Cattle ranchers in western Kansas are selling herds they cannot afford to water. Reservoir levels across Colorado’s Front Range have dropped to where managers usually expect them in August, not May. And in the Carolinas, fire crews who rarely see significant spring wildfire activity have been running back-to-back shifts since March. Across the country, the numbers behind these scenes are historic: the January-through-March period of 2026 was the driest on record for the contiguous United States, with precipitation falling below 70% of the long-term average, according to NOAA’s National Centers for Environmental Information (NCEI monthly climate report). As of late April, roughly 62% of the lower 48 states sat in moderate drought or worse, and wildfires had already scorched nearly twice the typical acreage for this point in the year.
A record that stretches back to 1895
Federal climate records for the contiguous U.S. begin in 1895, and by that yardstick, spring 2026 stands alone. NOAA’s Palmer Drought Severity Index, the longest-running national drought metric, hit an extreme negative reading in March 2026 that has no precedent in the full 131-year archive. That same month also registered as the warmest March in NCEI’s temperature record, compounding the moisture deficit with accelerated evaporation from soils, crops, and reservoirs.
The U.S. Drought Monitor, published weekly by the National Drought Mitigation Center alongside USDA, NOAA, and NASA, mapped close to 60% of the contiguous U.S. under moderate drought or worse (categories D1 through D4) on its April 21, 2026, release. Subsequent updates have pushed that footprint toward 62%, a figure that continues to climb as spring rainfall fails to materialize across the Plains and Interior West.
For comparison, the last time drought coverage approached this scale was the summer of 2012, when roughly 65% of the contiguous U.S. reached D1 or higher at peak. But that event crested in late July. In 2026, the country is hitting similar territory before Memorial Day, with the hottest and driest months still ahead.
Wildfires running nearly double the pace
The National Interagency Fire Center tallied 1,847,151 acres burned from January 1 through May 1, 2026. The 10-year average for that window is 958,863 acres, putting 2026 at roughly 93% above normal. In practical terms, fire crews have confronted almost twice the workload they would expect by this date.
What stands out beyond the raw acreage is where some of these fires are burning. Early-season blazes have flared in parts of the Southeast and Mid-Atlantic that historically see little spring fire activity. No federal analysis has yet confirmed a systematic geographic shift in 2026 ignition patterns compared to the 10-year baseline, but state forestry officials in the Carolinas and Virginia have publicly noted the unusual volume of calls. NIFC’s seasonal data, once broken down regionally later this year, should clarify whether this eastward creep is a statistical blip or a meaningful trend.
NOAA’s Climate Prediction Center, in its spring outlook covering April through June, projected drought expanding further across the West and parts of the Plains. That forecast is probabilistic, not a guarantee for any single county, but it signals that the atmospheric pattern driving the dryness shows no clear sign of breaking.
What La Niña left behind
The backdrop for this drought includes a La Niña pattern that persisted through much of the preceding winter, steering the jet stream northward and starving the southern tier of the country of Pacific moisture. La Niña winters have historically correlated with drought across the southern Plains and Southwest, but the 2025-2026 event coincided with record-warm sea surface temperatures in other ocean basins, amplifying the heat side of the equation in ways that go beyond a typical La Niña season.
That combination of suppressed rainfall and record warmth is critical. Drought severity is not just about missing rain; it is about how fast the rain that does fall gets pulled back into the atmosphere by heat-driven evaporation. Soil moisture sensors maintained by USDA’s SCAN network have recorded readings in parts of Oklahoma, Kansas, and eastern Colorado that rank among the lowest for April in their operational history, a signal that even modest spring showers are being absorbed or evaporated before they can recharge root zones.
On the ground: water, crops, and cattle
Reservoir operators in several Western basins shifted into conservation mode earlier than usual this spring, tightening releases to preserve storage for summer demand. Rural water districts in parts of the central and southern Plains have announced voluntary cutbacks, and some municipalities are preparing to escalate to mandatory restrictions if conditions do not improve by June.
No official USDA crop-loss estimates have been published for the spring 2026 growing season, so the agricultural toll remains an open question. Field reports from cooperative extension agents in Kansas and Oklahoma describe visible stress on winter wheat, with some stands failing to reach normal height before heading. Early-planted corn and sorghum in the southern Plains face similar pressure. Formal yield assessments will not arrive until USDA’s summer crop reports, but the window for recovery is narrowing with each dry week.
Ranchers face a more immediate squeeze. Pasture and range conditions across the southern Plains have been rated “poor” or “very poor” by USDA’s weekly crop progress reports at levels not seen this early in the season since 2011. When grass does not grow, feed costs spike, and herd liquidation follows. Livestock auction volumes in western Kansas and the Texas Panhandle have reportedly climbed in recent weeks, though comprehensive regional data will take time to compile.
What the data cannot yet answer
Several important dimensions of this drought remain unresolved. FEMA and other federal agencies have not released damage or cost projections tied specifically to the 2026 drought, so any dollar figures circulating in secondary coverage should be treated as preliminary. State-level wildfire suppression capacity is another gap: NIFC’s national acreage totals do not reveal whether individual states face resource shortfalls or whether crews are being redeployed from traditional Western assignments to less typical burn zones in the East.
The trajectory through summer carries genuine uncertainty as well. Seasonal forecasts favor continued expansion in the West and Plains, but a single sustained weather pattern shift, such as a stalled low-pressure system pulling Gulf moisture northward, could alter the picture in specific regions within weeks. Past seasons have seen both under- and over-performance relative to these outlooks.
For anyone in an affected area, the most actionable step right now is checking the U.S. Drought Monitor’s weekly map for local conditions and reviewing water-use restrictions from state or municipal authorities. Local emergency management offices, cooperative extension services, and state forestry agencies translate the national indicators into specific guidance on irrigation, outdoor burning, and wildfire preparedness.
A drought still writing its own history
The core climate indicators behind this story are not ambiguous. Precipitation deficits, temperature anomalies, Palmer index readings, and early wildfire acreage all point to the same conclusion: spring 2026 is an outlier in 131 years of federal records. But the most consequential chapters, the ones measured in lost harvests, drained reservoirs, and strained fire budgets, have not been written yet. Official crop reports will clarify the hit to yields. Economic assessments will tally direct and indirect losses. Fire season summaries will show whether the early surge in burned acreage persisted or plateaued.
Until then, the drought is still accelerating, and the calendar is working against the country. Summer, historically the peak of both heat and fire activity, has not yet arrived.
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*This article was researched with the help of AI, with human editors creating the final content.
