Nearly two-thirds of the Lower 48 states are locked in drought, and the fire season is already underway. AccuWeather projects that between 65,000 and 80,000 wildfires will ignite across the United States in 2026, potentially scorching up to 8 million acres before the year is out. If that upper estimate holds, it would rival the punishing 2024 season and mark one of the most destructive fire years in recent memory.
The forecast lands at a moment when ranchers in the southern Plains are watching pastures turn to tinder, mountain communities in Colorado and California are clearing brush weeks earlier than usual, and federal fire managers are staffing up for what could be a long, grinding summer.
Where the numbers come from
AccuWeather’s projection draws on the same federal fire ledger that agencies use to plan suppression campaigns. The National Interagency Fire Center (NIFC) recorded 77,850 wildland fires in 2025, burning 5,131,474 acres. That was a comparatively mild year. In 2024, fires consumed 8,924,884 acres, a gap of roughly 3.8 million acres that underscores how wildly seasons can swing.
AccuWeather’s range of 65,000 to 80,000 fires fits comfortably inside that recent band. The 2025 fire count already falls within it. The 8-million-acre ceiling, meanwhile, would approach but not quite match 2024’s total. In short, the forecast anticipates a season that tracks closer to the hotter end of recent experience, not a repeat of 2025’s relatively contained outcome.
Drought is the engine behind those numbers. According to NOAA’s National Climate Report, approximately 61.7% of the contiguous United States was classified in drought as of the week of April 28, 2026, based on the U.S. Drought Monitor. That level of moisture deficit bakes out vegetation, drops fuel moisture in grasses and timber, and compresses the window between a spark and a fast-moving fire.
Parts of the southern Plains, the central and southern Rockies, and interior California are especially parched heading into June 2026. NOAA’s regional precipitation data show persistent rainfall deficits in those corridors, the same areas that historically produce the largest and most damaging fires when summer heat and wind arrive.
What federal agencies are saying
AccuWeather’s projection is a private-sector forecast, not an official government outlook. No primary statement from NIFC, the U.S. Forest Service, or the Department of the Interior has endorsed the specific range of 65,000 to 80,000 fires or the 8-million-acre ceiling.
Federal agencies do publish their own seasonal guidance. The National Interagency Coordination Center issues a monthly National Significant Wildland Fire Potential Outlook that flags regions where above-normal fire activity is expected. Recent editions have highlighted elevated risk across much of the West and parts of the southern tier, consistent with the drought data, though they do not condense the outlook into a single national acreage number the way AccuWeather does.
NIFC’s National Fire News page publishes weekly year-to-date statistics alongside 10-year average baselines, giving fire managers and the public a near-real-time gauge of whether the current season is running ahead of or behind historical norms. Individual fires are tracked on the federal InciWeb incident information system, which logs containment levels, evacuations, and closures as events unfold.
Why the outcome could swing either way
Drought sets the table, but weather writes the menu. A single wind-driven complex fire can add hundreds of thousands of acres in a matter of days. Conversely, a well-timed series of monsoonal storms in July or August can shut down late-season fire activity across the Southwest almost overnight.
The U.S. Drought Monitor classifies conditions on a scale from abnormally dry through exceptional drought. The 61.7% figure spans that entire spectrum, meaning the share of land in the most severe categories could shrink if storms arrive or expand if precipitation deficits persist and heat waves intensify through the summer.
Ignition patterns add another layer of unpredictability. Human-caused fires along highways, power-line corridors, and recreation areas tend to spike around holiday weekends and local heat waves. Lightning-driven fires in remote forests depend on storm tracks that are not yet knowable in detail for the full season. Even with parched fuels, a shift in storm frequency or wind direction can mean the difference between dozens of small starts and a handful of megafires that dominate the annual tally.
There is also the question of whether 2026 could blow past the forecast entirely. NIFC’s historical record shows that burned acreage can jump by millions of acres based on a few weeks of unfavorable weather. Large fire complexes in Alaska, which often fluctuate independently of the Lower 48, can further inflate national totals in an active year. If drought deepens through summer and dry lightning collides with timber-heavy fuel loads in the northern Rockies, the 8-million-acre cap could prove conservative.
Staffing and suppression capacity
Resource readiness is an open question heading into peak season. Federal wildland fire job portals operated by the Department of the Interior and the U.S. Forest Service list recruitment for hotshot crews, engine modules, aviation positions, and support staff, but publicly available data do not quantify current staffing levels relative to projected demand.
Whether agencies have enough crews, aircraft, and equipment to handle a season at the upper end of AccuWeather’s range is typically addressed in seasonal preparedness briefings. Local and state capacity can help offset federal gaps, but those systems face their own pressures from overlapping disasters and tight budgets. A high-activity season that stretches from the southern Plains into the Pacific Northwest simultaneously would test the national suppression network in ways that a geographically concentrated season would not.
What people in fire-prone areas can do now
For homeowners on the wildland-urban fringe, the drought data alone justifies moving from awareness to action before peak fire weather arrives. The National Fire Protection Association’s Firewise USA program outlines specific steps: clearing defensible space around structures, replacing or covering combustible vents and eaves, removing dead vegetation within 30 feet of buildings, and mapping multiple evacuation routes in case primary roads are blocked.
Ranchers and agricultural operators in drought-affected regions should plan for potential disruptions to grazing allotments and water access if large fires prompt federal land closures. Outdoor recreation businesses, particularly in the Rockies and Sierra Nevada, may need contingency plans for smoke advisories, heat restrictions, and temporary trail or campground shutdowns that can wipe out weeks of peak-season revenue.
At the community level, fire departments and emergency managers can track weekly NIFC updates and InciWeb incident pages to adjust staffing and public messaging as conditions evolve. Counties and municipalities should revisit burn bans, fireworks restrictions, and public land access rules during peak risk windows. Neighborhood groups can coordinate fuel-reduction work days and establish communication trees for fast-moving evacuations.
How drought, weather, and preparation will decide the 2026 fire season
The combination of widespread drought, volatile recent fire history, and private-sector modeling points toward a 2026 season with elevated risk but a wide range of possible outcomes. AccuWeather’s numbers are best understood as a directional warning, not a precise prediction. The federal record shows that a few weeks of favorable or unfavorable weather can shift national acreage totals by millions of acres, and that reality will hold this year as well.
What is firmly established, as of late May 2026, is the dryness on the ground and the potential it creates. What remains to be determined is how weather, ignitions, and human preparation interact over the coming months to decide how much of that potential becomes fire.
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*This article was researched with the help of AI, with human editors creating the final content.
