Charleston, West Virginia – The Central Appalachian region is emerging as one of the highest-confidence targets for a major winter storm later this week, with heavy snow and dangerous travel conditions increasingly likely from Wednesday, Jan. 14, through Friday, Jan. 17.
According to the National Weather Service Weather Prediction Center, severe winter storm probabilities across the Central Appalachians range from 60 to as high as 90 percent, placing parts of West Virginia, southwest Virginia, eastern Kentucky, and far northeast Tennessee in a prime zone for significant impacts. A strengthening storm system is expected to track east from the Midwest, drawing colder air into the region while interacting with mountainous terrain that favors enhanced snowfall.
The most severe conditions are expected across West Virginia, including the Allegheny Highlands and Appalachian Plateau, as well as adjacent portions of southwest Virginia and eastern Kentucky. Major travel corridors such as Interstate 64, Interstate 77, Interstate 79, Interstate 81, and Interstate 75 in eastern Kentucky are likely to see snow-covered roads, reduced visibility, and prolonged travel disruptions. Secondary mountain roads could become hazardous or impassable for extended periods.
Snowfall rates may become heavy at times, particularly overnight, with upslope flow significantly boosting accumulations along higher elevations and ridge lines. Gusty winds may also produce blowing and drifting snow, increasing the risk of near-whiteout conditions in exposed areas.
Emergency officials urge residents to prepare now by limiting non-essential travel later this week, ensuring vehicles and homes are winter-ready, and monitoring updates from state transportation agencies. Power disruptions are also possible where heavy snow and wind combine.
Forecast confidence is unusually high for this lead time, and winter storm watches and warnings are expected to be issued across the Central Appalachians as the event approaches. Additional updates are likely as snowfall intensity, timing, and duration become clearer over the next 24 to 48 hours.
