Tens of millions of acres of parched land across the western United States face an elevated wildfire threat this year, with AccuWeather projecting between 65,000 and 80,000 wildfires that could burn 5.5 million to 8 million acres. The forecast ties together three converging forces: persistent drought that already grips a large share of the Lower 48, seasonal heat outlooks that favor above-normal temperatures, and a developing El Niño pattern expected to dry out much of the West through summer and fall. For homeowners, land managers, and fire crews preparing for the months ahead, the numbers signal a season that could rival some of the worst on record.
What is verified so far
The strongest piece of confirmed evidence behind this forecast is the drought footprint. According to NOAA climatologists, severe-to-exceptional drought covered over 40% of the contiguous United States in April 2026. That figure captures the most intense categories on the drought scale and excludes areas classified as merely abnormally dry or in moderate drought, meaning the total moisture deficit across the country is far wider than the 40% headline alone suggests.
The weekly maps maintained by the U.S. Drought Monitor confirm that large portions of the Southwest, Great Basin, and southern Plains remain locked in sustained dryness, with soil moisture and streamflow levels running well below normal. The USGS WaterWatch network, which feeds into these assessments, shows percentile streamflows in many western basins sitting at historic lows for this point in the year. In practical terms, that means fine fuels such as grasses and shrubs are already cured or close to it, and larger fuels like downed logs are losing the last of their winter and spring moisture.
Federal wildfire statistics maintained by the National Interagency Fire Center provide the baseline against which AccuWeather’s range should be measured. NIFC’s year-to-date and historical tables track both fire counts and acres burned going back decades. AccuWeather’s projected range of 5.5 million to 8 million acres sits well above the ten-year average in those federal records, and the upper end of the range would place 2026 among the more destructive fire years in the modern record, even if it does not match the very worst seasons.
NOAA’s Climate Prediction Center has issued seasonal outlooks indicating elevated odds of warmer and drier conditions across western states through the summer months. The agency’s ENSO Diagnostic Discussion describes the developing El Niño signal, which historically correlates with reduced precipitation in parts of the Pacific Northwest and northern Rockies during late summer and fall. The National Significant Wildland Fire Potential Outlook, referenced on the federal drought and fire information hub, ties these climate signals directly to heightened ignition risk, faster spread rates, and longer fire seasons across the region.
These strands of evidence line up in a consistent direction. Drought has already lowered fuel moisture, the coming months are likely to be hotter and drier than average, and the large-scale climate pattern favors continued stress on western watersheds. None of those elements guarantees a specific number of fires, but together they support the conclusion that the underlying environment will be primed for significant wildfire activity.
What remains uncertain
AccuWeather’s specific forecast of 65,000 to 80,000 fires and 5.5 million to 8 million acres is a proprietary projection. The company has not published the internal weighting methodology it uses to convert drought severity, temperature anomalies, and ENSO probabilities into those precise numbers. Federal agencies such as NIFC and the Climate Prediction Center issue their own risk outlooks, but those products generally describe fire potential in qualitative terms, such as “above normal” or “below normal,” rather than offering exact fire counts or acreage totals. That gap means the specific AccuWeather numbers cannot be independently replicated from publicly available federal data alone.
The El Niño connection also carries uncertainty. The Climate Prediction Center’s ENSO discussion provides probability windows for the transition from ENSO-neutral conditions to El Niño, but those probabilities shift month to month. Whether El Niño fully establishes itself by peak fire season, and how strongly it suppresses western precipitation, will not be clear until midsummer at the earliest. Past El Niño episodes have varied widely in their wildfire impacts depending on timing, intensity, and interaction with other atmospheric patterns, including the position of the jet stream and the presence of blocking high-pressure systems over the West.
Another unresolved question is how human behavior will intersect with the underlying climate risk. Most wildfires in the United States are started by people, through activities ranging from equipment use and debris burning to power-line failures and recreation. Even with elevated fuel dryness, the actual number of ignitions depends on how aggressively states and utilities pursue prevention measures, how strictly burn bans are enforced, and whether early-season fire activity prompts tighter restrictions later in the summer. Those policy and behavior variables are difficult to model months in advance.
State-level precipitation deficit forecasts, which would be needed to translate broad climate outlooks into specific acreage projections, are not available at the granularity required to verify the upper or lower bounds of AccuWeather’s range. The seasonal outlook from the Climate Prediction Center offers regional probability tilts but does not produce the kind of deterministic precipitation totals that would pin down how many acres will ultimately burn in any given state. Local thunderstorms, monsoon surges, and the exact timing of dry lightning events can make the difference between a relatively quiet season and a severe one within the same broad climate regime.
NOAA’s April 2026 climate report documents temperature and precipitation anomalies for that month but does not include a seasonal verification against prior El Niño wildfire seasons. That comparison would help calibrate expectations by showing how similar combinations of drought, heat, and ENSO phase have played out in the past, but it has not been published in the available federal products. Until such analyses are released, any attempt to tie the 2026 outlook to a specific historical analog will rest on partial evidence.
How to read the evidence
The strongest evidence in this story comes from primary federal sources: NOAA’s climate reports, the U.S. Drought Monitor, NIFC wildfire statistics, and the Climate Prediction Center’s seasonal and ENSO outlooks. These agencies collect and standardize data using transparent, peer-reviewed methods. When they report that over 40% of the contiguous U.S. sits in severe-to-exceptional drought, that figure rests on ground-truth measurements from weather stations, satellite imagery, and hydrological models that have been refined over decades.
AccuWeather’s forecast draws on many of the same raw inputs but adds a layer of proprietary modeling to produce specific counts and acreage ranges. That approach can offer a concrete sense of scale for planning purposes, yet it should be interpreted as one scenario among many rather than a definitive prediction. The absence of a published methodology means outside analysts cannot test how sensitive the forecast is to shifts in key assumptions, such as a weaker-than-expected El Niño or an early onset of monsoon rains in the Southwest.
For readers, the most reliable takeaway is directional rather than numerical. The verified data show an expansive and entrenched drought, a climate outlook tilted toward warmth and dryness in the West, and a fire environment that federal experts already rate as elevated in many regions. Those facts support heightened vigilance, expanded mitigation work near communities, and careful attention to local fire restrictions as the season unfolds, even as the exact tally of fires and burned acres remains uncertain.
In practice, that means treating the AccuWeather figures as a high-end warning flag layered on top of the federal outlooks, not as a guaranteed outcome. The coming months will determine where within that wide range 2026 ultimately lands, but the underlying message from both public data and private forecasts is clear: much of the West is entering fire season on the back foot, and the margin for error is thin.
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*This article was researched with the help of AI, with human editors creating the final content.
