####018004490#### WHUS73 KDTX 281944 MWWDTX URGENT - MARINE WEATHER MESSAGE National Weather Service Detroit/Pontiac MI 344 PM EDT Sun Mar 28 2021 LHZ361-362-290800- /O.CON.KDTX.GL.W.0009.000000T0000Z-210329T0800Z/ Lake Huron from 5NM east of Mackinac Bridge to Presque Isle Lt beyond 5 NM off shore- Lake Huron from Presque Isle Light to Sturgeon Point MI beyond 5NM off shore- 344 PM EDT Sun Mar 28 2021 ...GALE WARNING REMAINS IN EFFECT UNTIL 4 AM EDT MONDAY... * WHAT...Expect sustained winds up to 32 knots from the northwest with gusts up to 42 knots. The largest significant waves will be 12 feet with a potential maximum wave height of 17 feet. * WHERE...Lake Huron from 5NM east of Mackinac Bridge to Presque Isle Lt beyond 5 NM off shore and Lake Huron from Presque Isle Light to Sturgeon Point MI beyond 5NM off shore. * WHEN...The maximum winds are expected around 4 PM EDT Sunday with the largest waves expected around 10 PM EDT Sunday. * IMPACTS...Strong winds will cause hazardous waves which could capsize or damage vessels and reduce visibility. PRECAUTIONARY/PREPAREDNESS ACTIONS... Mariners should alter plans to avoid these hazardous conditions. Remain in port, seek safe harbor, alter course, and/or secure the vessel for severe conditions. && $$ LHZ363-421-422-441>443-462>464-290800- /O.CON.KDTX.GL.W.0009.210328T2000Z-210329T0800Z/ Lake Huron from Sturgeon Point to Alabaster MI beyond 5NM off shore- Outer Saginaw Bay SW of Alabaster to Port Austin MI to Inner Saginaw Bay-Inner Saginaw Bay SW of Point Au Gres to Bay Port MI- Port Austin to Harbor Beach MI-Harbor Beach to Port Sanilac MI- Port Sanilac to Port Huron MI- Lake Huron from Port Austin to Harbor Beach beyond 5NM Off Shore- Lake Huron from Harbor Beach to Port Sanilac beyond 5NM Off Shore- Lake Huron from Port Sanilac to Port Huron beyond 5NM Off Shore- 344 PM EDT Sun Mar 28 2021 ...GALE WARNING REMAINS IN EFFECT UNTIL 4 AM EDT MONDAY... * WHAT...Expect sustained winds up to 31 knots from the northwest with gusts up to 40 knots. The largest significant waves will be 11 feet with a potential maximum wave height of 16 feet. * WHERE...Portions of Lake Huron. * WHEN...The maximum winds are expected around 8 PM EDT Sunday with the largest waves expected around 10 PM EDT Sunday. * IMPACTS...Strong winds will cause hazardous waves which could capsize or damage vessels and reduce visibility. PRECAUTIONARY/PREPAREDNESS ACTIONS... Mariners should alter plans to avoid these hazardous conditions. Remain in port, seek safe harbor, alter course, and/or secure the vessel for severe conditions. && $$ LCZ460-290800- /O.CON.KDTX.SC.Y.0021.000000T0000Z-210329T0800Z/ Lake St Clair- 344 PM EDT Sun Mar 28 2021 ...SMALL CRAFT ADVISORY REMAINS IN EFFECT UNTIL 4 AM EDT MONDAY... * WHAT...Expect sustained winds up to 21 knots from the northwest with gusts up to 32 knots. The largest significant waves will be 2 feet with a potential maximum wave height of 3 feet. * WHERE...Lake St Clair. * WHEN...The maximum winds are expected around 10 PM EDT Sunday with the largest waves expected around 9 PM EDT Sunday. * IMPACTS...Conditions will be hazardous to small craft. PRECAUTIONARY/PREPAREDNESS ACTIONS... Inexperienced mariners, especially those operating smaller vessels, should avoid navigating in hazardous conditions. && $$ LEZ444-290800- /O.CON.KDTX.SC.Y.0021.000000T0000Z-210329T0800Z/ Michigan Waters of Lake Erie from Detroit River to North Cape MI- 344 PM EDT Sun Mar 28 2021 ...SMALL CRAFT ADVISORY REMAINS IN EFFECT UNTIL 4 AM EDT MONDAY... * WHAT...Expect sustained winds up to 23 knots from the west with gusts up to 33 knots. The largest significant waves will be 3 feet with a potential maximum wave height of 4 feet. * WHERE...Michigan Waters of Lake Erie from Detroit River to North Cape MI. * WHEN...The maximum winds are expected around 6 PM EDT Sunday with the largest waves expected around 4 PM EDT Sunday. * IMPACTS...Conditions will be hazardous to small craft. PRECAUTIONARY/PREPAREDNESS ACTIONS... Inexperienced mariners, especially those operating smaller vessels, should avoid navigating in hazardous conditions. && $$