love the looks of That!!This definitely has a shot to be a juicier system than some NWP models have been advertising especially closer to the Atlantic Coast in the SE US. Very impressive mid-level southwesterlies right off the Gulf of Mexico into the Carolinas, GA, & VA without much appreciable convection on the Gulf Coast to impede moisture transport.... Woof.
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This definitely has a shot to be a juicier system than some NWP models have been advertising especially closer to the Atlantic Coast in the SE US. Very impressive mid-level southwesterlies right off the Gulf of Mexico into the Carolinas, GA, & VA without much appreciable convection on the Gulf Coast to impede moisture transport.... Woof.
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This albeit slightly slower situation, and a bit more digging, can help the SW flow really start to work it's way into and increase precipitation chances the longer it takes, correct?
What’s that precip that’s offshore of NC moving west?
Yeah this is trending towards a classic overrunning event for most on the board granted it probably will be more impressive further eastRuh roh; some energy trying to creep into the trough from the West htis run vs 18z.
Yeah this is trending towards a classic overrunning event for most on the board granted it probably will be more impressive further east
That’s the rpm model. It has been on the drier side with the gfs on this event.And with this forecast there will be no milk or bread to be found. people lose their minds...just got home from Walmart and the bread is already almost gone
Yeah I guess it’s the conservative news channel model...it always looked drier doesn’t it?That’s the rpm model. It has been on the drier side with the gfs on this event.
Much better![]()
Where's a good spot to be under that streak?Well![]()
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Same question..lolWhy is the moisture transport being cut off before it hits the Atlanta area? I'm looking at RH field maps and 500 mb heights and can't understand it. There's still a decent SW flow at 54.
Why is the moisture transport being cut off before it hits the Atlanta area? I'm looking at RH field maps and 500 mb heights and can't understand it. There's still a decent SW flow at 54.
Why is the moisture transport being cut off before it hits the Atlanta area? I'm looking at RH field maps and 500 mb heights and can't understand it. There's still a decent SW flow at 54.