Winter Storm Watch Issued for Northern Michigan

A significant winter storm is expected to impact portions of Michigan from late Wednesday through Thursday night. The National Weather Service (NWS) has issued winter storm watches and advisories for numerous counties across the Upper and northern Lower Peninsulas.

Snow and Ice Accumulation Forecast

Upper Peninsula Impacts

Western and central Upper Michigan, including Keweenaw, Ontonagon, Houghton, Gogebic, and Iron Counties, are forecast to receive 3 to 5 inches of snow and sleet, with up to two-tenths of an inch of ice. Wind gusts could reach 40 mph, reducing visibility and worsening road conditions. A particularly dangerous situation is predicted in Baraga and Marquette Counties, where ice accumulation could reach up to 0.3 inches alongside 2 to 4 inches of snow.

Northern Lower Peninsula Impacts

Counties in northern Lower Michigan, such as Emmet, Cheboygan, and Alpena, are expected to see a transition from snow and sleet to freezing rain early Thursday. Ice accumulations could reach one-quarter inch in some areas. Similar conditions are forecast for Eastern Upper Michigan, including Chippewa and Mackinac Counties.

Additional Areas Under Watch

Dickinson and Menominee counties are under a winter storm watch through Thursday afternoon, with potential snow and sleet totals of 2 inches and up to 0.1 inch of ice. Alger, Luce, Delta, and Schoolcraft Counties are bracing for up to 2 inches of snow and sleet, and up to 0.1 inch of ice.

Travel Concerns and Potential Hazards

“Snow and ice could cause big travel problems at airports and on highways in the path of this winter storm,” the NWS stated. The hazardous conditions are expected to significantly impact both the Thursday morning and evening commutes.

“Power outages and tree damage are likely due to the ice. Travel could be nearly impossible,” according to the winter storm watch. Residents are urged to monitor updated forecasts, prepare for potential power outages, and avoid unnecessary travel during the storm’s peak.