181
FLUS41 KRLX 281110
HWORLX

Hazardous Weather Outlook
National Weather Service Charleston WV
610 AM EST Fri Feb 28 2025

WVZ522-523-526-011115-
Southeast Webster-Northwest Pocahontas-Southeast Randolph-
610 AM EST Fri Feb 28 2025

This Hazardous Weather Outlook is for portions of northeast West
Virginia.

.DAY ONE...Today and Tonight.

Gusty winds up to 35 mph will be possible along the higher terrain
today.

.DAYS TWO THROUGH SEVEN...Saturday through Thursday.

Gusty winds and a few inches of snow are possible Saturday into
Saturday night. In addition, wind chill values could drop into 10
below zero Saturday night into Sunday morning.

.SPOTTER INFORMATION STATEMENT...

Weather spotters are encouraged to report significant weather
conditions by calling the toll-free spotter hotline, or by other
methods detailed at www.weather.gov/rlx/reports.

$$

KYZ101>103-105-OHZ066-067-075-076-083>087-VAZ003-004-WVZ005>011-
013>020-024>034-039-040-515>521-524-525-011115-
Greenup-Carter-Boyd-Lawrence KY-Perry-Morgan-Athens-Washington-
Jackson OH-Vinton-Meigs-Gallia-Lawrence OH-Dickenson-Buchanan-Wayne-
Cabell-Mason-Jackson WV-Wood-Pleasants-Tyler-Lincoln-Putnam-Kanawha-
Roane-Wirt-Calhoun-Ritchie-Doddridge-Mingo-Logan-Boone-Clay-Braxton-
Gilmer-Lewis-Harrison-Taylor-McDowell-Wyoming-Upshur-Barbour-
Northwest Raleigh-Southeast Raleigh-Northwest Fayette-
Southeast Fayette-Northwest Nicholas-Southeast Nicholas-
Northwest Webster-Southeast Pocahontas-Northwest Randolph-
610 AM EST Fri Feb 28 2025

This Hazardous Weather Outlook is for northeast Kentucky, southeast
Ohio, southwest Virginia and much of West Virginia.

.DAY ONE...Today and Tonight.

Gusty winds up to 30 mph will be possible across the lowlands today.
Isolated tree damage is possible.

.DAYS TWO THROUGH SEVEN...Saturday through Thursday.

Gusty winds up to 30 mph are expected with a cold front passage on
Saturday.


.SPOTTER INFORMATION STATEMENT...

Weather spotters are encouraged to report significant weather
conditions by calling the toll-free spotter hotline, or by other
methods detailed at www.weather.gov/rlx/reports.

$$