AT2k Design BBS Message Area
Casually read the BBS message area using an easy to use interface. Messages are categorized exactly like they are on the BBS. You may post new messages or reply to existing messages!

You are not logged in. Login here for full access privileges.

Previous Message | Next Message | Back to General Weather-related Discussi...  <--  <--- Return to Home Page
   Networked Database  General Weather-related Discussi...   [1882 / 2011] RSS
 From   To   Subject   Date/Time 
Message   Mike Powell    All   DAY1 2/5 Risk Area Posted   May 27, 2026
 8:21 AM *  

ACUS01 KWNS 271246
SWODY1
SPC AC 271245

Day 1 Convective Outlook
NWS Storm Prediction Center Norman OK
0745 AM CDT Wed May 27 2026

Valid 271300Z - 281200Z

...THERE IS A SLIGHT RISK OF SEVERE THUNDERSTORMS ACROSS PARTS OF
THE MID-ATLANTIC...

...SUMMARY...
Scattered severe thunderstorms are possible across parts of the
Mid-Atlantic states this afternoon into the early evening.  Strong
to severe gusts (50-65 mph) capable of wind damage will be the
primary hazard with the stronger thunderstorms.

...Mid-Atlantic/Ohio Valley...

An upper-level trough over the Great Lakes will move southeast
towards the upper OH Valley/Mid-Atlantic states during the period.
Water-vapor imagery this morning shows a lead disturbance over
southern OH moving east across the central Appalachians.  In the low
levels, an analyzed frontal zone has been modulated by ongoing
showers/thunderstorms and it will move southeast today.  A moist
airmass ahead of the front, featuring dewpoints in the upper 60s to
lower 70s F, will gradually destabilize through early afternoon.
East-southeastward moving clusters are forecast to evolve by later
this afternoon.  Scattered strong to severe gusts (50-65 mph)
capable of wind damage will be the primary risk with the stronger
thunderstorms, although marginally severe hail may accompany the
stronger cores this afternoon.

...Southern ID into eastern OR...

A belt of strong easterly mid-level flow will remain over southwest
ID into southeast OR to the north of a stationary, deep-layer
cyclone over the Sierra Nevada.  Heating of an adequately moist
boundary layer will steepen low-level lapse rates by early
afternoon.  Widely scattered to scattered thunderstorms are forecast
to develop this afternoon.  Forecast hodographs show 20-45 kt
700-500 mb flow (strongest over southeast OR) and mean storm motions
35-45 kt.  These flow fields coupled with evaporatively cooled
downdrafts will likely result in a mix of quickly moving cells and
smaller-scale linear clusters.  This activity will potentially be
capable of severe gusts (60-75 mph) before diminishing by mid-late evening.

...Western Great Lakes...

Northwesterly mid-level flow will be in place across the western
Great Lakes today, as a shortwave trough moves southeastward across
the region.  At the surface, a pocket of maximized low-level
moisture will be located over Wisconsin, where MLCAPE is expected to
peak in the 1500 to 2500 J/kg range.  An isolated risk for large
hail/damaging gusts are possible with the stronger thunderstorms.

...Southern Texas Panhandle/West Texas/Far Western Oklahoma...

Somewhat displaced from an expansive overnight MCS along the TX
coast, an airmass featuring upper 50s to lower 60s F dewpoints will
destabilize beneath a weak mid- to upper-level trough.  Widely
scattered to scattered storms are forecast to develop by late
afternoon and aggregate into small clusters this evening.  Isolated
large hail/severe gusts are the primary severe hazards.

..Smith/Weinman.. 05/27/2026

$$
--- MultiMail/DOS
 * Origin: Project Scorpio TEST (618:250/6)
  Show ANSI Codes | Hide BBCodes | Show Color Codes | Hide Encoding | Hide HTML Tags | Show Routing
Previous Message | Next Message | Back to General Weather-related Discussi...  <--  <--- Return to Home Page

VADV-PHP
Execution Time: 0.0137 seconds

If you experience any problems with this website or need help, contact the webmaster.
VADV-PHP Copyright © 2002-2026 Steve Winn, Aspect Technologies. All Rights Reserved.
Virtual Advanced Copyright © 1995-1997 Roland De Graaf.
v2.1.250224