Linked from

The 29 pages that link to Tidal current, each with the reason it gives.

• Ocean circulationCompared with: Tides drive currents through periodic gravitational forcing rather than primarily wind or density contrasts.

• Tidal rangeCompared with: Current speed describes water motion, while range describes water-level change.

• Longshore driftCompared with: Tidal currents can transport coastal sediment independently of wave-driven longshore drift.

• Ocean currentBroader topic: Shows how gravitationally driven tides create currents that reverse direction regularly.

• Korea StraitNarrower topic: Tidal exchanges add back-and-forth motion to the strait’s throughflow.

• Arafura SeaNarrower topic: Tides move water through the Arafura Sea's shallow passages and coastal waters.

• Torres StraitNarrower topic: Strong tidal flows govern navigation through narrow island channels.

• Tidal prismRelated: Prism volume moving through an inlet contributes to the strength and timing of these currents.

• Stellar dynamicsBroader topic: Its shape records the gravitational forces and orbital history that disrupted its parent system.

• Singapore StraitRelated: Tidal flows affect navigation through the strait’s narrow channels.

• Strait of Juan de FucaBroader topic: Strong tidal flows transport water and nutrients through the strait.

• MudflatRelated: Flood and ebb currents move fine sediment across mudflats.

• Nurse sharkRelated: Sheltered, current-swept coastal habitats provide resting places and bring prey within reach.

• Rip currentCompared with: Rip currents are wave-driven, not simply currents caused by the tide.

• Strait of MessinaNarrower topic: Tides flowing through this constricted passage produce unusually strong currents.

• Cook StraitNarrower topic: Tidal streams help explain the changing currents within the strait.

• Matthew WebbRelated: Tidal movement shaped Webb’s route and made the crossing longer than a straight-line distance.

• Battle of MyeongnyangBroader topic: The strait’s powerful tidal flow disrupted Japanese movement during the engagement.

• La Pérouse StraitRelated: Tidal flow adds to the currents encountered in the confined channel.

• Neritic zoneRelated: Tidal currents mix and transport water through shallow coastal habitats.

• Cape Cod CanalRelated: Strong tidal flows in the narrow canal affect vessel handling and transit timing.

• Chongming IslandRelated: Tidal flows redistribute sediment around Chongming’s channels and shorelines.

• Corinth CanalRelated: Water-level differences between its entrances can produce currents in the cut.

• Tidal islandRelated: Currents transport sediment that can reshape the island’s connecting ground.

• Adam's BridgeRelated: Tides influence water movement through the shallow channels.

• German BightRelated: Strong tidal currents redistribute water and sediment through the Bight’s channels.

• Uraga ChannelNarrower topic: Tidal currents govern much of the channel’s short-term flow.

• Surigao StraitNarrower topic: Tidal flows influence movement through the strait’s confined waters.

• Theory of tidesBroader topic: The same tidal forcing that changes sea level also drives currents.