Linked from

The 64 pages that link to Tides, each with the reason it gives.

• Atlantic OceanRelated: The Atlantic’s shape and depth help determine how tidal waves propagate through its coasts and basins.

• EstuaryNarrower topic: Tidal sea-level changes influence water exchange and mixing at an estuary's mouth.

• TsunamiCompared with: Tsunamis can coincide with tides, but tidal forces do not generate them.

• Intertidal zoneRelated: Tidal cycles determine when intertidal habitats are submerged or exposed.

• GravityRelated: Tidal forces reveal how gravity varies across an extended body.

• North SeaNarrower topic: Its movement strongly shapes water levels throughout the North Sea.

• Tidal rangeNarrower topic: Tidal range measures the vertical extent of a tide at one location.

• Bay of BengalRelated: Tidal ranges and estuarine geometry influence flooding and sediment movement around the bay.

• Bering SeaRelated: Tidal mixing helps move nutrients through parts of the Bering Sea.

• Ocean gyreCompared with: Tides produce periodic water motion rather than the persistent wind-driven circulation of a gyre.

• OceanographyRelated: Their predictable rhythms arise from astronomical forcing and ocean-basin shape.

• Sea-level changeCompared with: Tidal cycles recur regularly, unlike a persistent change in mean sea level.

• Bohai SeaNarrower topic: Tidal currents mix water and transport sediment across this shallow sea.

• Lunar phaseRelated: Spring tides tend to occur near new and full moon, when solar and lunar tidal effects align.

• Coastal floodingRelated: High tides raise the baseline on which storm-driven water levels build.

• Philosophiæ Naturalis Principia MathematicaRelated: Newton applied universal gravitation to explain the role of the Moon and Sun in tides.

• Mean sea levelRelated: Averaging over tidal cycles suppresses short-period rises and falls in sea level.

• Synodic monthRelated: Spring tides at new and full moon repeat on the synodic half-month rhythm.

• Lunar monthRelated: Lunar phases modulate spring and neap tides through the changing alignment of Sun and Moon.

• Maritime navigationRelated: Tidal height changes available depth and can constrain a vessel’s route and timing.

• MoonRelated: The Moon’s gravity produces the largest astronomical contribution to Earth’s ocean tides.

• Tokyo BayRelated: Tidal exchange moves water through the bay’s narrow Pacific entrance.

• San Francisco BayRelated: Tidal exchange through the Golden Gate drives much of the bay’s circulation.

• Tide gaugeNarrower topic: The tide is the repeating signal a coastal gauge records alongside longer-term changes.

• Rocky shoreNarrower topic: Tides determine when rocky-shore organisms are submerged or exposed.

• Sea levelRelated: Tides produce short-term sea-level changes that averaging can smooth.

• Earth's MoonRelated: The Moon's gravity is the main driver of Earth's ocean tides.

• Salish SeaRelated: Tidal exchange moves water through the Salish Sea’s constricted passages.

• Cape CodRelated: Tidal cycles shape intertidal habitats and influence navigation in Cape Cod’s bays and harbors.

• Gulf of CarpentariaNarrower topic: Tidal ranges vary around the gulf’s broad, shallow coastline.

• Gulf of ThailandRelated: Tides mix water and affect navigation in the shallow gulf.

• White SeaNarrower topic: Tidal motion drives strong currents through the White Sea's narrow passage and bays.

• Bay of FundyNarrower topic: The bay’s defining water-level changes are an unusually large expression of tidal motion.

• PosidoniusRelated: He investigated tidal patterns and connected them with the Moon’s movements.

• Strait of Juan de FucaNarrower topic: Tidal exchange moves water through the strait and into the Salish Sea.

• Irish SeaRelated: Tidal currents strongly influence water movement through this narrow sea.

• MudskipperRelated: Mudskipper activity on mudflats tracks changing access to water and feeding grounds.

• Nan MadolRelated: Tidal channels shaped movement between Nan Madol’s islets.

• OceanRelated: They produce regular ocean-level changes along coasts and across ocean basins.

• Sea stackRelated: Tidal levels affect when waves can reach the base of coastal cliffs.

• Tide poolRelated: Falling tides isolate pools; rising tides reconnect them to the sea.

• Hudson StraitNarrower topic: Strong tidal variation is a defining feature of Hudson Strait’s marine conditions.

• Liaodong BayRelated: Tides alternately flood and expose the bay’s intertidal wetlands.

• MudflatNarrower topic: The tidal cycle alternately exposes and submerges the flat.

• Qiongzhou StraitNarrower topic: Tidal flows through the narrow channel contribute to its shifting currents.

• Christmas Island red crabRelated: Tidal timing lets migrating crabs release larvae when currents can carry them offshore.

• Gravity of EarthRelated: Earth’s gravity combines with lunar and solar forces to govern ocean motion.

• Itsukushima ShrineRelated: Tides alternately expose the shrine’s foundations and surround its buildings with water.

• Orbit of the MoonRelated: The Moon’s orbital position changes the strength and direction of its tidal influence.

• Gulf of ObRelated: Tidal motion contributes to water exchange between the gulf and Kara Sea.