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Nimbus wrote:The elongated circulation is a bit of a relief since that should mean no real fast development. The convection looks about the same as before dawn, but I gather from all the posts today that ex Fred did not look very healthy much of the day. You wouldn't expect this to open up into just a wave if the convection persists would you?
gatorcane wrote:Aric Dunn wrote:I do have one prediction.. lol once the sun goes down.. a lot of people are going to say there is no llc or anything and its dead .. but please don't start that tell visible comes back as no matter how good you are at analyzing infrared and shortwave you will not be able to tell exactly where if any a llc of such size is at unless its completely naked.. especially with the cloud debris. one more prediction it takes along time for a vorticity to disperse so at the least the vorticity WILL be around for a couple days yet.
I think we'll see a large blow-up of convection tonight again, and I'm a bit surprised we are seeing blow-up during the peak of diurnal minimum. There is also a noticable twist still in the low-levels. I think ex-Fred has more tricks left. Shear will keep decreasing from here on out based on CIMSS shear tendency charts.
Use this link and you will see the very distinct low-level twist here:
http://metofis.rsmas.miami.edu/~dortt/s ... 1_loop.gif
Aric Dunn wrote:A motion west wsw should occur here very shortly.
Blown_away wrote:Amazing almost the same convection formation for the third time, can't kill the cockroach.
BigA wrote:Aric Dunn wrote:A motion west wsw should occur here very shortly.
Forgive me if you have already explained this, but what factors do you think will cause the above motion? I agree with your assessment of WSW motion, as the models concur with your statement, but what has led you to this conclusion?
Thank you.
wxman57 wrote:That Raid seems to have opened up and dissipated the LLC of old Fred. A very broad, elongated area of low pressure not. Take a look at a WV loop. The NE shear is about to end, but SW shear is right in its path. Could see the convection shift to the north of the low pressure area tonight.
By the way, we won't have to guess TOO much about an LLC tonight. There are a number of surface obs in and around Fred. Central pressure looks to be about 1015mb.
I'll keep my big can of Raid handy.
ozonepete wrote:wxman57 wrote:That Raid seems to have opened up and dissipated the LLC of old Fred. A very broad, elongated area of low pressure not. Take a look at a WV loop. The NE shear is about to end, but SW shear is right in its path. Could see the convection shift to the north of the low pressure area tonight.
By the way, we won't have to guess TOO much about an LLC tonight. There are a number of surface obs in and around Fred. Central pressure looks to be about 1015mb.
I'll keep my big can of Raid handy.
You're not spraying hard enough!!
deltadog03 wrote:http://www.nco.ncep.noaa.gov/pmb/nwprod/analysis/namer/gfs/18/images/gfs_300_060l.gif
Not bad for shear wise either.
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