####018004329#### FNUS21 KWNS 291632 FWDDY1 Day 1 Fire Weather Outlook NWS Storm Prediction Center Norman OK 1131 AM CDT Wed Apr 29 2026 Valid 291700Z - 301200Z ...Southwest... Dry and breezy conditions including west-southwest winds of 15 mph (approaching 20 mph locally) and RH ranging from 5-15%, are still expected across eastern AZ into much of western NM through this afternoon. A slight eastward expansion of Elevated Highlights was made into far west TX to include the Davis Mountains. Overnight cloud cover contributed to poor overnight recoveries across the area. Stronger west-southwest flow aloft and lee surface troughing across the southern High Plains will aid in stalling the southwestward advancement of a cold front across eastern NM and much of TX. This will allow dry and breezy conditions to continue across the area through the afternoon. ...Southern Georgia and Northern Florida... A weak surface trough stretches southwestward from a low over the Northeast towards the Mid-Atlantic and into the Coastal Plains region of southern GA. Clearing skies will aid in boundary layer mixing through the afternoon, manifesting in west wind of around 10 mph. RH reductions of 25-35% are expected during peak heating, supporting elevated fire weather conditions amid receptive and drought stressed fuels. Rainfall from decaying convection overnight into this morning has moderated fuels across portions of southern GA, reducing overall fire weather threat. Elevated highlights have been contracted on the northern and western peripheries to account for a temporary lull in fire danger. ..Williams.. 04/29/2026 .PREV DISCUSSION... /ISSUED 0104 AM CDT Wed Apr 29 2026/ ...Synopsis... A mid/upper level shortwave trough will traverse the Midwest into the Ohio Valley as an attendant surface low approaches the Mid-Atlantic. A trailing cold front will progress east of the Appalachians extending into the Southeast by this afternoon. Dry westerly flow south of the advancing cold front is expected to increase fire weather concerns for portions of southern GA and northern FL where fuels remain dry. Enhanced mid-level westerly flow ahead of an approaching Pacific trough will bolster a continued downslope regime across the Southwest. With preceding days of fire-effective weather conditions and receptive fuels, fire weather concerns will persist over central NM to far eastern AZ this afternoon. ...Southwest... Upper-level cloud cover is currently increasing across much of the Southwest and southern Plains early this morning owing to a subtropical jet advecting moisture aloft. This will likely inhibit RH recoveries west of the NM central mountain chain, preconditioning an already dry fuel environment. A 50-60 kt mid-level jet at the base of an embedded, low-amplitude shortwave within broader west-southwest flow will evolve across the Southwest and southern Plains today, promoting continued dry and breezy conditions. Westerly winds of 15-20 mph and RH of less than 15 percent amid dry fuels will support an Elevated fire weather threat for portions of eastern AZ into central NM/West TX and the San Luis Valley. Locally critical fire weather conditions may emerge mainly in the leeward slopes of the more prominent mountain ranges in southern NM with sustained winds of 20-25 mph amid 10 percent RH. ...Southern Georgia and Northern Florida... Beneath the upper level trough, a deepening surface low over the Mid-Atlantic will enhance southwest to westerly surface winds across much of the Southeast as minimal Gulf moisture influence will overlap a dry and drought stressed landscape. West winds of around 10 mph and RH of 25-35 percent (locally less than 25 percent) are expected to promote an Elevated fire weather threat across portions of southern GA into northern FL this afternoon. Early morning thunderstorms are currently moving across central AL into far western GA, but are expected to diminish as they approach the Elevated risk area. However, if precipitation persists farther southeast than anticipated, fire weather highlights will be adjusted in the 17z outlook. ...Please see www.spc.noaa.gov/fire for graphic product... $$