Marshall Islands · Harmonic Tide Model
Tide Table Jaluit Atoll (SE Pass) — 2026
📍 Lat 5.9167, Lon 169.6500
Tide range. Higher values mean spring tides.
The moon drives the tides and the fish.
Radar de Chuva (Tempo Real)
Temperatura da Água
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Índice UV Atual
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🏖️ Recommended Activities
At low tide the waters tend to be calmer.
Access only within the 2 hours near the lowest tide.
Ask the skipper about the conditions.
🎣 Solunar Table
Major Periods (2h)
Minor Periods (1h)
Based on the Solunar Theory (John Alden Knight): fish and wildlife tend to feed more during the periods when the moon is overhead or underfoot (major) and at moonrise/moonset (minor). The score considers the lunar phase and the crossing of major periods with the local high tide.
Nearby places
📘 About Jaluit Atoll (SE Pass) Tide Forecast
Jaluit Atoll (SE Pass) is located at 5.92° N, 169.65° E on the coast of Marshall Islands, in the northern hemisphere. Its tidal pattern is semi-diurnal (two high and two low tides per day), with a mean tidal range of 1.1m and spring tides reaching up to 1.5m. Jaluit was the former administrative seat of the Marshall Islands before Majuro, and is now a conservation area recognised under the Ramsar Convention. Tides have a moderate range of 0.5 to 1.5 metres, creating gentle currents that influence shore fishing. Two daily tidal cycles create two current peaks per day, valued by anglers who leverage stronger flow during tidal changes. This shoreline is subject to seasonal wind and pressure variations that can affect tide height by up to 0.3m during extreme events. Review the annual 2026 tide guide for Jaluit Atoll (SE Pass), constructed with continuous high and low water forecasts measured in metres. In September, Jaluit Atoll (SE Pass) is in its autumn season, a key period for water sports, fishing, diving, and coastal navigation. All tide predictions are computed from harmonic constants validated for this coastal station, with accuracy within ±15 minutes for most conditions.
⚠️ Notice
Astronomical prediction from a harmonic model — does not account for storm surge, meteorological tide, or extreme events.