Kds86z
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Seems like This has been the story of this outbreak sequence so far. Storm mode and number of storms going up. It didn’t hamper the threat on Wednesday, so we will see if it does today.
I would say that’s high likelihood for at least 1-2 cells if this modeled environment is anywhere close to what happens this afternoon.View attachment 38989
Any supercell that is able to properly organize in central Arkansas will probably have the chance to drop a potentially violent tornado.
Is there any way to check if any confluence bands are present on models? Is there a specific product that's good for it?I would say that’s high likelihood for at least 1-2 cells if this modeled environment is anywhere close to what happens this afternoon.
Pretty nasty sounding. The HRRR run looks pretty insane too. Praying today doesn’t end up being as intense as the other day.View attachment 38989
Any supercell that is able to properly organize in central Arkansas will probably have the chance to drop a potentially violent tornado.
It’s possible, I have seen Reed & Trey highlight them a few times. I usually just use the SPC mesoscale page and look at the station reported wind vectors In the surface obs view. You get a much larger wind vector sampling on the models thoughIs there any way to check if any confluence bands are present on models? Is there a specific product that's good for it?
On Wednesday, I think it helped that the storms with the second band that became significantly tornadic were spaced just well enough so as not to interfere with each other. That’s why I was so nervous about what they were going to do once they reached the more favorable environment near the Mississippi River. The spacing looked similar to other high-end events, although the environment wasn’t anywhere near as top-tier as something like 4/27/2011.Seems like This has been the story of this outbreak sequence so far. Storm mode and number of storms going up. It didn’t hamper the threat on Wednesday, so we will see if it does today.
I wish there was a way to get the mesoanalysis GEMPAK files so I could make it easier to see things like that.I usually just use the SPC mesoscale page and look at the station reported wind vectors.
Have you checked anything on GitHub? They actually have a lot python custom libraries built on there directly related to severe weather and wX data.I wish there was a way to get the mesoanalysis GEMPAK files so I could make it easier to see things like that.![]()
I emailed Thompson a while back about an archive for mesoanalysis GEMPAK files and they said it would be difficult to make it public due to the sheer amount of data. I'm not sure if there's something like that for the real-time mesoanalysis. I'll have to see, can you link their GitHub?Have you checked anything on GitHub? They actually have a lot python custom libraries built on there directly related to severe weather and wX data.
You probably could just search on there “SPC mesoscale analysis” or something. I’m sure someone has built a custom API to pull that data down, it may not be in GEMPAK files thoughI emailed Thompson a while back about an archive for mesoanalysis GEMPAK files and they said it would be difficult to make it public due to the sheer amount of data. I'm not sure if there's something like that for the real-time mesoanalysis. I'll have to see, can you link their GitHub?
Ah s*it, here we go again!
Are those cells over North Alabama going to cause potential trouble?13z hrrr is very bullish on supercells in central and north Central Arkansas this afternoon, wow. View attachment 38990
All I could find are images, I couldn't find any actual files or API for the raw data used for mesoanalysis sadly.You probably could just search on there “SPC mesoscale analysis” or something. I’m sure someone has built a custom API to pull that data down, it may not be in GEMPAK files though