Politics
5 min read
Next Snow System Set to Hit Southern Michigan Tuesday Night
MLive.com
January 19, 2026•3 days ago

AI-Generated SummaryAuto-generated
A fast-moving Alberta Clipper storm system is forecast to bring light to moderate snow to southern Michigan by Tuesday night. The heaviest snowfall, estimated at one to three inches, is expected over the southern half of Lower Michigan on Wednesday, potentially creating slick road conditions during the morning commute. Some areas along the Lake Michigan shore could see four to five inches. Arctic air will follow, bringing sub-zero temperatures Friday and Saturday.
We are definitely in an Alberta Clipper storm track. Alberta Clipper weather systems move fast. The next storm system will be bringing snow to lower Michigan already by Tuesday night.
Here’s the radar forecast of the next weather-maker. It’s not a huge snowstorm because this Arctic air doesn’t hold a lot of moisture.
It will be a widespread snow, but what I would call a light-to-moderate snow. The cold air will make tiny flakes that pack together and create slick roads, even with only an inch or two of snow.
Right now it looks like the “heaviest” snow will fall over the southern half of Lower Michigan Wednesday. The snow should already be falling and covering the roads with an inch of snow by the Wednesday morning rush hour.
For some of us in the southeast, Wednesday could have worse roads than the bigger headline storm system today. The roads have mostly stayed dry over southeast Lower today.
Here’s the total snowfall forecast. I’d call it a one inch to three inch snow for the southern half of Lower Michigan. Along the Lake Michigan shore, from South Haven to Muskegon, could have four to five inches of snow. Again, not a big snowstorm by Michigan standards, but a slick day on the roads is coming Wednesday.
After this Alberta Clipper passes east, the main load of Arctic air will drop south over Michigan. Friday and Saturday will have a hard time warming above zero degrees.
Rate this article
Login to rate this article
Comments
Please login to comment
No comments yet. Be the first to comment!
