textproduct: Little Rock

KEY MESSAGES

Issued at 154 AM CDT Tue Mar 31 2026

-Near record high temps possible into Wednesday

-Showers and thunderstorms return Wed night/Thursday

-Storms possible Sat/Sat night, including some strong/severe

-Colder and drier conditions return Sunday night and into the new work week

DISCUSSION

Issued at 154 AM CDT Tue Mar 31 2026

Main story thru the immediate short-term remains well-above average temps over most of the FA thru the next few afternoons. Area temps in the mid 80s, or approximately 15-20 degrees above-average, are expected at most locations, w/ some locations nearing daily record highs. In addition to seasonably warm temps, gusty Srly winds wl prevail ahead of persistent lee sfc cyclonic flow over the OK/TX panhandle. Aftn winds of 15-20 kts, and gusts in excess of 25 kts wl be possible thru the next few days. Beyond the next few days, trends in QPF continue to decrease over the FA, w/ widespread totals of one to two inches thru Sun night.

Wed/Thurs wl mark the beginning of a pattern change as an H500 shortwave is progged to quickly traverse through mean flow, ejecting over the Ozark Plateau and pivoting into the Midwest vcty Wed night thru Thurs. Aforementioned sfc cyclonic flow wl come into phase w/ the upper shortwave, and quickly advance NEwrd, w/ asctd precip fm this system spreading into the FA overnight Wed and into Thurs.

Some overlap of marginal fcst buoyancy (generally <1000 J/kg) and deep layer shear of 30 kts may support some organized thunderstorm activity, and an attendant threat for strong to briefly severe storms Thurs, but a more widespread risk of severe weather is not anticipated.

Fri, a brief lull in precip is expected as the region falls b/w upper level systems. Some isolated warm advection driven showers may result thru the day, but organized and widespread precip is not anticipated. On the synoptic scale, new lee sfc cyclonic flow wl extend acrs the Cntrl Plains, accompanied by a high-amplitude short wave trof aloft. Thru the day Fri and into Sat, these two features wl come into phase, and quickly eject into the Great Lakes region. A trailing synoptic cdfrnt wl extend SW into the Srn Cntrl US by Sat mrng, and wl quickly sweep thru the region, driving another rd of widespread rain and thunderstorms for the FA.

Similar to Thurs, marginal overlap of buoyancy and deep layer shear is forecast ahead of the approaching cdfrnt, w/ stronger shear displaced to the WNW under the primary jet axis. Once again, an attendant threat for some strong to severe storms wl accompany the cdfrnt passage, but widespread organized convective activity is not anticipated. A majority of the QPF in the 7 day forecast is expected to occur w/ this system, w/ b/w one to two inches of rain falling acrs AR, and greater totals favored over Wrn to NWrn AR.

In the wake of this frnt, condns look to reset to more seasonal values thru the first week of April, including low temperatures in the upper 30s Sun night thru Mon night. Into early next week, broad sfc high pressure wl extend over the Cntrl CONUS, w/ H500 ridging amplifying over the Wrn US, promoting drier weather condns.

AVIATION

(06Z TAFS) Issued at 1238 AM CDT Wed Apr 1 2026

Widespread VFR conditions are expected for the majority of the terminals with brief MVFR conditions possible over KHOT and KADF. Winds will be generally light through the remainder of the overnight hours before becoming gusty during the daylight hours before laying down again after sunset.

PRELIMINARY POINT TEMPS/POPS

Batesville AR 84 67 79 65 / 20 10 80 60 Camden AR 86 66 81 65 / 10 20 60 20 Harrison AR 83 66 79 63 / 30 40 80 50 Hot Springs AR 85 65 79 63 / 10 20 70 50 Little Rock AR 85 67 80 65 / 10 20 70 50 Monticello AR 85 67 81 66 / 10 10 60 20 Mount Ida AR 84 64 79 63 / 10 30 80 60 Mountain Home AR 84 66 79 63 / 30 20 80 50 Newport AR 84 68 81 66 / 10 10 80 60 Pine Bluff AR 86 66 81 65 / 10 10 60 30 Russellville AR 86 67 81 64 / 10 30 80 60 Searcy AR 86 65 80 63 / 10 10 70 50 Stuttgart AR 84 67 81 66 / 10 10 70 40

LZK WATCHES/WARNINGS/ADVISORIES

None.