Tide times in Threemile Slough at San Joaquin River
CA, United States
Sat 7 Mar
| Time | Height | Coef. | Type |
|---|---|---|---|
| 06:18 | 1.83m | 87 | High tide |
| 13:20 | 0.97m | - | Low tide |
| 19:03 | 1.49m | 80 | High tide |
This week
| Date | High tide | Low tide | Coef. |
|---|---|---|---|
| Tue 3 Mar | 03:59 (1.72m) / 15:56 (1.78m) | 10:15 (1.12m) / 22:24 (0.86m) | 86 |
| Wed 4 Mar | 04:32 (1.75m) / 16:40 (1.71m) | 11:00 (1.07m) / 22:54 (0.91m) | 85 |
| Thu 5 Mar | 05:07 (1.78m) / 17:24 (1.64m) | 11:45 (1.02m) / 23:22 (0.98m) | 86 |
| Fri 6 Mar | 05:42 (1.81m) / 18:09 (1.57m) | 12:32 (0.98m) / 23:48 (1.06m) | 86 |
| Sat 7 Mar | 06:18 (1.83m) / 19:03 (1.49m) | 13:20 (0.97m) | 87 |
| Sun 8 Mar | 07:54 (1.85m) / 21:27 (1.44m) | 00:16 (1.15m) / 15:12 (0.97m) | 87 |
| Mon 9 Mar | 08:35 (1.85m) / 23:09 (1.44m) | 01:46 (1.25m) / 16:08 (0.98m) | 87 |
| Tue 10 Mar | 09:24 (1.84m) | 02:21 (1.35m) / 17:07 (0.98m) | 87 |
| Wed 11 Mar | 00:27 (1.47m) / 10:22 (1.82m) | 03:05 (1.43m) / 18:06 (0.97m) | 86 |
| Thu 12 Mar | 01:23 (1.51m) / 11:26 (1.80m) | 05:52 (1.47m) / 19:02 (0.94m) | 86 |
Tide times in Threemile Slough at San Joaquin River
Find accurate tide schedules for Threemile Slough at San Joaquin River. Whether for fishing, sailing, or beach walks, get the information you need.
Discover what you can do in Threemile Slough at San Joaquin River based on the tide schedule:
High tide
Calm waters perfect for SUP sessions
Ideal for boat departures and arrivals
Safe water levels for experienced jumpers
Low tide
Discover shells and sea treasures on exposed beaches
Capture unique coastal landscapes
Extended sandy areas to explore
The tidal patterns at Threemile Slough at San Joaquin River are predictable and follow lunar cycles. Neap tides occur around quarter moons, while spring tides happen during full and new moons.
Plan your activities around the tide schedule at Threemile Slough at San Joaquin River. Allow plenty of time to return before the tide turns.
Our tide predictions for Threemile Slough at San Joaquin River are calculated using astronomical data and local observations for maximum accuracy.