####018004276#### FNUS22 KWNS 231829 FWDDY2 Day 2 Fire Weather Outlook NWS Storm Prediction Center Norman OK 0128 PM CDT Sat Mar 23 2024 Valid 241200Z - 251200Z ...CRITICAL FIRE WEATHER AREA FOR PORTIONS OF THE SOUTHERN AND CENTRAL HIGH PLAINS... Critical fire weather conditions are still on track to develop tomorrow/Sunday on much of the southern High Plains and into portions of the central High Plains. The area of greatest concern is the Texas and Oklahoma Panhandles/vicinity due to the above normal fuel loading as noted by the recently updated Fuels and Fire Behavior Advisory and high-end critical fire weather conditions. While fuel loading and dryness are not as critical in far southwest Texas, including the Big Bend region, the critical was extended to account for 3-6 hours of critical winds/RH tomorrow/Sunday. Sustained southwest winds of 20-40 mph gusting to 40-65 mph are expected amid minimum RH of 12-25%, with critical conditions likely starting by midday and continuing into the evening, with locally extremely critical conditions possible as well. These winds will overlap the low-level thermal ridge as it strengthens and shifts eastward from the New Mexico-Texas border to near the Texas-Oklahoma border by the evening. Storms initiating on the dryline are likely to move east-northeast, with dry/windy conditions quickly following that could prove to be a conducive environment for lightning ignitions in the far eastern Texas Panhandle and far western Oklahoma. While the pattern and forecast weather and fuels conditions have hallmarks of a Southern Great Plains Wildfire Outbreak, there are some mitigating conditions. Mid/high-level clouds are likely to spread over parts of the outlook area as high clouds are likely to exit the area in the morning with mid-level clouds, including possible isolated high based showers, moving over in the afternoon/evening. There is also uncertainty regarding the eastward and northward extents of the elevated/critical areas due to the aforementioned clouds/showers and approaching cold front. RH values are also likely to remain mostly above 15-20% in the outlook area, but the expected winds, fuels, and recent fire behavior are likely to sufficiently compensate. A cold front will move southeast and impact southeast Colorado and southwest Kansas by late evening and move into the Texas Panhandle overnight. Winds will turn to the northwest, temperatures will drop into the 30-40s, and RH will increase to 60-80+% behind the front. Overnight RH recovery will likely be 30-60% ahead of the cold front and behind the dryline on the southern High Plains. ..Nauslar.. 03/23/2024 .PREV DISCUSSION... /ISSUED 0128 AM CDT Sat Mar 23 2024/ ...Synopsis... A pronounced mid-level trough will eject into the Plains tomorrow/Sunday, supporting the rapid deepening of a surface cyclone over the central High Plains. Strong westerly surface winds will become prevalent behind the dryline over the central and southern High Plains during the afternoon, with potentially dangerous fire weather conditions becoming likely. By afternoon peak heating, 30+ mph sustained west-southwesterly surface winds (with higher gusts) will coincide with 15-20 percent RH for several hours across portions of southwestern Kansas into the Oklahoma/Texas Panhandles, west-central Texas, and far southeastern New Mexico. While fuel receptiveness will not be extremely robust, the loading of dormant fuels remnant from the 2023 season will compensate to support high-end Critical wildfire-spread potential, given the very windy and dry meteorological surface conditions. Dry, occasionally breezy conditions are also possible across portions of the mid-Mississippi Valley tomorrow/Sunday afternoon. While guidance consensus does not strongly favor overlapping Elevated surface winds/RH across eastern Missouri into Indiana, this region has experienced a lack of appreciable rainfall in the past week and remains under drought conditions. As such, instances of localized wildfire spread may occur Sunday afternoon. ...Please see www.spc.noaa.gov/fire for graphic product... $$