Severe Weather to Hit South; Midwest Faces Wind and Snow Late Week
A severe weather system is expected to impact the Southern U.S. this week. This storm will bring heavy rain, snow, and strong winds through the Midwest and East. The weather changes will unfold in two rounds from Wednesday night through Sunday.
Forecast Timing
Wednesday Night
Thunderstorms may develop across the Southern Plains, primarily between Oklahoma and northern Texas. Snow will blanket areas in the Rockies and Mountain West.
Thursday
Rain will extend northward towards the western Great Lakes. Thunderstorms may erupt from eastern Texas to the mid-Mississippi Valley. Snow showers will continue in the Rockies.
Friday
Snow is projected to move from the central Rockies into parts of the Plains. Increased thunderstorm activity is expected from Texas to the Tennessee Valley. Rain will advance northward to upstate New York and New England.
Saturday
Snow may fall in the western Great Lakes, while soaking rain spreads into the East, reaching parts of New England. Strong winds are anticipated across the Midwest and parts of the South, with lingering thunderstorms in the Southeast.
Sunday
Wind will be a significant concern from the Midwest to the Northeast. Rain bands could persist in eastern New England during the morning hours. Snow may also continue in parts of the eastern Great Lakes and northern New England.
Potential Impacts
- Severe Weather: Currently, the risk of strong thunderstorm winds, hail, or tornadoes remains low on Wednesday and Thursday.
- Rain and Snow: Light to moderate snowfall is likely in the central High Plains and upper Midwest. Heavy rainfall may lead to local flash flooding in the Tennessee Valley.
- Wind and Cold: Wind gusts exceeding 40 mph are possible throughout the Plains and Midwest, increasing the risk of downed tree limbs and power outages.
The cold air following the storm will not be extreme and is expected to pass quickly. Conditions may become challenging for drivers, especially in snow-affected regions.
Stay updated on regional weather impacts as this system progresses through the week.
