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...   [932 / 2002] RSS
 From   To   Subject   Date/Time 
Message   Mike Powell    All   HVYRAIN: Excessive Rainfa   April 1, 2026
 7:39 AM *  

FOUS30 KWBC 010803
QPFERD

Excessive Rainfall Discussion
NWS Weather Prediction Center College Park MD
403 AM EDT Wed Apr 1 2026

Day 1
Valid 12Z Wed Apr 01 2026 - 12Z Thu Apr 02 2026

...THERE IS A SLIGHT RISK OF EXCESSIVE RAINFALL STRETCHING FROM
CENTRAL OKLAHOMA INTO NORTHERN MISSOURI...

The latest hi-res and global guidance noted a south/southwest-ward
shift of the axis of highest precipitation to central Oklahoma to
northern Missouri from its previous position of northeast Kansas
into east-central Iowa where areal averages of 1 to 3 inches are
expected. There remains a decent signal for localized 3+ inches in
the vicinity of the Topeka-Kansas City metros. The Slight Risk
area was adjusted to now cover eastern Oklahoma to northern
Missouri while the Marginal Risk was maintained from the Texas 
Hill Country to the Mississippi/Ohio Valleys.

A prominent warm-sector will materialize from west-central Texas 
into Missouri with a surface low forecast to be positioned over the
Central Plains by Wednesday afternoon. Several shortwaves will 
eject northeast within and ahead of the mean trough leading to 
multiple waves of rainfall from the south-central Plains into the 
Middle Mississippi Valley. Some training potential, leading to 1-3
inch areal average amounts in this region, with some potential for
isolated higher amounts of 3+ inches. Farther south, a long axis 
of convection is expected from Texas to Kansas along the cold 
front, but storms in this area should be more progressive and soils
are even more dry than to the north. 

Campbell/Santorelli


Day 2
Valid 12Z Thu Apr 02 2026 - 12Z Fri Apr 03 2026

...THERE IS A MARGINAL RISK OF EXCESSIVE RAINFALL FOR PORTIONS OF
EASTERN IOWA, NORTHERN ILLINOIS, WISCONSIN AND MICHIGAN...

The front will span from the Mid-Atlantic back into the Ohio and
Mid-Mississippi Valleys during this period. Models have persisted
in placing the precipitation shield over much of the Upper Great 
Lakes/Upper Midwest region. The moisture and instability along with
the upper-level support could lead to flooding concerns across 
parts of the Great Lakes region. Colder air filtering across the 
northern tier will allow for wintry weather concerns in the Great 
Lakes to Interior Northeast thus limiting the area where flash 
flooding may occur/cause impacts. Some areas could see 
transitioning precipitation types throughout the event. A Marginal 
Risk area remains in effect for portions of southern Wisconsin, 
Lower Michigan and northern Illinois where precipitation is most 
likely to stay mostly/all rain.

Campbell/Santorelli


Day 3
Valid 12Z Fri Apr 03 2026 - 12Z Sat Apr 04 2026

...THERE IS A SLIGHT RISK FOR EXCESSIVE RAINFALL FOR PORTIONS OF
THE SOUTHERN/CENTRAL PLAINS...

Strong to severe thunderstorms along with embedded heavy rainfall
will track across the Southern/Central Plains into the Midwest
during this period. Moisture (with PWs over the 90th, perhaps 95th
percentile) and instability are likely to pool along and ahead of 
the associated cold front and produce widespread convection.
Storms likely beginning in the afternoon are expected to get 
reinforced through the evening and night hours as a low level jet 
picks up ahead of the cold front. A Slight Risk was maintained and
adjusted to span from northern Texas to southwest Missouri. 

Campbell

$$
--- SBBSecho 3.28-Linux
 * Origin: Capitol City Online (618:250/10)
  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: 0.0124 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