More than 200 million Americans now live in counties touched by drought, and the numbers are still climbing. As of May 5, 2026, roughly 61% of the contiguous United States was classified in drought ranging from moderate to exceptional, according to the U.S. Drought Monitor. That footprint caps what NOAA’s April 2026 climate assessment identified as the driest spring nationally since the agency’s records began in 1895. Peak wildfire season across the West does not typically arrive until late June or July.
How bad the drought is right now
The Drought Monitor, produced weekly by the National Drought Mitigation Center in partnership with USDA, NOAA, and NASA, reported 60.92% of the Lower 48 in drought categories D1 through D4 on its May 5 map. When Puerto Rico is included, 50.90% of combined U.S. territory met the threshold. A week earlier, on April 28, the contiguous figure stood at 61.7%, meaning the footprint has hovered near record territory for consecutive weeks rather than spiking on a single reading.
The classification scale matters. D1 marks moderate drought: crop stress, voluntary water conservation, low streamflows. D4 signals exceptional drought: widespread crop failure, empty stock ponds, and municipal water emergencies. The headline figure of roughly 62% counts only D1 and above, excluding the softer D0 “abnormally dry” designation. In other words, the current footprint reflects genuine water stress, not a statistical artifact padded by borderline readings.
The Southeast has been hit especially hard. NOAA’s April report noted that the region’s drought extent reached levels not previously seen in the Drought Monitor’s operational history, which dates to 2000. Below-normal rainfall stretched from the southern Plains through the Gulf Coast and deep into Georgia and the Carolinas. Satellite-based soil moisture models tracked by NASA confirmed that ground-level dryness matched the precipitation shortfall, leaving reservoirs, farm fields, and forests critically short of stored water heading into summer.
Wildfire risk is already elevated
Drought and wildfire are linked, though not in a simple one-to-one way. Dry soil and stressed vegetation create the fuel; heat and wind provide the ignition conditions. A late-April drought status update for California and Nevada flagged above-normal significant wildland fire potential for June and July 2026 across both states. That assessment drew on forecasts from the National Interagency Fire Center (NIFC) and seasonal outlooks from the National Weather Service Climate Prediction Center. Low snowpack and depleted soil moisture were identified as the primary drivers.
No equivalent national-scale projection for total fire acreage in 2026 has been published in available federal documents, so it would be premature to extrapolate California and Nevada’s outlook to the rest of the country. But the conditions that feed large fires (parched soils, thin snowpack, and below-average reservoir levels) are present well beyond those two states. NIFC’s operational dashboard tracks year-to-date fire counts, acres burned, and the national preparedness level in near-real time, and those numbers will be the clearest early signal of how the season is unfolding.
The Climate Prediction Center’s seasonal drought outlook projects where drought is expected to persist, improve, or develop through the summer window. As of its latest release, persistence is the dominant forecast across the southern Plains, the Southeast, and much of the interior West. That means the fuel load for wildfires is unlikely to shrink on its own without sustained, widespread rainfall that current models do not predict.
What the data cannot tell us yet
Several important questions remain open. The most recent nationwide drought assessment from NOAA covers conditions through April. Post-May 5 Drought Monitor updates had not been published as of late May 2026, so whether the footprint is still expanding or has begun to stabilize in regions that caught late-spring storms is not yet clear. Weekly updates will fill that gap.
Economic damage is another blind spot. Agricultural losses, municipal water restrictions, and downstream effects on hydropower generation are all plausible consequences of a drought this broad, but no federal agency has released a comprehensive dollar estimate for spring 2026 losses. Statements about billions in crop damage or specific commodity price spikes would be speculative without that data.
The relationship between drought extent and wildfire severity is real but nonlinear. A wet June across the Plains could rapidly shrink the drought footprint in that region while doing nothing to reduce fire risk in the bone-dry forests of the Sierra Nevada. Conversely, a heat wave in the Southwest could push fire conditions past critical thresholds even if national drought percentages tick downward. The 61% figure is a snapshot of stress, not a direct predictor of fire acreage.
What this means for communities on the ground
National percentages describe the scale of the problem. Local consequences depend on local infrastructure. A town in D1 or D2 drought is unlikely to see taps run dry overnight, but it may face escalating restrictions on outdoor watering and higher costs for feed, hay, or electricity if hydropower output drops. In D3 or D4 areas, contingency planning becomes urgent: farmers may need to prioritize high-value crops, ranchers may cull herds earlier than usual, and towns that rely on a single surface reservoir may need to activate backup groundwater supplies or emergency interconnections.
The national drought percentage also does not capture local inequities in water access. Small rural systems with aging infrastructure, tribal communities whose water rights are contested or underdeveloped, and low-income households that cannot afford rising utility bills all face disproportionate risk that aggregate maps do not show. Ecosystem impacts like fish kills, wetland loss, and long-term forest stress often emerge only after several consecutive seasons of below-average precipitation and will require separate tracking.
Local water utilities, state agriculture departments, and county emergency managers translate the broad federal indicators into specific rules: irrigation allocations, burn bans, reservoir drawdown schedules, and conservation targets. Those directives are grounded in the same datasets discussed here but tuned to the vulnerabilities of particular communities and watersheds. Residents in drought-affected areas should check their local utility’s conservation stage and their county’s fire restriction status, both of which can change week to week as conditions evolve.
Depleted buffers set the stage for a volatile fire and water season
The verified indicators point to a country entering its warmest months with already depleted buffers. Reservoir levels in many western basins started the season below average. Snowpack in key mountain ranges was thin. Soils across much of the South and Plains were already parched before the first triple-digit heat arrived. Whether widespread summer storms materialize or whether heat and wind compound the stress will determine whether 2026 is remembered as a sharp but recoverable dry spell or the opening stretch of a deeper, multi-year crisis. The next Drought Monitor updates, published every Thursday, will be the first place that answer begins to take shape.
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*This article was researched with the help of AI, with human editors creating the final content.
