HRRR is showing the higher cape moving in a little quicker in west Alabama tomorrow morning, well ahead of the line...this opens the window a little more for discreet cells.
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Yeah this is becoming more problematic by the hour.HRRR is showing the higher cape moving in a little quicker in west Alabama tomorrow morning, well ahead of the line...this opens the window a little more for discreet cells.
in short no, but just about every run of the HRRR since this has been in range, the cape has increased like we have seen the NAM doWhat stands out to me is the cape values on the hrrr. Combine that with the shear and the qlcs will be strengthing as it moves into tuscloosa. Definitely should be some embedded tornadoes in the line. Are there any other models showing this amount of cape?
That’s straight supercells.I don't understand why, but the 0z hrrr is coming a lot less linear for west alabama tomorrow morning...need to watch other new cams for this, doesn't really make sense to meView attachment 2366
The shear flow is parallel to the front, critical angle is low...why would it do this..maybe it just new storms and this it before it congeals into a line?That’s straight supercells.
The shear flow is parallel to the front, critical angle is low...why would it do this..maybe it just new storms and this it before it congeals into a line?
no, that has little to do with storm mode tomorrowWonder if tonight's rain is impacting. Lot of moisture to our west. Dewpoint is currently 55