Clark Island, 1.6 nmi north of (depth 48 ft), Rosario Strait, Washington Current Predictions
Local time: 2025-10-26 Sun 9:12 AM PDT
Clark Island, 1.6 nmi north of (depth 48 ft), Rosario Strait, Washington Current
48.7313° N, 122.7734° W
Flood direction 336° true
Ebb direction 157° true
2025-10-26 Sun 1:27 PM PDT -0.0 knots Slack, Ebb Begins
1:29 PM PDT Moonrise
3:21 PM PDT -0.3 knots Max Ebb
6:00 PM PDT Sunset
6:01 PM PDT -0.1 knots Min Ebb
8:41 PM PDT Moonset
11:36 PM PDT -1.2 knots Max Ebb
2025-10-27 Mon 4:05 AM PDT 0.0 knots Slack, Flood Begins
7:50 AM PDT Sunrise
9:02 AM PDT 1.9 knots Max Flood
2:12 PM PDT -0.0 knots Slack, Ebb Begins
2:13 PM PDT Moonrise
3:59 PM PDT -0.3 knots Max Ebb
5:58 PM PDT Sunset
6:53 PM PDT -0.1 knots Min Ebb
9:45 PM PDT Moonset
2025-10-28 Tue 12:16 AM PDT -1.0 knots Max Ebb
5:01 AM PDT 0.0 knots Slack, Flood Begins
7:52 AM PDT Sunrise
9:57 AM PDT 1.7 knots Max Flood
2:46 PM PDT Moonrise
3:02 PM PDT -0.0 knots Slack, Ebb Begins
4:37 PM PDT -0.2 knots Max Ebb
5:56 PM PDT Sunset
7:22 PM PDT 0.0 knots Slack, Flood Begins
7:56 PM PDT 0.0 knots Max Flood
8:35 PM PDT -0.0 knots Slack, Ebb Begins
10:56 PM PDT Moonset
2025-10-29 Wed 1:43 AM PDT -0.8 knots Max Ebb
6:14 AM PDT 0.0 knots Slack, Flood Begins
7:53 AM PDT Sunrise
9:22 AM PDT First Quarter
10:59 AM PDT 1.6 knots Max Flood
3:12 PM PDT Moonrise
3:51 PM PDT -0.0 knots Slack, Ebb Begins
5:17 PM PDT -0.2 knots Max Ebb
5:55 PM PDT Sunset
7:08 PM PDT 0.0 knots Slack, Flood Begins
9:06 PM PDT 0.1 knots Max Flood
11:01 PM PDT -0.0 knots Slack, Ebb Begins
2025-10-30 Thu 12:12 AM PDT Moonset
3:48 AM PDT -0.8 knots Max Ebb
7:31 AM PDT 0.0 knots Slack, Flood Begins
7:55 AM PDT Sunrise
NOT FOR NAVIGATION
This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. The author and the publisher each assume no liability for damages arising from use of these predictions. They are not certified to be correct, and they do not incorporate the effects of tropical storms, El Niño, seismic events, subsidence, uplift, or changes in global sea level.
Web pages copyright © 2005-2025 Mobile Geographics LLC