Tides Today & Tomorrow in Riggins Ditch, 0.5 n.mi. above entrance, NJ

TIDE TIMES for Wednesday, August 5, 2026
The tide is currently falling in Riggins Ditch, 0.5 n.mi. above entrance, NJ.

Next low tide : in 2h 46m at 10:00 pm (0.9 ft)
Next high tide (tomorrow) : 2:59 am (4.7 ft)
Sunset today : 8:07 pm
Sunrise tomorrow : 6:04 am
Moon phase : Third Quarter (55% illuminated)
Tide Station Location : Station #8536801
Common Questions About Tides

Riggins Ditch, 0.5 n.mi. above entrance, NJ Tides - Jul 2096

< Jun 2096

Print this Tide Chart

Aug 2096 >

Date		High Tide				Low Tide				Sun		Moon	Date
Date		AM	ft	PM	ft	AM	ft	PM	ft	Rise	Set	Moon	Date
1	Sun	6:49	4.2	7:18	5.4	1:53	1.1	1:41	0.8	5:38	8:30		1	Sun
2	Mon	7:36	4.1	8:01	5.6	2:43	0.9	2:24	0.8	5:38	8:30		2	Mon
3	Tue	8:22	4.2	8:43	5.8	3:29	0.8	3:06	0.7	5:39	8:29		3	Tue
4	Wed	9:06	4.2	9:25	5.9	4:11	0.6	3:47	0.6	5:39	8:29		4	Wed
5	Thu	9:49	4.3	10:05	6.0	4:49	0.5	4:28	0.5	5:40	8:29		5	Thu
6	Fri	10:30	4.3	10:46	6.1	5:26	0.4	5:08	0.4	5:41	8:29		6	Fri
7	Sat	11:11	4.4	11:26	6.1	6:03	0.4	5:49	0.4	5:41	8:28		7	Sat
8	Sun	11:53	4.5			6:42	0.3	6:33	0.4	5:42	8:28		8	Sun
9	Mon	12:08	6.0	12:38	4.7	7:24	0.3	7:21	0.5	5:42	8:28		9	Mon
10	Tue	12:52	5.9	1:24	4.8	8:08	0.2	8:14	0.5	5:43	8:27		10	Tue
11	Wed	1:39	5.7	2:13	5.1	8:55	0.2	9:12	0.6	5:44	8:27		11	Wed
12	Thu	2:28	5.4	3:06	5.3	9:43	0.2	10:12	0.6	5:45	8:26		12	Thu
13	Fri	3:23	5.1	4:05	5.5	10:34	0.1	11:17	0.6	5:45	8:26		13	Fri
14	Sat	4:25	4.9	5:08	5.8	11:29	0.1			5:46	8:25		14	Sat
15	Sun	5:32	4.7	6:10	6.1	12:24	0.6	12:26	0.1	5:47	8:25		15	Sun
16	Mon	6:36	4.6	7:09	6.4	1:30	0.4	1:24	0.0	5:48	8:24		16	Mon
17	Tue	7:38	4.6	8:07	6.6	2:35	0.3	2:22	-0.1	5:48	8:23		17	Tue
18	Wed	8:38	4.7	9:03	6.7	3:35	0.1	3:19	-0.1	5:49	8:23		18	Wed
19	Thu	9:34	4.8	9:56	6.7	4:30	-0.1	4:14	-0.2	5:50	8:22		19	Thu
20	Fri	10:27	4.9	10:46	6.6	5:19	-0.1	5:06	-0.1	5:51	8:21		20	Fri
21	Sat	11:16	5.0	11:34	6.4	6:06	-0.1	5:56	0.0	5:52	8:21		21	Sat
22	Sun			12:05	5.0	6:51	0.1	6:46	0.3	5:52	8:20		22	Sun
23	Mon	12:20	6.0	12:52	5.0	7:37	0.2	7:37	0.5	5:53	8:19		23	Mon
24	Tue	1:05	5.7	1:39	5.0	8:22	0.4	8:30	0.8	5:54	8:18		24	Tue
25	Wed	1:49	5.3	2:24	5.0	9:06	0.6	9:24	1.1	5:55	8:17		25	Wed
26	Thu	2:33	4.9	3:12	5.0	9:49	0.8	10:19	1.3	5:56	8:16		26	Thu
27	Fri	3:20	4.5	4:02	5.0	10:33	0.9	11:16	1.4	5:57	8:15		27	Fri
28	Sat	4:13	4.3	4:56	5.1	11:19	1.1			5:58	8:15		28	Sat
29	Sun	5:11	4.1	5:50	5.2	12:16	1.4	12:07	1.1	5:58	8:14		29	Sun
30	Mon	6:08	4.0	6:40	5.4	1:14	1.4	12:56	1.1	5:59	8:13		30	Mon
31	Tue	7:01	4.1	7:27	5.6	2:08	1.2	1:45	1.0	6:00	8:12		31	Tue
Date		High Tide				Low Tide				Sun		Moon	Date
Date		AM	ft	PM	ft	AM	ft	PM	ft	Rise	Set	Moon	Date

Tidal Data Source: (8536801)

www.USHarbors.com

The US Harbors tide chart design is protected by copyright. It may be printed for personal use only.
Any commercial use, modification, redistribution, or repackaging without written permission is strictly prohibited.

What time does the tide turn (slack tide) in Riggins Ditch, 0.5 n.mi. above entrance, NJ today?

Slack tide in Riggins Ditch, 0.5 n.mi. above entrance, NJ is approximately 12:29 am — midway between the next high and low tide, when tidal current is weakest. This is the preferred window for boat crossings, underwater visibility, and fishing in areas with strong currents.

Is this week a spring tide or neap tide in Riggins Ditch, 0.5 n.mi. above entrance, NJ?

Riggins Ditch, 0.5 n.mi. above entrance, NJ is currently in a neap phase. Tonight's moon is 55% illuminated. Spring tides (largest swings) occur near new and full moons; neap tides (smallest swings) occur near first and third quarter moons. Tidal ranges this week are near their weekly minimum.

What datum are Riggins Ditch, 0.5 n.mi. above entrance, NJ tide heights measured from?

Tide heights on this page are measured from Mean Lower Low Water (MLLW), the U.S. NOAA standard. A height of 0 ft represents the 19-year average of each day's lower low tide. Negative values indicate a "minus tide" — water levels below that long-term reference.

What factors can affect the tide predictions for Riggins Ditch, 0.5 n.mi. above entrance, NJ?

Tide predictions for Riggins Ditch, 0.5 n.mi. above entrance, NJ come from NOAA's harmonic analysis and are typically accurate within about ±10 minutes on timing and ±0.5 ft on height. Actual water levels can deviate further due to sustained winds, atmospheric pressure changes, river flow, and storm surge. During major weather events, be sure to check US Harbors weather pages for factors that could impact tidal predictions.

Which NOAA station provides tide data for Riggins Ditch, 0.5 n.mi. above entrance, NJ?

Tide data for Riggins Ditch, 0.5 n.mi. above entrance, NJ is sourced from NOAA Station #8536801. View the official NOAA station page at https://tidesandcurrents.noaa.gov/stationhome.html?id=8536801.

What is the moon phase in Riggins Ditch, 0.5 n.mi. above entrance, NJ tonight?

Tonight the moon over Riggins Ditch, 0.5 n.mi. above entrance, NJ is Third Quarter (55% illuminated). This places Riggins Ditch, 0.5 n.mi. above entrance, NJ in a neap tide cycle, so tidal ranges are near their weekly minimum this week.

US Harbors Tidal Data

The data in our tide charts, tide tables, and tide graphs is provided by NOAA and others. These predictions are derived mathematically from numerous inputs, including data from historical tide stations and nearby locations where sensors are actively recording. As shown in the tide graph at the top of this page, “Predicted” tides (blue) are what forecasting models expect to happen. “Observed” tides (red) are those recorded by local sensors in real time, overlaid on the predictions for direct comparison. We display Observed water levels for a select group of harbors including Portland, Maine, where a physical sensor monitors water levels in real time.

LEARN MORE ABOUT OUR TIDE DATA

In The Zone: The Sabre 51 Salon Express

By US Harbors When Sabre Yachts completed construction of hull number 200 of its 48 Salon Express model, more than half the crew who built it had also worked on hull number one. The average tenure on that line was 12 years, and they produced a yacht that proved to… Learn More