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Regional Drought Update Date
February 26, 2026
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Drought Status Update

Drought Status Update for the Southern Plains


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NIDIS and partners will issue future Drought Status Updates as conditions evolve.

Drought and Fires Impact Southern Plains, But March Precipitation Could Bring Short-Term Relief

Key Points

  • Fires have burned across Oklahoma, southwest Kansas, and the Texas Panhandle this winter.
  • Texas and Oklahoma are currently facing significant drought challenges across multiple regions, affecting rangelands and water supplies and increasing wildfire risk.
  • Recent rain in central Kansas improved conditions, but Abnormally Dry (D0) to Severe Drought (D2) conditions persist along the Kansas/Oklahoma border.
  • Long-range forecasts suggest that temperatures are likely to remain above normal, but drought in Texas and western Oklahoma will begin to see some short-term improvement. 
    • Sub-seasonal outlooks show a warm and wet pattern for the Southern Plains in early March. 
    • With La Niña likely to break down in early spring, drought conditions should begin to see signs of improvement.

This update is based on data available as of Thursday, February 26, 2026 at 9 a.m. CT. We acknowledge that conditions are evolving.

Current Conditions
Current Drought Conditions in the Southern Plains

U.S. Drought Monitor Categories
18.84
34.83
19.05
13.09
0.92
67.88

Main Stats
442.6 Square Miles
Size of the Ranger Road Fire in Oklahoma and Kansas, the largest fire of the season so far
67.9%
of the Southern Plains is experiencing some level of drought
22 Million
Southern Plains residents in areas of drought (estimated), according to the U.S. Drought Monitor

Current Conditions and Impacts for the Southern Plains

  • February is typically one of the driest months across the Southern Plains. It is the driest month of the year for Texas and second driest for Kansas and Oklahoma, on average.
  • Texas and Oklahoma are currently facing significant drought challenges across multiple regions, affecting water supplies and increasing wildfire risk.
    • Severe to Extreme (D2-D3) drought across central and eastern Oklahoma has prompted a series of county-wide burn bans, including in Tulsa County.
    • Exceptional Drought (D4) continued in Big Bend National Park, and returned to far southern Texas. Extreme Drought (D3) expanded again across parts of central Texas, including Austin and San Antonio and an area north of Houston, according to the U.S. Drought Monitor.
    • While the late January winter storm provided temporary relief to parched topsoil in the Panhandle and South Plains region of Texas, the underlying drought remains critical. The February 18 Texas A&M AgriLife report describes long-term drought taking a toll in the South and Coastal Bend regions of Texas, which has had little to no precipitation and a few hard freezes this winter. This damaged fruit and vegetable crops and forced producers to purchase supplemental feed, haul water, and continue deeper culls to their herds.  
    • Combined capacity at Lake Corpus Christi and Choke Canyon Reservoirs fell to 9.3%. Along the Rio Grande, Elephant Butte reservoir is at 11.8%Amistad is at 32.9%, and Falcon is at 20.6% of capacity.
  • Of the three states in the Southern Plains, Kansas has the least drought so far this winter. Parts of central and eastern Kansas received rainfall in excess of 4 inches in late February. However, Moderate to Severe Drought (D1 to D2) is present in the southeast, with Abnormally Dry (D0) to Moderate Drought (D1) conditions in the southwest where wildland fires spread rapidly in late February.
  • While final numbers are not in yet, large parts of the region, including Kansas and the Oklahoma and Texas Panhandles, are likely to see both winter and February rank within the top five warmest compared to historical records.
  • Soil moisture across most of Texas, Oklahoma, and eastern Kansas is below the 10th percentile.
  • The Evaporative Demand Drought Index (EDDI) spiked in mid-February over southwest Kansas and the Oklahoma and Texas Panhandles. This indicated rapid drying of the landscape in the week prior to and during the spread of very large fires in these areas.
  • Kansas, Oklahoma, and Texas are dealing with major wildland fires this winter.
    • Fire season in the southern High Plains usually peaks from February to April, mostly due to dormant grasses and seasonably low precipitation through the winter months. Dry and warm conditions this season were additional factors to the normally higher fire danger.
    • The Ranger Road Fire is the largest U.S. wildfire in 2026, so far. It ignited on February 17, 2026, near Beaver, Oklahoma, and exploded in size due to extreme 65+ mph wind gusts and dry grasslands. 
      • The fire burned 283,283 acres (442.6 square miles) in Beaver and Harper Counties (Oklahoma) and Clark, Comanche, and Meade Counties (Kansas).
      • Agricultural impacts include damaged pasture land and fences and the loss of hundreds of livestock. The Oklahoma Cattlemen’s Association has established a relief fund for fire-affected producers
      • The mesonet site in Ashland, Kansas, was burned by this fire, but it was quickly brought back online.
    • As of February 25, 2026, the Texas A&M Forest Service reported 60 active fires in Texas (most are contained), and outdoor burn bans have been established in 172 Texas counties.

Wildfires Burn Across the Texas Panhandle, Oklahoma, and Southern Kansas

Map of the South Central U.S. showing active large wildfires overlaid on the U.S. Drought Monitor, valid February 20, 2026. Purple circles represent "Large Fire" incidents, which are heavily concentrated in eastern and central Oklahoma and the Oklahoma and Texas Panhandles. Significant clusters of large fires correspond with areas experiencing D2 (Severe Drought) and D3 (Extreme Drought) in Oklahoma and the Texas panhandle. The key takeaway is a high density of wildfire activity across Oklahoma, particularly within Tribal Lands and regions under intensifying drought stress.
This map shows active large wildfires from the National Interagency Fire Center (NIFC) Incident Management Situation Reports, alongside current drought conditions from the U.S. Drought Monitor as of February 26, 2026. Note: This map only includes ongoing "large" wildland fires. It does not include prescribed burns, smaller fires, or other fires not included in NIFC's situation reports. View the latest situation report for more information. Source(s): National Interagency Fire CenterU.S. Drought Monitor. Map from Drought.gov.

60-Day Precipitation Near 0 Inches for Far South Texas, Below 25th Percentile for the Panhandles Region

Map of the South Central U.S. showing the 60-day percent of normal precipitation as of February 23, 2026. Most of Oklahoma and central to southern Texas are shaded in dark brown, receiving only 0% to 50% of their normal precipitation, while above-normal moisture is limited to western Texas and parts of the Central Plains. Hatched areas denote Tribal Nation Boundaries, many of which coincide with the most severe precipitation deficits. The primary takeaway is a widespread 60-day precipitation deficit across the southern Great Plains, particularly centered on Oklahoma and Texas.
60-day percent of average precipitation for December 25, 2025–February 23, 2026, compared to historical conditions from 1991–2020. Brown hues indicate below-normal precipitation, and blue/green hues indicate above-normal precipitation. Source: GridMET, UC Merced. Map from Drought.gov.

High Evaporative Demand Compounds Existing Dry Conditions

A 1-week EDDI map for the South Central U.S. valid February 20, 2026, uses a scale from ED0 (yellow) to ED4 (dark red) to show areas where high atmospheric demand is "thirsty" for moisture. Extreme (ED3) to exceptional (ED4) conditions are concentrated in the Texas Panhandle, southern Texas, large areas of Oklahoma, and southern and eastern Kansas, signaling high fire-weather risk and potential flash drought. The takeaway is that intense atmospheric demand is currently compounding existing moisture stress across the drought-stricken regions of the southern Great Plains.
The Evaporative Demand Drought Index (EDDI) for the week ending February 20, 2026. EDDI is a drought monitoring tool that shows the anomaly in daily evaporative demand over a given period of time. Evaporative demand is the atmospheric influence on the drying of the landscape, or "the thirst of the atmosphere." Unusually high evaporative demand can lead to moisture stress on the land surface, and ultimately to drought—even when precipitation has been near-normal. EDDI can serve as an indicator of fire-weather risk; note how areas experiencing fires in late February experienced high evaporative demand in the weeks prior and during. Source(s): NOAA Physical Sciences Laboratory. Map from Drought.gov.

Soil Moisture Across Texas, Oklahoma, and Eastern Kansas Is Below the 10th Percentile for February

 Map of the South Central U.S. showing soil moisture percentiles for the top 1 meter of soil as of February 26, 2026. Much of central and southern Texas, central Oklahoma, and the Oklahoma/Texas Panhandles, are in the bottom 2nd to 5th percentiles (dark red), representing some of the driest historical measurements for this time of year. Hatched Tribal Nation Boundaries in Oklahoma largely overlap with these areas of severe soil moisture depletion. The primary takeaway is that deep-layer soil moisture is critically low across the southern Plains, reflecting long-term drought persistence.
This map shows the moisture content of the top 1 meter of soil as on February 26, 2026, compared to historical conditions from 1981–2013, based on NASA's Short-term Prediction and Transition Center – Land Information System (SPoRT-LIS). Red and orange hues indicate drier soils, while greens and blues indicate greater soil moisture. Source(s): NASA. Map from Drought.gov.

Outlooks and Potential Impacts in the Southern Plains

  • The National Weather Service Climate Prediction Center’s 6-10 and  8-14 day outlooks favor warm and possibly wet weather across the Southern Plains, signaling a pattern shift in early March. Parts of central and eastern Oklahoma should see some short-term drought improvement from this shift.
  • March climate outlooks for the Southern Plains show slightly elevated chances of below-normal precipitation for the western High Plains area with near equal chances of above-, near-, or below-normal precipitation elsewhere. Above-normal temperatures for the month are likely across the whole region. 
  • Spring is typically a wetter season than winter across the Southern Plains states, and spring weather patterns can make or break a drought. The March to May outlooks show below-normal precipitation is most likely (40-50% chance) for far western Texas, western Kansas, and the Oklahoma and Texas Panhandles. A warm spring is likely (more than 40% chance) for most of Texas with lower odds (30-40%) for Oklahoma and Kansas. 
  •  The National Weather Service Climate Prediction Center’s seasonal drought outlooks and global climate patterns favor drought persistence along the Rio Grande and drought expansion for far western Texas through spring.
  • La Niña Advisory is on its way out.
    • La Niña conditions—which historically increase chances of dry winters in the Southern Plains—are waning and expected to transition to El Niño–Southern Oscillation (ENSO) neutral very soon, with ENSO-neutral conditions likely persisting through the summer.
    • An El Niño pattern is possible by late summer or early fall. El Niño has the strongest influence during the winter months, usually (but not always) bringing wet weather to Texas. Sometimes, when El Niño is present in the summer, there is an eastward shift to the Southwest Monsoon.  

Wet Weather in Early March Should Bring Short-Term Drought Improvement

Map of the 8–14 Day Precipitation Outlook for March 5–11, 2026. Nearly the entire southern and central U.S. is shaded in teal, indicating a 40% to 60% probability of above-normal precipitation. The highest probabilities (50% to 60%) are centered over the Mississippi River Valley. Tribal Nation boundaries are marked with gray hatching. The takeaway is a widespread signal for wetter-than-normal conditions across the southern half of the country during this period.
8-14 day precipitation outlook for March 5-11, 2026, showing the probability (percent chance) of below-normal (brown), near-normal (gray), and above-normal (green) precipitation across the Southern Plains. Valid February 25, 2026. Source: NOAA’s Climate Prediction Center. Map from Drought.gov.

March, as a Whole, Does Not Strongly Favor Wetter or Drier Conditions

The Southwest and West Texas are shaded light brown, indicating a 33% to 50% probability of below-normal precipitation. The Mississippi Valley and parts of the Midwest are shaded light teal, indicating a 33% to 50% probability of above-normal precipitation. Most of the Southern Plains shows equal chances of above-, near-, or below-normal conditions.
1-month precipitation outlook for March 2026, showing the probability (percent chance) of below-normal (brown), near-normal (gray), and above-normal (green) precipitation across the Southern Plains. White areas indicate equal chances of above-, near-, or below-normal conditions. Valid February 19, 2026. Source: NOAA’s Climate Prediction Center. Source: NOAA’s Climate Prediction Center. Map from Drought.gov.

Additional Resources

Recent Reports

Additional Resources by State


Prepared By

Joel Lisonbee
Cooperative Institute for Research in Environmental Sciences/University of Colorado Boulder and NOAA’s National Integrated Drought Information System, Southern Plains Drought Early Warning System 

John Nielsen-Gammon
Office of the Texas State Climatologist, Southern Regional Climate Center, Texas A&M University

Gary McManus
Oklahoma Climatological Survey, State Climatologist

Matt Sittel
Kansas State Climate Office

Special Thanks

This Drought Status Update is issued in partnership between the National Oceanic and Atmospheric Administration (NOAA) and partners to communicate a potential area of concern for drought expansion and/or development within the Southern Plains Drought Early Warning System region based on recent conditions and the upcoming forecast. NIDIS and its partners will issue future Drought Status Updates as conditions evolve. NIDIS is an interagency program within the Climate Program Office, which is part of NOAA’s Office of Oceanic and Atmospheric Research.