By mid-May 2026, more than 62 percent of the contiguous United States was classified as being in drought, according to the U.S. Drought Monitor. Reservoirs across the West sat well below capacity. Grasslands in the Southern Plains had turned brittle weeks ahead of schedule. And AccuWeather, the private forecasting service, had already issued a stark seasonal projection: U.S. wildfires could burn as many as 8 million acres before the year is out, a total that would far exceed the recent annual average and place 2026 among the more destructive fire seasons in the modern record.
The forecast has drawn attention from fire managers, insurers, and homeowners in fire-prone corridors from Southern California to the Texas Panhandle. But how much of it is grounded in hard data, and how much remains an educated guess? The answer matters, because the difference between a bad fire year and a catastrophic one often comes down to a few weeks of weather that no model can pin down months in advance.
The drought footprint is already unusually large
For the week of May 13 through May 19, 2026, the National Drought Mitigation Center reported that 62.42 percent of the Lower 48 states met the threshold for drought on its five-tier scale, which ranges from abnormally dry (D0) to exceptional drought (D4). The dashboard, maintained jointly with NOAA, the USDA, and NASA, is updated weekly and serves as the federal government’s primary drought-tracking tool.
When Puerto Rico and other U.S. territories are included, the national drought figure drops to about 52 percent, largely because several island and Pacific territories have received closer-to-normal rainfall. But for the continental interior, the picture is bleak. NOAA’s April 2026 national climate report documented above-average temperatures and below-average precipitation across large sections of the West, a pattern that has persisted long enough to draw down soil moisture and stress vegetation heading into the hottest months.
Crossing the 60-percent drought threshold by mid-May is significant because the most dangerous stretch for wildfires in the West and Southern Plains typically runs from June through October. Dry soils, depleted vegetation moisture, and low reservoir levels all compound as summer heat builds, turning landscapes into fuel that a single lightning strike, downed power line, or carelessly discarded cigarette can ignite.
What AccuWeather’s 8-million-acre forecast actually means
AccuWeather’s projection places 2026 well above the 10-year average for acres burned but below the worst years on record. Data from the National Interagency Fire Center, which has tracked wildland fires and acres burned since 1983, show that the most extreme recent seasons, including 2015, 2017, and 2020, each approached or exceeded 10 million acres. An 8-million-acre year would be painful and costly, but it would not be unprecedented.
Still, the number deserves careful handling. AccuWeather is a well-established commercial weather service, and its seasonal outlooks draw on legitimate meteorological inputs including drought indices, climate models, and historical analogs. But the specific methodology behind the 8-million-acre figure has not been published in a peer-reviewed journal or government dataset. No federal agency has issued its own full-season acreage forecast that matches or contradicts it. NIFC tracks what has already burned and maintains historical records, but it does not publish a single forward-looking estimate of total acres expected to burn by year’s end.
That means the projection should be understood as one informed scenario, not a confirmed outcome. Other private or academic groups could generate different numbers using alternative assumptions about monsoon timing, ignition patterns, or suppression effectiveness.
Why the final number could land higher or lower
History shows that widespread spring drought generally correlates with above-average burn totals, but individual seasons can diverge sharply. The North American monsoon, which typically delivers moisture to the Desert Southwest between late June and September, is one of the biggest wildcards. A robust monsoon could dampen fire activity across Arizona, New Mexico, and parts of Colorado even if May drought numbers look alarming. A weak or late monsoon could leave those same landscapes exposed well into fall.
The timing of autumn rains in California and the Pacific Northwest matters just as much. Some of the state’s most destructive fires, including the 2018 Camp Fire and the 2020 Glass Fire, erupted in October and November when offshore winds drove flames through bone-dry terrain that had not yet seen meaningful rain.
Human behavior adds another layer of uncertainty. Aggressive fire restrictions, rapid suppression responses, and public caution can keep ignition counts lower than conditions alone would suggest. Conversely, a surge in outdoor recreation, construction, or energy activity in remote areas can multiply the number of sparks that find receptive fuel. These variables are difficult to capture in any climate or drought model, yet they can strongly influence how much land ultimately burns.
Where the risk is concentrated
The Drought Monitor’s May maps show the most intense conditions stretching across the Southern Plains, including large portions of Texas, Oklahoma, and Kansas, as well as the interior West from eastern Oregon and Washington through Nevada, Utah, and into the Four Corners region. Parts of the Northern Rockies and Northern Plains are also running dry, raising the prospect of grassland fires that can move with extraordinary speed across open terrain.
California, which has dominated wildfire headlines for much of the past decade, enters summer with mixed signals. Some coastal and northern areas received moderate winter precipitation, but the southern half of the state remains well below normal. Fire managers there are watching fuel moisture readings closely; once live-fuel moisture in chaparral drops below critical thresholds, the risk of wind-driven fires climbs steeply.
What homeowners and communities can do now
For residents in fire-prone areas, the practical window to prepare is already open and narrowing. Fire-safety officials consistently recommend the same core steps: clear dry vegetation and debris at least 30 feet from structures, clean gutters and rooflines, and create defensible space that can slow or redirect wind-driven embers. Replacing wood fencing that connects to the house with metal or masonry sections can eliminate a common ignition pathway.
Insurance is another area that deserves attention before fire season peaks. In several Western states, insurers have pulled back from high-risk ZIP codes or sharply increased premiums. Homeowners who have not reviewed their policies since last year may find that coverage limits, deductibles, or availability have changed. Checking now, rather than after a fire warning is issued, provides more options.
Monitoring local burn bans and evacuation alerts is equally important. In fast-moving fire events, the difference between an orderly evacuation and a chaotic one is often measured in minutes. Signing up for county or municipal emergency notifications and keeping a go-bag with essential documents, medications, and supplies can buy critical time.
Tracking the season as it unfolds
Federal agencies including the U.S. Forest Service and the National Park Service are already staffing up for what fire managers expect to be a demanding summer, guided by the same drought and climate indicators available to the public. NIFC’s running tallies of fires and acres burned, updated regularly on its website, will serve as the most reliable scoreboard for tracking whether 2026 turns out to be merely above average or something closer to the extremes of the past decade.
The Drought Monitor, published every Thursday, will show whether conditions are worsening or easing as summer progresses. NOAA’s monthly climate reports will add temperature and precipitation context. Together, these federal datasets offer a near-real-time picture of evolving risk that any reader can check independently.
AccuWeather’s 8-million-acre figure is best understood as a warning calibrated to current conditions, not a guarantee of what the season will bring. But the drought data underpinning it are not speculative. More than 60 percent of the Lower 48 is already dry, summer heat has not yet peaked, and the most fire-prone months are still ahead. Whether the final tally lands at 6 million acres or 10 million, the signal from the landscape is the same: this is not a year to wait until August to take fire risk seriously.
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*This article was researched with the help of AI, with human editors creating the final content.
