NWS Marine Forecast


   PZZ600-081600-  802 PM PDT Tue Oct 7 2025    .Synopsis for the southern California coast and Santa Barbara  Channel including the Channel Islands National Marine Sanctuary  and National Park...at 02Z, or 7 PM PDT, a 1038 mb surface high  was located 1450 NM W of Seattle, Washington and a 1010 mb thermal  low was over western Arizona.    $$
   PZZ645-081600-  Point Piedras Blancas to Point Sal westward out to 10 NM-  802 PM PDT Tue Oct 7 2025    TONIGHT  Light winds. Seas 3 to 4 ft. Wave Detail: NW 3 ft at  12 seconds and S 2 ft at 13 seconds. Patchy fog.  WED  Light winds. Seas 3 to 4 ft. Wave Detail: NW 3 ft at  11 seconds and S 2 ft at 12 seconds. Patchy fog in the morning.  WED NIGHT  Light winds. Seas 2 to 4 ft. Wave Detail: S 2 ft at  11 seconds and NW 2 ft at 12 seconds. Patchy fog after midnight.  THU  Light winds. Seas 2 to 4 ft. Wave Detail: S 2 ft at  11 seconds and NW 2 ft at 13 seconds. Patchy fog in the morning.  THU NIGHT  Light winds, becoming N 5 to 10 kt after midnight.  Seas 3 to 4 ft. Wave Detail: NW 3 ft at 12 seconds and S 2 ft at  12 seconds. Patchy fog after midnight.  FRI  N wind 5 to 10 kt, becoming NW 10 to 20 kt in the afternoon.  Seas 3 to 5 ft. Wave Detail: NW 2 ft at 8 seconds, NW 3 ft at  11 seconds and S 2 ft at 12 seconds. Patchy fog in the morning.  FRI NIGHT  NW wind 15 to 25 kt, becoming 10 to 20 kt after  midnight. Seas 4 to 6 ft. Wave Detail: NW 5 ft at 7 seconds and S  2 ft at 12 seconds.  SAT  N wind 10 to 15 kt, becoming NW 15 to 25 kt in the  afternoon. Seas 4 to 6 ft. Wave Detail: NW 5 ft at 8 seconds, S  2 ft at 11 seconds and NW 2 ft at 13 seconds.  SAT NIGHT  NW wind 20 to 30 kt, becoming N 10 to 20 kt after  midnight. Seas 6 to 8 ft. Wave Detail: NW 7 ft at 9 seconds and S  2 ft at 11 seconds.  SUN  N wind 10 to 20 kt, becoming NW 15 to 25 kt in the  afternoon. Seas 5 to 7 ft. Wave Detail: NW 6 ft at 10 seconds and N  2 ft at 10 seconds.  SUN NIGHT  NW wind 20 to 30 kt, becoming 15 to 25 kt after  midnight. Seas 6 to 8 ft. Wave Detail: NW 7 ft at 10 seconds.    $$