2 products issued by NWS for: Iron River MI
Hazardous Weather Outlook
Hazardous Weather Outlook National Weather Service Marquette MI Issued by National Weather Service Gaylord MI 444 PM EDT Wed May 21 2025 MIZ001>007-009>014-084-085-222045- Keweenaw-Ontonagon-Northern Houghton-Baraga-Marquette-Alger-Luce- Gogebic-Iron-Dickinson-Menominee-Delta-Southern Schoolcraft- Southern Houghton-Northern Schoolcraft- 444 PM EDT Wed May 21 2025 /344 PM CDT Wed May 21 2025/ This Hazardous Weather Outlook is for portions of central Upper Michigan and western Upper Michigan. .DAY ONE...Tonight High swim risk for the beaches of Alger and Marquette counties through this evening. Near freezing temperatures tonight will result in some frost concerns. Please see latest frost advisory for more information. .DAYS TWO THROUGH SEVEN...Thursday through Tuesday High swim risk is possible for the beaches of Alger counties Thursday. Near freezing overnight low temperatures could be seen Thursday night into Friday morning...and at times through the weekend. .SPOTTER INFORMATION STATEMENT... The need for weather spotter reports is not anticipated at this time. $$
Frost Advisory
URGENT - WEATHER MESSAGE National Weather Service Marquette MI 551 PM EDT Wed May 21 2025 MIZ002-004-009-010-084-221400- /O.CON.KMQT.FR.Y.0001.250522T0600Z-250522T1400Z/ Ontonagon-Baraga-Gogebic-Iron-Southern Houghton- Including the cities of Ontonagon, L`Anse, Sidnaw, Iron River, Ironwood, and Kenton 551 PM EDT Wed May 21 2025 /451 PM CDT Wed May 21 2025/ ...FROST ADVISORY REMAINS IN EFFECT FROM 2 AM EDT /1 AM CDT/ TO 10 AM EDT /9 AM CDT/ THURSDAY... * WHAT...Overnight low temperatures of 33 to 36 will result in frost formation. * WHERE...Baraga, Iron, Gogebic, Ontonagon, and Southern Houghton Counties. * WHEN...From 2 AM EDT /1 AM CDT/ to 10 AM EDT /9 AM CDT/ Thursday. * IMPACTS...Frost could harm sensitive outdoor vegetation. Sensitive outdoor plants may be killed if left uncovered. PRECAUTIONARY/PREPAREDNESS ACTIONS... Take steps now to protect tender plants from the cold. && $$ DT