NWS Marine Forecast


   ANZ200-042100-  403 AM EDT Thu Sep 4 2025    .Synopsis for Massachusetts and Rhode Island coastal waters...  Area of high pressure moves east of the coastal waters today with  increasing S to SE winds with occasional gusts less than 25 knots.  Seas today are increasing 3-4 feet. A few showers are possible  overnight into Friday morning and areas or marine fog. Wind shifts  to the SSW for Friday with gusts nearing advisory criteria. A cold  front moves across the waters Saturday night through Sunday, which  the front could become quasi-stationary over the eastern waters. An  area of high pressure returns late Sunday and remains through  Wednesday.    $$
   ANZ234-042100-  Buzzards Bay-  403 AM EDT Thu Sep 4 2025    TODAY  S winds 5 to 10 kt. Seas 1 foot or less, then around  2 ft this afternoon. Wave Detail: SE 1 foot at 8 seconds,  becoming S 1 foot at 2 seconds and SE 1 foot at 7 seconds.  TONIGHT  S winds around 10 kt. Gusts up to 20 kt after  midnight. Seas around 2 ft. Wave Detail: S 1 foot at 2 seconds  and SE 1 foot at 8 seconds. Patchy fog. Vsby 1 to 3 NM.  FRI  S winds 15 to 20 kt with gusts up to 25 kt. Seas 2 to  4 ft. Wave Detail: SW 3 ft at 4 seconds and SE 1 foot at  8 seconds.  FRI NIGHT  S winds 15 to 20 kt with gusts up to 25 kt. Seas  2 to 4 ft. Wave Detail: SW 3 ft at 5 seconds and SE 2 ft at  8 seconds.  SAT  S winds 10 to 15 kt, increasing to 15 to 20 kt in the  afternoon. Gusts up to 25 kt. Seas 2 to 4 ft. Wave Detail: SW  3 ft at 4 seconds and S 2 ft at 7 seconds.  SAT NIGHT  SW winds 15 to 20 kt, diminishing to 10 to 15 kt  after midnight. Gusts up to 25 kt. Seas 2 to 4 ft. Wave Detail: S  3 ft at 6 seconds. A chance of showers.  SUN  N winds around 10 kt. Seas around 2 ft. Showers likely.  SUN NIGHT AND MON  NW winds around 10 kt. Seas around 2 ft. A  chance of showers.  MON NIGHT  NW winds 5 to 10 kt. Seas around 2 ft.    Seas are reported as significant wave height, which is the  average of the highest third of the waves. Individual wave  heights may be more than twice the significant wave height.    $$