Marshall Islands · Harmonic Tide Model
Tide Table Likiep Atoll — 2026
📍 Lat 9.8167, Lon 169.3167
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 Likiep Atoll Tide Forecast
Situated along the coastline of Marshall Islands (9.82° N, 169.32° E), Likiep Atoll lies 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. Likiep has the highest natural point in the Marshall Islands, a small 10-metre rise, and lies about 55 km northwest of Wotje. With tides reaching up to 1.5m, local fishers typically work around the two hours flanking high tide to benefit from stronger flow. The regularity of semi-diurnal tides — two highs and two lows approximately 6 hours apart — simplifies crossing planning and fishing scheduling. Waters along this coast are influenced by events such as El Niño, which can temporarily raise mean sea level. The 2026 tidal schedule for Likiep Atoll provides a full-year calendar of high and low waters alongside predicted sea levels. In September, Likiep Atoll is in its autumn season, a key period for water sports, fishing, diving, and coastal navigation. Astronomical tables for this site are processed using tidal harmonic algorithms and adjusted for regional bathymetry.
⚠️ Notice
Astronomical prediction from a harmonic model — does not account for storm surge, meteorological tide, or extreme events.