Few things in nature are as predictable as ocean tides. Driven by the moon's and sun's gravitational pull, these persistent, short-period, and large-magnitude phenomena are apparent in nearly all ...

Ocean tide modelling combines hydrodynamic theory with observational data to simulate the periodic rise and fall of sea level under astronomical forcing. At its core, models solve the governing ...

Where typical ocean tides average about three feet, the Bay of Fundy’s record-setting tides soar over 50. This means 160 billion tons of water rush through the bay twice every day, generating enough ...

Standing by the sea, most people enjoy watching waves roll in or noticing when the tide creeps higher than expected, but few really understand why it happens. Here’s a clear breakdown of what drives ...