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One more trend like we just saw and that’s in NC.I may have to snow chase to Virginia this weekend!
That’s getting close to a February 1994..: main low in the Ohio Valley getting ready to transfer to a coastal... deepening CAD aided by snow cover and very low dewpoints in the northeast.Yo these are some big changes in the medium range View attachment 67865
P8The GEFS heard BAM haha, but that gefs look is a classic nina blitz View attachment 67872View attachment 67873
For the weekend system, we're running into a similar problem as we have with the upcoming system. We do not have a favorably located high. We start out a bit colder, which if correct, will force the models to show the Miller B/transfer farther south and will likely result in a burst of front end frozen for CAD areas.The GEFS heard BAM haha, but that gefs look is a classic nina blitz View attachment 67872View attachment 67873
Your correct, but There’s definitely a difference as of now tho with the first system and this second one, much more drier low levels, and a better located HP, are issue is the parent shortwave moving way to far north imo, it’s a flood of WAA aloft, ECMWF verbatim could get the job done if our shortwave was further southFor the weekend system, we're running into a similar problem as we have with the upcoming system. We do not have a favorably located high. We start out a bit colder, which if correct, will force the models to show the Miller B/transfer farther south and will likely result in a burst of front end frozen for CAD areas.
But confluence is too far northeast and moving out and the parent high is too far north.
Best guess is front end frozen to rain, minimal impact.
The overall air mass is going to be colder to the north for the weekend event. That should make colder air available to be tapped into. Think you’re seeing that picked up on each run today as they have been south and colder each run.For the weekend system, we're running into a similar problem as we have with the upcoming system. We do not have a favorably located high. We start out a bit colder, which if correct, will force the models to show the Miller B/transfer farther south and will likely result in a burst of front end frozen for CAD areas.
But confluence is too far northeast and moving out and the parent high is too far north.
Best guess is front end frozen to rain, minimal impact.