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Looks like cips is picking up on the sand mountain magicCIPS says "not bad" to the QLCS tornado risk on Saturday across Alabama and Georgia. NAM is underdoing instability significantly again, it appears. Soundings are from GFS south of Birmingham and from near Rome, GA (slight contamination on the Rome sounding, but it's still fairly representative). Still the same story overall - the main challenging forecasting factor is parameter overlap. I think best chances of tornadoes Saturday are still over parts of Alabama in the morning hours, where we'll have the best combination of kinematics and instability. Western Georgia could see a few spin-ups, but the larger system is lifting off to the north by then, and SRH will be rapidly decreasing.
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I would not be surprised if overnight is the real event. That instability/kinematic solution has been enough for significant tornadoes out of QLCSes in Dixie before. It all depends on line orientation and how strong low level shear really gets to utilise thatCIPS says "not bad" to the QLCS tornado risk on Saturday across Alabama and Georgia. NAM is underdoing instability significantly again, it appears. Soundings are from GFS south of Birmingham and from near Rome, GA (slight contamination on the Rome sounding, but it's still fairly representative). Still the same story overall - the main challenging forecasting factor is parameter overlap. I think best chances of tornadoes Saturday are still over parts of Alabama in the morning hours, where we'll have the best combination of kinematics and instability. Western Georgia could see a few spin-ups, but the larger system is lifting off to the north by then, and SRH will be rapidly decreasing.
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Day 3 Convective Outlook
NWS Storm Prediction Center Norman OK
0113 PM CST Wed Jan 07 2026
Valid 091200Z - 101200Z
...THERE IS A SLIGHT RISK OF SEVERE THUNDERSTORMS FROM THE LOWER MS
VALLEY INTO THE TN VALLEY...
...SUMMARY...
Severe thunderstorms are possible on Friday from the lower
Mississippi Valley into parts of the Mid-South and Southeast.
...Lower MS Valley into parts of the Southeast and TN/OH Valleys...
In the wake of a negative-tilt shortwave trough and related surface
low departing the Great Lakes region, a front will extend from the
surface low southwestward along the lower/middle OH Valley into the
Arklatex through the first half of the period. During this time,
broad low-level warm advection amid a relatively moist air mass
ahead of the front will support training thunderstorms beneath a
belt of strong, front-parallel midlevel southwesterly flow. Despite
poor deep-layer lapse rates and limited buoyancy, around 50 kt of
effective shear may promote a couple strong to severe storms capable
of damaging winds, isolated severe hail, and possibly a brief
tornado into the afternoon hours.
In the 21-03Z time frame, midlevel height falls accompanying a broad
upstream trough will impinge on the frontal zone over the Mid-South
vicinity. In response, a frontal wave will evolve into a surface low
while tracking east-northeastward across the TN Valley during the
overnight hours. Strengthening low-level warm-advection amid a plume
of moist/uncapped air (middle/upper 60s dewpoints) will yield a
quick uptick in thunderstorm coverage across the lower MS and TN
Valleys. Around 50-60 kt of effective shear and enlarging low-level
hodographs ahead of the low will conditionally favor a mix of
organized clusters and semi-discrete supercell structures -- posing
a risk of damaging winds and possibly a couple tornadoes. However,
weak buoyancy and the potential for many storm interactions increase
the overall conditionality of the tornado risk.
..Weinman.. 01/07/2026

I’ve only ever come across it on Pivotal.Is the RRFS model only available on Pivotal Weather or is there free access anywhere?