Snowflowxxl
Member
That tornado is also barely even in the ENHANCED risk. Just shows EVERYBODY needs to be weather aware in the SE today.
I would have chosen Tupelo, but Columbus is probably almost as good.Columbus ms final target
Was the tornadoes last year in SE Alabama mostly assoicated with a QLCS?Both ARW and NSSL WRF are now QLCS show big time. Very little discrete convection across most of the area. What tries to get going has lots of trouble. That said, the QLCS and it's embedded supercells are very nasty for central MS into northern AL. I hate QLCS tornados....
Why so far north?I would have chosen Tupelo, but Columbus is probably almost as good.
Just based on history. Seems like Tupelo always gets hit harder than most areas of MS.Why so far north?
Was the tornadoes last year in SE Alabama mostly assoicated with a QLCS?
Gotcha thanks. I thought it started out with discretes then over the day a lot of them were apart of the QLCS. Couldn't remember.The F4 that hit around Auburn? That event was absolute discrete supercells.
Facts, it’s like a magnet brings the storms in here. But I feel like between Columbus and Tupelo is going to be the spot.Just based on history. Seems like Tupelo always gets hit harder than most areas of MS.
The key for the Carolinas tomorrow:
The main question with this outlook is convective mode. There are
two possibilities. The first is that the band of thunderstorms will
have discrete elements and gaps that will be favorable for
supercells and tornadoes. Forecast soundings at 15Z from southern
Virginia southward into northern South Carolina show looped
hodographs with 0-3 km storm relative helicities in the extreme
catogory, generally near or above 600 m2/s2. This would support a
threat for strong tornadoes associated with the more dominant
supercells. A wind damage and hail threat would be likely with
supercells and with the more organized line segments.
The second scenario would be that a squall-line is ongoing at 12Z
from eastern Georgia northward into the western Carolinas and
Virginia. In that case, widespread wind damage would be likely. A
QLCS tornado threat would exist with the stronger bowing line
segments. Hail would also be possible with the more intense parts of
the line.
The questions is which one will it be?