevated Southeast risk for 2026 specifically.
Wildfire smoke is another major unknown. The difference between 5 million and 8 million burned acres carries real consequences for air quality across wide population centers, sometimes hundreds of miles from the nearest flame. Children, older adults, and people with existing heart or lung conditions are especially vulnerable. Updated federal modeling connecting projected 2026 acreage to specific air quality outcomes has not been released as of late May 2026.
What fire-prone communities should watch
For people living in or near wildfire country, the most useful information will not come from national acreage projections. Local drought indicators, regional fire danger ratings, and guidance from county and state fire authorities will offer the clearest, most actionable signals as summer intensifies. The NIFC publishes national preparedness levels that reflect how stretched federal firefighting resources are at any given time, and those updates are worth tracking as the season progresses.
AccuWeather’s outlook, and seasonal forecasts like it, function best as early warnings rather than precise predictions. They signal that the balance of risk in 2026 is tilted toward larger, harder-to-control fires unless weather patterns break decisively in the other direction. The federal data already supports that tilt. Whether the season ultimately lands closer to 5 million acres or 8 million will depend on variables no forecast can fully capture: where lightning strikes, when winds shift, and how quickly crews can respond when the next big fire starts running.
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*This article was researched with the help of AI, with human editors creating the final content.
