Jackson, KY: Snow Begins Today, 4–6″ Near I-64 by Monday Morning

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Jackson, Kentucky – Accumulating snow is expected to begin today across eastern Kentucky, with several inches likely by Monday morning and the heaviest snowfall focused near and north of Interstate 64.

According to the National Weather Service in Jackson, confidence is high that precipitation will start as accumulating snow for all of eastern Kentucky. Snow is expected to overspread the region today and continue through tonight into Monday morning before gradually tapering.

Forecast data indicates the potential for 4 to 6 inches or more of snow generally north and west of a line from Pulaski County to Martin County. The heaviest snow totals are expected near and north of I-64, where snowfall rates may be higher and remain all snow for a longer duration.

Farther south and east, including the Jackson area, forecasters note that an anticipated wintry mix is cutting into snow accumulations. Even so, accumulating snow is still expected, and travel impacts remain likely across the entire region.

The National Weather Service warns that road conditions may deteriorate quickly as snow becomes steadier. Bridges, overpasses, and untreated secondary roads are expected to become slick, particularly overnight and during the Monday morning commute.

While exact totals will vary by location, officials stress that confidence in impactful snow is medium to high, and even areas with lower totals may experience hazardous travel due to timing and cold road temperatures.

Residents are urged to complete travel and preparations as early as possible, avoid unnecessary trips during periods of heavier snow, and prepare for slower commutes and possible delays. Keeping emergency supplies in vehicles is recommended in case drivers become stranded.

Students, commuters, and workers traveling later today, overnight, or early Monday may face the greatest impacts as snow continues to accumulate.

The National Weather Service advises residents to monitor updates closely as snowfall amounts and precipitation type may shift slightly as the storm evolves.