Marine Weather Message
Issued by NWS Detroit/Pontiac, MI
Issued by NWS Detroit/Pontiac, MI
823 WHUS73 KDTX 290140 MWWDTX URGENT - MARINE WEATHER MESSAGE National Weather Service Detroit/Pontiac MI 940 PM EDT Tue May 28 2024 LHZ421-422-441-291415- /O.NEW.KDTX.SC.Y.0058.240529T1000Z-240530T0200Z/ Outer Saginaw Bay SW of Alabaster to Port Austin MI to Inner Saginaw Bay-Inner Saginaw Bay SW of Point Au Gres to Bay Port MI- Port Austin to Harbor Beach MI- 940 PM EDT Tue May 28 2024 ...SMALL CRAFT ADVISORY IN EFFECT FROM 6 AM TO 10 PM EDT WEDNESDAY... * WHAT...Expect sustained winds up to 18 knots from the northeast with gusts up to 27 knots. The largest significant waves will be 4 feet with a potential maximum wave height of 5 feet. * WHERE...Outer Saginaw Bay SW of Alabaster to Port Austin MI to Inner Saginaw Bay, Inner Saginaw Bay SW of Point Au Gres to Bay Port MI and Port Austin to Harbor Beach MI. * WHEN...The maximum winds are expected around 8 AM EDT Wednesday with the largest waves expected around 2 PM EDT Wednesday. * IMPACTS...Conditions will be hazardous to small craft. PRECAUTIONARY/PREPAREDNESS ACTIONS... Inexperienced mariners, especially those operating smaller vessels, should avoid navigating in hazardous conditions. && $$ LHZ442-443-291415- /O.NEW.KDTX.SC.Y.0058.240529T1400Z-240530T0200Z/ Harbor Beach to Port Sanilac MI-Port Sanilac to Port Huron MI- 940 PM EDT Tue May 28 2024 ...SMALL CRAFT ADVISORY IN EFFECT FROM 10 AM TO 10 PM EDT WEDNESDAY... * WHAT...Expect sustained winds up to 19 knots from the north with gusts up to 26 knots. The largest significant waves will be 5 feet with a potential maximum wave height of 7 feet. * WHERE...Harbor Beach to Port Sanilac MI and Port Sanilac to Port Huron MI. * WHEN...The maximum winds are expected around 1 PM EDT Wednesday with the largest waves expected around 4 PM EDT Wednesday. * IMPACTS...Conditions will be hazardous to small craft. PRECAUTIONARY/PREPAREDNESS ACTIONS... Inexperienced mariners, especially those operating smaller vessels, should avoid navigating in hazardous conditions. && $$