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tombo82685

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Everything posted by tombo82685

  1. per bufweather track of gem was mdt to just east of bgm, inline with rgem track. Qpf amounts will differ most likely. but track basically the same
  2. O yea, I'm expecting IP here as well. But still also thinking syr and here manages 1-3 on frontside then 1-2 on back side then whatever sleet falls
  3. fwiw, no real point in looking at ggem, usually this close range it just resembles the rgem
  4. Snow brings all the weenies to the yard, and they're like, my snows better than yours
  5. 1" qpf is 3" sleet i believe. I still would sell on anything less than 5" for your area with sleet/snow totals. I mean if this keeps back nw, dif story, but as of now thats what I would say.
  6. yea the storm track is basically the same, precip shifted a tad east from 18z
  7. that and you can see deeper ULL, convection is enhancing se ridge out ahead of it
  8. from what I'm seeing at h5, can't see the gfs going east this run, might tick nw again
  9. my guess would be, kind of what you're saying, the dynamics are bringing the warmer aloft downward
  10. Bingo, it’s missing warm layers. I would bet there is more sleet than shown here thus cutting down totals
  11. Sell in those Ptype algorithms, there is going to be a lot of pinging
  12. Looks like a nw jog on euro. Keeps intensifying se ridge in response to deep convection likely associated with system
  13. I'd feel better for my locale if we could get a tick or two east, but im not sure thats going to happen. This system is loaded with convection. As I mentioned to @DeltaT13 that when you have all that convection it can help intensify downstream ridging and help the system go further west
  14. I like the numbers for buf to roc per nws, not sure yet about syr and my locale, I think sleet is going to be an issue. I think we ping and dry slot. The back side could match what happens in the front part of the system
  15. you can see the warm tongue with the llj on gem. See how the higher thicknesses push into syr and roc. Resembles the llj off Atlantic
  16. Yes, but like I said, globals will not be able to see warm layers properly due to lower resolution unlike meso models. But I wouldn’t use mesos until tomorrow night
  17. It’s still out of useful range of mesos, but look at the llj it’s a firehose right off the Atlantic due to the severe negative tilt the system takes
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