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InfernoFlameCat wrote:10 is allright, referring to your post on the GEFS model, but not reminiscent of a large outbreak. Hit me up when you see a large area of 30+SPC then I will get excited!![]()
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InfernoFlameCat wrote:Supercell composite probability of 10 is decent but I think you mixed up STP and SCP. correct me If I am wrong.
InfernoFlameCat wrote:See we are close to an area of 30+ SCP. Wow though you are near the bullseye.
Iceresistance wrote:InfernoFlameCat wrote:See we are close to an area of 30+ SCP. Wow though you are near the bullseye.
Central Oklahoma is almost always the target for something like this . . .
Weather Dude wrote:Iceresistance wrote:InfernoFlameCat wrote:See we are close to an area of 30+ SCP. Wow though you are near the bullseye.
Central Oklahoma is almost always the target for something like this . . .
Yep. And then us over here get the leftovers lol. Most of the time anyway, there are always a few exceptions. But I'm moving to Norman in a few months so I'll be in the thick of it
Weather Dude wrote:18z GFS has most of Saturday's storms staying in KS for now but of course that could change.
Also I'm just going to consider the rest of that run pure entertainment for now
And now apparently there's a random marginal risk just to my west
Models suggest that the steepening lapse rates and low-level
moisture return will support the development of at least moderately
large CAPE on the order of 1000-2000 J/kg, with highest values
focused along and east of a developing dryline across the Texas Big
Country and western Oklahoma into a developing warm frontal zone
across central Kansas. Although the details of the potential
convective evolution remain unclear, the dryline, the warm frontal
zone, and the cold front developing in the wake of the emerging
cyclone may all become the focus for strong to severe storm
development late Saturday afternoon into Saturday night, in the
presence of strengthening low-level and deep-layer shear. Highest
probabilities seem likely to become focused near the warm
front/dryline intersection, eastward along or just south of the warm
front, where supercells may initiate, before convection possibly
grows upscale into an organizing cluster. Based on trends in model
output, particularly concerning potential destabilization, it is
possible that marginal and slight risk categories might need to be
bumped up a category in later outlooks for this period.
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