Link to loop:
http://weather.cod.edu/analysis/loops/satloop.master.pl?Florida

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SouthFloridawx wrote:My personal favorite is the EXTRAP model.
Mecklenburg wrote:how are the temps in the coastal GOM?
Kludge wrote:
Go WEST, Invest,![]()
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my lawn sprinklers need a break.
Derek Ortt wrote:have created a parallel thread in TA for mets to post their analysis and for those with questions to ask them
MiamiensisWx wrote:Significant sea level pressure decreases are occurring near the strongest thunderstorms due S of Dauphine Island, Alabama. Here's the data from this buoy station.
http://www.ndbc.noaa.gov/station_page.php?station=42040
Atmospheric Pressure (PRES): 29.91 in
Pressure Tendency (PTDY): -0.03 in ( Falling )
This has been persistent trend, as evidenced by the archived hourly data from the station.
Greatest 850 mb LL vorticity is situated in this vicinity as well:
http://cimss.ssec.wisc.edu/tropic/real-time/atlantic/winds/wg8vor4.html
If a LLC will develop, it may occur in this vicinity, which is SW of the MLC.
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MiamiensisWx wrote:MiamiensisWx wrote:Significant sea level pressure decreases are occurring near the strongest thunderstorms due S of Dauphine Island, Alabama. Here's the data from this buoy station.
http://www.ndbc.noaa.gov/station_page.php?station=42040
Atmospheric Pressure (PRES): 29.91 in
Pressure Tendency (PTDY): -0.03 in ( Falling )
This has been persistent trend, as evidenced by the archived hourly data from the station.
Greatest 850 mb LL vorticity is situated in this vicinity as well:
http://cimss.ssec.wisc.edu/tropic/real-time/atlantic/winds/wg8vor4.html
If a LLC will develop, it may occur in this vicinity, which is SW of the MLC.
Supporting presentation:
http://img397.imageshack.us/img397/4853/91lllcaug2081cs0.png
Latest GOES IR and visible imagery indicates new convection is developing with overshooting tops in the vicinity of the possible LLC formation.
Watch the thunderstorms immediately SE of the Mississippi Delta:
http://radar.weather.gov/Conus/southmissvly_loop.php
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