Marshall Islands · Harmonic Tide Model
Tide Table Rongelap Island, Rongelap Atoll — 2026
📍 Lat 11.1500, Lon 166.9000
Amplitude da maré. Valores altos indicam marés vivas.
A lua rege a força das marés e o peixe.
Radar de Chuva (Tempo Real)
Temperatura da Água
Carregando...
🏖️ Atividades Recomendadas
Na maré baixa as águas costumam ficar mais calmas.
Acesse apenas nas 2 horas próximas da maré mais baixa.
Consulte o marinheiro responsável sobre as condições.
🎣 Tábua Solunar
Períodos Maiores (2h)
Períodos Menores (1h)
Baseado na Teoria Solunar (John Alden Knight): peixes e animais silvestres tendem a se alimentar mais nos períodos em que a lua está a pino ou no fundo (maiores) e no nascer/poente da lua (menores). A pontuação considera a fase lunar e o cruzamento dos períodos maiores com a maré cheia local.
Nearby places
📘 About Rongelap Island, Rongelap Atoll Tide Forecast
In the northern hemisphere, the coastal area of Rongelap Island, Rongelap Atoll (Marshall Islands) is positioned at coordinates 11.15° N and 166.90° E. Its tidal pattern is semi-diurnal (two high and two low tides per day), with a mean tidal range of 1m and spring tides reaching up to 1.5m. Tides have a moderate range of 0.5 to 1.5 metres, creating gentle currents that influence shore fishing. Mariners in semi-diurnal areas benefit from two high-water windows each day to cross shallow bars or enter marinas. Data from this station feeds into the global sea-level monitoring network, contributing to long-term change research. Access the updated 2026 tide table for Rongelap Island, Rongelap Atoll featuring exact high and low water times, ranges, and coefficients for boating and angling. In July, Rongelap Island, Rongelap Atoll is in its summer 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.