In late May 2026, ranchers outside Amarillo, Texas, watched dry lightning crack across pastures that had not seen meaningful rain since January. Across the Southern Plains and into the Pacific Northwest, similar scenes have played out for weeks, with drought now covering more than half the continental United States and spring temperatures running persistently above average. Against that backdrop, AccuWeather projects that between 65,000 and 80,000 wildfires will ignite across the U.S. in 2026, with the potential to burn up to 8 million acres before the season ends.
If that upper estimate holds, it would represent a roughly 56 percent increase over the 5.1 million acres that burned last year. That comparison, however, deserves a caveat: it measures the ceiling of a forecast range against a single prior year’s total, which can overstate the expected change. The midpoint of AccuWeather’s acreage range, if one existed, would tell a less dramatic story. Still, even a season near the lower bound would push 2026 into historically significant territory.
“The combination of long-duration drought and above-normal temperatures has created fuel conditions we don’t often see this early in the season,” said AccuWeather senior meteorologist Dave Samuhel in the company’s 2026 wildfire outlook. For millions of residents in fire-prone areas, the numbers translate into a blunt reality: this could be a summer defined by evacuation orders, hazardous smoke, and suppression costs that test already strained federal budgets.
Where the numbers stand heading into June 2026
The clearest benchmark for evaluating AccuWeather’s projection is the federal wildfire record maintained by the National Interagency Fire Center (NIFC). In 2025, the NIFC logged 77,850 wildland fires that burned 5,131,474 acres across the country. That fire count already sits squarely inside AccuWeather’s 2026 range of 65,000 to 80,000 starts, but the acreage forecast tells a more alarming story: 8 million acres would far exceed last year’s total and land well above the recent 10-year average of roughly 7 million acres per year.
For historical perspective, the worst year in the modern record was 2015, when wildfires scorched approximately 10.1 million acres. An 8-million-acre season would not break that mark, but it would rank among the five most destructive since the NIFC began comprehensive tracking in 1983.
Drought is the primary accelerant behind the forecast. The U.S. Drought Monitor, a joint product of NOAA, the National Drought Mitigation Center, and the USDA, showed more than 50 percent of the contiguous U.S. in drought conditions as of late May 2026. Dry soils and depleted streamflows mean grasses, brush, and timber cure faster, creating continuous fuel beds that allow small ignitions to grow rapidly into large, fast-moving fires. USGS streamflow gauges confirm the pattern: water levels in key Western basins remain well below historical percentiles, stripping away the natural moisture barriers that can slow fire spread.
NOAA’s National Centers for Environmental Information documented the trend in its April 2026 climate summary, which showed temperatures running above the long-term average while precipitation fell short across regions already stressed by drought. Warm, dry air pulls moisture from dead vegetation, lowering the energy threshold for ignition and extending the window when fuels are primed to burn.
Regions facing elevated fire risk in spring 2026
As of late May 2026, the National Weather Service has issued red-flag warnings across portions of the Texas Panhandle, western Oklahoma, and southwestern Kansas, where gusty winds and single-digit relative humidity have created critical fire weather conditions. Farther west, much of eastern Oregon, central Washington, and the Northern Rockies of Idaho and Montana are under elevated fire risk as snowpack melted weeks ahead of schedule and left hillsides of dead grass exposed to unseasonable heat.
The traditional fire belt running through California, Oregon, Washington, and the Northern Rockies remains the primary concern, but expanding drought across the Southern Plains and parts of the Southeast has raised the possibility that significant fire activity could shift eastward into areas with less suppression infrastructure and fewer residents accustomed to wildfire risk. NOAA’s Climate Prediction Center publishes 30-day temperature and precipitation outlooks, but those products do not translate directly into fire-specific risk maps for an entire season. Whether 2026 follows the familiar Western-dominated pattern or breaks it with large fires in grasslands and wildland-urban interface zones far from the Pacific coast remains to be seen.
What the forecast cannot tell us
AccuWeather’s seasonal outlooks serve clients in agriculture, insurance, energy, and emergency management, and they carry real planning value. But the company has not published a detailed methodology for this specific projection. Without a peer-reviewed paper or a public assumptions list, independent analysts cannot fully evaluate how the 65,000-to-80,000 range and the 8-million-acre ceiling were derived. The range itself is broad: the low end would fall below last year’s fire count, while the high end would exceed it, leaving room for very different outcomes depending on how summer weather patterns develop.
No federal agency has released a 2026-specific ignition-cause breakdown, either. Historical NIFC data shows that human activity accounts for the majority of wildfire starts in most years, but the specific mix of causes varies by region and season. Without current data, it is difficult to gauge whether targeted prevention efforts like utility infrastructure hardening or tightened burn restrictions could meaningfully reduce the projected count.
Burn severity is similarly unknowable in advance. The USGS Monitoring Trends in Burn Severity (MTBS) program maps fire extent and severity from 1984 to the present, but its assessments are retrospective, with the most recent data covering fires through 2024. That lag means there is no way to predict whether this year’s fires will burn hotter or leave more lasting damage to soil and watersheds than past seasons, even if total acreage lands near historical extremes.
Federal budgets and suppression strain
A season at the upper end of AccuWeather’s range would carry significant financial consequences. Federal wildfire suppression spending has repeatedly exceeded $2 billion in recent high-acreage years, and the U.S. Forest Service has warned for over a decade that rising fire costs consume funds originally allocated to forest management, trail maintenance, and other non-fire programs. An 8-million-acre season would almost certainly intensify that budget pressure, particularly if multiple large fires burn simultaneously and force the deployment of shared national resources like air tankers, hotshot crews, and incident management teams.
The insurance industry is watching closely as well. Insurers have already pulled back from high-risk markets in parts of California and Colorado, and a severe 2026 season could accelerate that retreat, leaving more homeowners dependent on state-backed plans with limited coverage.
What residents and communities should do before peak season
For anyone living in or near wildfire-prone areas, the practical message is to act before peak fire season, not during it. The NIFC maintains a national portal with current fire statistics and links to regional coordination centers, while incident-level updates are posted on InciWeb when major fires break out. Those sites provide verified information on evacuations, containment, and road closures that can differ sharply from early social media reports.
Preparedness extends well beyond the fire line. Smoke from distant wildfires can trigger asthma attacks, worsen heart conditions, and cause respiratory distress hundreds of miles from the flames. The interagency wildland fire community publishes health guidance on masks, indoor air quality, and smoke exposure that is aimed at firefighters but equally useful for residents. Checking local air quality forecasts, securing HEPA filters or portable air purifiers, and consulting with medical providers about pre-existing conditions are steps worth taking before the first major smoke plume drifts across the horizon.
At the household level, fire experts consistently stress defensible space: clearing leaves and pine needles from roofs and gutters, moving firewood and propane tanks away from structures, and trimming vegetation so flames have fewer pathways to reach buildings. Communities can go further by updating evacuation routes, testing alert systems, and coordinating with utilities on vegetation management near power lines.
How to weigh a private forecast against federal fire data
Federal datasets confirm that the United States is entering fire season with widespread drought, above-average warmth, and a recent history of millions of acres burned each year. What they do not confirm is that 2026 will necessarily hit the top of AccuWeather’s projected range. The gap between 65,000 fires and 80,000, or between 5 million acres and 8 million, is enormous in human and ecological terms.
The smartest approach is to treat AccuWeather’s outlook as one credible scenario among several possibilities. It is grounded in real climate signals and historical patterns, but it is not a government warning or a peer-reviewed certainty. Residents, planners, and policymakers who use it as a reason to prepare now, rather than a reason to panic or dismiss, will be best positioned no matter how the season ultimately unfolds.
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*This article was researched with the help of AI, with human editors creating the final content.
