US_Highway15
Member
Pulled this sounding from eastern Oklahoma. The ingredients (especially SRH values) on this look crazy. Sunday's definitely the red letter day to me as well if I had to pick one, as long as the cap breaks.
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I’ve always thought that as well. However, looking at a lot of previous events, you sometimes have straight up perfect perpendicular vectors, with supercells maintaining throughout the event. Even with splits. Sometimes storms don’t split until they’re very mature, others as soon as they roll off the boundary. I think at that point, it just comes down to the storm scale and interactions stage.If it’s too perpendicular, doesn’t the issue become storm splitting and interactions with left/right splits with a supercellular mode? I don’t think completely perpendicular shear vectors would be the best for sustained significant severe weather - I’m no expert though.
Pulled this sounding from eastern Oklahoma. The ingredients (especially SRH values) on this look crazy. Sunday's definitely the red letter day to me as well if I had to pick one, as long as the cap breaks.
I agree that storm splitting and interactions would definitely be something to watch, but as for the *likelihood* of said splits to occur, or what storm would be favored in a given environment, the hodograph shape itself is another important thing to keep in mind.If it’s too perpendicular, doesn’t the issue become storm splitting and interactions with left/right splits with a supercellular mode? I don’t think completely perpendicular shear vectors would be the best for sustained significant severe weather - I’m no expert though.
I think the individual days of the May 2003 event get overlooked because it was such a long outbreak sequence that each day just kind of gets subsumed into the whole.I can't find it now but I saw a sounding from the GFS where the top supercell analog was May 4, 2003, which is a very underrated outbreak IMO. Interestingly, that outbreak was also on a Sunday.
there's just something about May and having these long tornado outbreak sequences. 2008, 2011, 2019....I think the individual days of the May 2003 event get overlooked because it was such a long outbreak sequence that each day just kind of gets subsumed into the whole.
[insert "May 3rd all over again" joke here]
Just opinionated Twitter BS.not exactly sure what they're getting at here? you don't have the classic dry punch aloft and the LLLRs aren't great but low level moisture overall is respectable and T/Td spreads aren't too big.
Maybe it's just me, but so far this year I've noticed models have underperformed on convection that actually occurs.From the sounds of the extended range discussion, it really seems like the SPC isn't buying the lack of convection for Sunday being progged by the globals right now, and with the environment that may be in place, I think this is easily the highest ceiling event thus far this year. The general look of the trough, the fact that it ejects with good timing, the cap being strong... definitely more confident in this threat than I have been all Spring so far. If the cap breaks, that is. I'm very interested to see what the CAMs show.
Maybe it's just me, but so far this year I've noticed models have underperformed on convection that actually occurs.
What about beast Kansas supercell too from April 13. Gosh I loved that supercell. Incredible structure. Believe it wasn’t even in tornado risk. Produced 2 EF2s and couple others.Saturday 4/11 they significantly underplayed the convection that formed in Kansas/southeast Nebraska. Very subtle forcing mechanisms at play that day. Ended up being a small MCV that fired off the HP supercell my tour group chased west-northwest of Wichita. None of the CAMs had a robust supercell there, although some picked up on the MCV enough to show modest attempts at CI.