UPDATE: A sudden cold snap has hit Brainerd, Minnesota, bringing freezing fog, blowing snow, and rapidly dropping temperatures. Just one day after mild conditions, the region is now facing a significant weather shift that could impact plans for the New Year.
As of midday on December 28, temperatures plummeted to around 14 degrees Fahrenheit, with wind gusts reaching 28 mph. The National Weather Service warns that blizzard conditions are likely in western Minnesota, while localized whiteouts are possible due to blowing snow.
Initially, snowfall predictions for the area forecasted up to 7 inches, but this estimate has since been reduced to 3-4 inches for Brainerd and Baxter. Heavier snow is still anticipated for regions south and west of Crow Wing County, including Morrison, Todd, and Wadena counties. Currently, Todd County is under a blizzard warning, while Morrison and Mille Lacs counties remain on alert with winter storm warnings.
By 5 p.m. Sunday, approximately 3 inches of snow had already accumulated near Brainerd, according to the latest updates. Snowfall is expected to taper off by 3 a.m. on December 29, but north-northwest winds will continue to gust between 30-50 mph into Monday morning.
Looking ahead, the New Year’s Eve forecast predicts a high of around 9 degrees, with wind chills dropping to an alarming 20 degrees below zero. Residents are advised to prepare for extremely cold conditions as they ring in the New Year.
Monday will see a return of sunshine, but the temperature will hover around 5 degrees, with wind gusts up to 35 mph making it feel significantly colder. Those planning to venture outside may want to wait until Tuesday when the temperature could reach a more comfortable 30 degrees, with only a 20% chance of snow before noon.
As the last week of the year continues to unfold, it is crucial for residents to stay informed and ready for the frigid weather. The upcoming weekend promises mostly cloudy skies with high temperatures only reaching the teens.
Stay tuned for further updates as the situation develops.
