Hazardous Weather Outlook
Issued by NWS Green Bay, WI
Issued by NWS Green Bay, WI
887 FLUS43 KGRB 061505 HWOGRB Hazardous Weather Outlook National Weather Service Green Bay WI 905 AM CST Sat Dec 6 2025 WIZ005-010>013-018>022-030-031-035>040-045-048>050-073-074-071515- Vilas-Oneida-Forest-Florence-Northern Marinette County-Lincoln- Langlade-Menominee-Northern Oconto County-Door-Marathon-Shawano- Wood-Portage-Waupaca-Outagamie-Brown-Kewaunee-Waushara-Winnebago- Calumet-Manitowoc-Southern Marinette County- Southern Oconto County- 905 AM CST Sat Dec 6 2025 This Hazardous Weather Outlook is for north-central and northeast Wisconsin. .DAY ONE...This Afternoon and Tonight Light snow will likely bring snow covered roads and slippery travel, especially after midnight. Total snow accumulations of 1 to 3 inches are expected south of a Marshfield to Ephraim line. .DAYS TWO THROUGH SEVEN...Sunday through Friday Hazardous travel conditions will linger into Sunday morning, especially on any untreated or secondary roads across central and east central Wisconsin. Hazardous travel due to snow is likely Monday night into Tuesday morning, when a few inches of snow will be possible. A more potent storm, with the potential for impactful snow amounts and hazardous travel conditions, will affect the region Tuesday afternoon into Wednesday morning. There is still a lot of uncertainty in snowfall amounts with this system. .SPOTTER INFORMATION STATEMENT... Spotters are requested to forward snowfall measurements to the National Weather Service in Green Bay Sunday morning. $$ LMZ521-522-541>543-071515- The Bay of Green Bay south of a line from Cedar River MI to Rock Island Passage-Lake Michigan from Washington Island to Sheboygan- 905 AM CST Sat Dec 6 2025 This Hazardous Weather Outlook is for portions of northwest Lake Michigan and the waters of Green Bay. .DAY ONE...This Afternoon and Tonight The probability for widespread hazardous weather is low. .DAYS TWO THROUGH SEVEN...Sunday through Friday The probability for widespread hazardous weather is low. $$ Kieckbusch