Today's tide
Today's tides
ft above MLLW- Low1:41 AM−0.1 ft
- High7:43 AM2.5 ft
- Low12:28 PM1.3 ft
- High6:02 PM3.4 ft
Tomorrow's tide (predicted)
Tomorrow's tides
ft above MLLW- Low2:22 AM−0.1 ft
- High8:34 AM2.6 ft
- Low1:07 PM1.4 ft
- High6:30 PM3.4 ft
| Tide | Time | Height |
|---|---|---|
| Low | 1:41 AM | −0.1 ft |
| High | 7:43 AM | 2.5 ft |
| Low | 12:28 PM | 1.3 ft |
| High | 6:02 PM | 3.4 ft |
Best windows today
- Fishing4:00 to 6:00 PM
Moving water near sunset, as the tide rises toward the 6:02 PM high. Second window 6:00 to 7:00 AM.
- Tidepools & shellingNo daylight low today
No daylight low today. The next good one is Saturday at 6:00 AM.
- Surfing12:00 to 3:00 PM
Mid tide from 12:00 to 3:00 PM. No wind sensor at this station.
- Shallow boat launchAvoid 11:00 AM to 2:00 PM
Under 1.5 ft around low water. Launch before 11:00 AM.
Best windows tomorrow
- Fishing4:00 to 6:00 PM
Moving water near sunset, as the tide rises toward the 6:30 PM high. Second window 7:00 to 8:00 AM.
- Tidepools & shellingNo daylight low today
No daylight low today. The next good one is Saturday at 6:00 AM.
- Surfing1:00 to 4:00 PM
Mid tide from 1:00 to 4:00 PM. No wind sensor at this station.
- Shallow boat launchAvoid 12:00 to 2:00 PM
Under 1.5 ft around low water. Launch before 12:00 PM.
Next 7 days
November calendar →| Day | Tide 1 | Tide 2 | Tide 3 | Tide 4 | Range, ft |
|---|---|---|---|---|---|
| TodayTue 10 | L1:41a−0.1 | H7:43a2.5 | L12:28p1.3 | H6:02p3.4 | 3.6 spring tide |
| WedNov 11 | L2:22a−0.1 | H8:34a2.6 | L1:07p1.4 | H6:30p3.4 | 3.5 spring tide |
| ThuNov 12 | L3:02a0.0 | H9:25a2.5 | L1:51p1.5 | H7:05p3.4 | 3.4 spring tide |
| FriNov 13 | L3:41a0.0 | H10:16a2.5 | L2:39p1.5 | H7:46p3.2 | 3.2 |
| SatNov 14 | L4:21a0.0 | H11:06a2.5 | L3:33p1.4 | H8:34p3.0 | 3.0 |
| SunNov 15 | L5:02a0.0 | H11:55a2.5 | L4:34p1.3 | H9:29p2.8 | 2.8 |
| MonNov 16 | L5:45a0.0 | H12:41p2.4 | L5:41p1.2 | H10:34p2.5 | 2.5 |
Spring tides Tuesday to Thursday. Lows drop to −0.1 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 9414835.
Nearby stations
Currents
Vulcan Island, 0.5 mile east of
- Slack2:10 AM
- Max flood4:58 AM 0.7 kn
- Slack8:16 AM
- Max ebb10:24 AM 0.2 kn
- Slack12:24 PM
- Max flood3:27 PM 0.8 kn
- Slack6:25 PM
- Max ebb9:50 PM 0.6 kn
Current predictions for Vulcan Island, 0.5 mile east of, 8 mi away. Currents near inlets can be strong. Not for navigation.
Station details
- Datum
- Mean lower low water
- Predictions
- NOAA subordinate, from Port Chicago, Suisun Bay
- Live gauge
- None
- Coordinates
- 37.892° N, 121.488° W
- Time zone
- Pacific, UTC−8
- Station ID
- NOAA 9414835
About the tides at Borden Highway Bridge
This is a mixed-tide station. Some days bring a deep low and a shallow low, and a few days have only one of each. The pattern follows the reference station at Port Chicago, Suisun Bay. The average range is about 2.5 ft. Spring tides add a little more at both ends. That is smaller than most California stations on this site. From the average lower low to the average higher high, the difference is 3.4 ft. The next spring tides peak on November 22, with a range of 3.6 ft. Neap tides follow on November 17, when the range shrinks to 2.5 ft. In the next 12 months the highest predicted tide here is 4.1 ft on July 4, and the lowest is −0.4 ft on December 26.
Borden Highway Bridge is a subordinate station. NOAA predicts its tides by adjusting Port Chicago, Suisun Bay: highs come about 290 min and lows about 294 min later than there. NOAA measured the tide here from 1977 to 1979 to set up these predictions. The nearest other station is Holt, 4 mi away, where high tide comes about 32 min earlier. For tidal currents, see Vulcan Island, 0.5 mile east of.
Predictions are based on Port Chicago, Suisun Bay.
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.