710
WWUS83 KPAH 141729
SPSPAH

Special Weather Statement
National Weather Service PADUCAH KY
1229 PM CDT Sat Jun 14 2025

ILZ075>078-080>094-INZ081-082-085>088-KYZ001>022-MOZ076-086-087-
100-107>112-114-150000-
Jefferson-Wayne IL-Edwards-Wabash-Perry IL-Franklin-Hamilton-
White-Jackson-Williamson-Saline-Gallatin-Union-Johnson-Pope-
Hardin-Alexander-Pulaski-Massac-Gibson-Pike-Posey-Vanderburgh-
Warrick-Spencer-Fulton-Hickman-Carlisle-Ballard-McCracken-Graves-
Livingston-Marshall-Calloway-Crittenden-Lyon-Trigg-Caldwell-
Union KY-Webster-Hopkins-Christian-Henderson-Daviess-McLean-
Muhlenberg-Todd-Perry MO-Bollinger-Cape Girardeau-Wayne MO-Carter-
Ripley-Butler-Stoddard-Scott-Mississippi-New Madrid-
Including the cities of Mount Vernon, Fairfield, Albion,
Mount Carmel, Pinckneyville, West Frankfort, McLeansboro, Carmi,
Carbondale, Murphysboro, Herrin, Harrisburg, Shawneetown,
Jonesboro, Vienna, Golconda, Elizabethtown, Cairo, Mound City,
Metropolis, Fort Branch, Petersburg, Poseyville, Evansville,
Boonville, Rockport, Hickman, Clinton, Bardwell, Wickliffe,
Paducah, Mayfield, Smithland, Benton, Murray, Marion, Eddyville,
Cadiz, Princeton, Morganfield, Dixon, Madisonville, Hopkinsville,
Henderson, Owensboro, Calhoun, Greenville, Elkton, Perryville,
Marble Hill, Cape Girardeau, Jackson, Piedmont, Van Buren,
Doniphan, Poplar Bluff, Bloomfield, Sikeston, Charleston,
and New Madrid
1229 PM CDT Sat Jun 14 2025 /129 PM EDT Sat Jun 14 2025/


...Funnel clouds will be possible through this afternoon...

There have been reports of funnel clouds today. These funnels
are developing underneath a few showers that are moving across the
area. Underneath these showers...spinning columns of air that
look like tornadoes may continue to develop. These funnels usually
are very brief and rarely touch the ground. If these funnels do
touch down...they most likely will not cause damage to life or
property.

These funnels are due to cooler air aloft...warm moist air near
the ground...and are usually in association with a strong area of
low pressure in the upper levels of the atmosphere. Due to little
or no wind shear...they are usually weak and very brief.

$$

DW