Tanaga Bay tide times

Tanaga Island, AKTanaga IslandNOAA 9461138Tuesday, November 10 · HASTTue Nov 10Predictions onlyChange station
MonthWeek
Print month

Month calendar

Today at Tanaga Bay the next high tide is at 11:52 AM (4.5 ft). Tomorrow's first low is at 12:07 AM. Spring tides peak on Thursday, so expect bigger highs and lower lows.

Estimated now
2.4 ft ↑
Rising 0.6 ft per hour
Next high
11:52 AM
In 5 h 38 min · 4.5 ft
Next low
12:07 AM
In 17 h 53 min · −0.6 ft
Predictions only. No live gauge at this station.

Today's tide

Estimated curve between high and low timesNightHeight above MLLW
−2 ft0 ft2 ft4 ftNOW 6:1311:52 AMHigh · 4.5 ft
Tide chart for Tanaga Bay, today. High 4.5 ft at 11:52 AM.

Heights and times are estimated from Adak Island, Sweeper Cove using NOAA offsets. Only the high and low points are official; the curve between them is drawn by us.

Today's tides

ft above MLLW
  • High11:52 AM4.5 ft
Tide times for Tanaga Bay
TideTimeHeight
High11:52 AM4.5 ft
Sunrise
9:03 AM
First light 8:27
Sunset
6:10 PM
Last light 6:47
Moon
3%
Waxing crescent

Best windows today

Plan the week →
  • Fishing
    8:00 to 11:00 AM

    Dawn light with the incoming tide around the 11:52 AM high. Second window 5:00 to 7:00 PM.

  • Tidepools & shelling
    No daylight low today

    No daylight low today.

  • Surfing
    No mid-tide window in daylight

    Tide stage only. Swell, sandbars and local breaks decide what works.

  • Shallow boat launch
    Avoid 12:00 to 5:00 AM

    Water drops under 1.5 ft from 12:00 to 5:00 AM. Plan to be back on the trailer before then.

Plan the week

Moving water around the turn often fishes best. Local species and bait matter more than any chart.

Next 7 days

November calendar →
High and low tides for the next 7 days, heights in ft
DayTide 1Tide 2Tide 3Tide 4Range, ft
TodayTue 10H11:52a4.5
WedNov 11L12:07a−0.6H11:31a4.75.2 spring tide
ThuNov 12L12:45a−0.6H11:45a4.75.3 spring tide
FriNov 13L1:24a−0.5H12:06p4.65.2 spring tide
SatNov 14L2:03a−0.4H12:28p4.54.9 spring tide
SunNov 15L2:40a−0.3H12:46p4.34.6
MonNov 16L3:15a−0.1H12:58p4.14.2

Spring tides Wednesday to Saturday. Lows drop to −0.6 ft, the best shelling days this week. Spring and neap tides

Tide predictions and observations: NOAA National Ocean Service, Center for Operational Oceanographic Products and Services (CO-OPS), station 9461138.

Nearby stations

Currents

Kanaga Pass, 0.3 mile NW of Annoy Rock

  • Current predictions are delayed. Try again soon.

Current predictions for Kanaga Pass, 0.3 mile NW of Annoy Rock, 8 mi away. Currents near inlets can be strong. Not for navigation.

Station details

Datum
Mean lower low water
Predictions
NOAA subordinate, from Adak Island, Sweeper Cove
Live gauge
None
Coordinates
51.718° N, 177.997° W
Time zone
Hawaii-Aleutian, UTC−10
Station ID
NOAA 9461138

About the tides at Tanaga Bay

Tides at Tanaga Island are mostly diurnal: one rise and one fall a day, with a slow change between them. The pattern follows the reference station at Adak Island, Sweeper Cove. The average range is about 4.1 ft. Spring tides add a little more at both ends. That is smaller than most Alaska stations on this site. The next spring tides peak on Thursday, with a range of 5.3 ft. Neap tides follow on November 19, when the range shrinks to 2.5 ft. In the next 12 months the highest predicted tide here is 6.0 ft on December 23, and the lowest is −1.9 ft on June 6.

Tanaga Bay is a subordinate station. NOAA predicts its tides by adjusting Adak Island, Sweeper Cove: highs come about 6 min and lows about 32 min earlier than there. The nearest other station is Lash Bay, 4 mi away, where high tide comes about 50 min earlier. For tidal currents, see Kanaga Pass, 0.3 mile NW of Annoy Rock.

Predictions are based on Adak Island, Sweeper Cove.

Height unitsftmAdd this tide widget to your site. It's free.Week plannerPrintable November calendar

Tide predictions and water levels from NOAA CO-OPS. For planning only, not for navigation. Real water levels can differ because of wind, air pressure and river flow. Always check conditions on site.