Linked from

The 67 pages that link to Coriolis effect, each with the reason it gives.

• Pacific OceanRelated: It helps shape the Pacific’s large rotating current systems.

• TidesRelated: It helps steer tidal waves into rotating patterns within ocean basins.

• Atmospheric circulationRelated: Earth’s rotation deflects large-scale winds and helps organize circulation into rotating patterns.

• Projectile motionRelated: Earth's rotation slightly alters long-range trajectories relative to the simple local model.

• Earth’s rotationRelated: Earth’s rotation deflects large-scale winds and ocean currents through this effect.

• Trade windsRelated: It turns equatorward surface flow westward, producing the trades’ easterly direction.

• Tropical cycloneRelated: It helps organize a storm’s circulation, though it is too weak near the equator for cyclones to form there.

• Antarctic Circumpolar CurrentRelated: Earth’s rotation shapes the current’s circulation and its interaction with the winds.

• Ocean circulationRelated: Earth’s rotation deflects currents and helps organize ocean gyres.

• Intertropical Convergence ZoneRelated: Weak Coriolis deflection near the equator helps distinguish this belt from subtropical circulation features.

• UpwellingRelated: It helps set the direction of Ekman transport that removes water from an upwelling coast.

• EquatorRelated: Its horizontal influence is zero at the Equator and increases toward the poles.

• Tidal currentRelated: Earth’s rotation can redirect tidal flows, especially across broad shelves and inlets.

• GyroscopeRelated: Vibrating gyroscopes detect rotation through Coriolis forces acting on their moving elements.

• Ocean currentRelated: Deflects currents rightward in the Northern Hemisphere and leftward in the Southern Hemisphere.

• Ekman transportRelated: Earth's rotation turns wind-driven currents away from the direction of the wind.

• Hadley cellRelated: It turns poleward-moving upper-level air and helps shape the cell’s zonal winds.

• Coriolis forceRelated: This observable effect is the motion produced by the apparent force.

• Jet streamNarrower topic: It helps establish the balance that organizes the jet stream’s predominantly west-to-east flow.

• Ocean gyreRelated: It turns wind-driven currents rightward in the Northern Hemisphere and leftward in the Southern Hemisphere.

• OceanographyRelated: Earth's rotation bends currents and helps organize basin-scale circulation.

• Gulf StreamRelated: Earth’s rotation helps organize the wind-driven circulation that feeds the Gulf Stream.

• Wind shearRelated: Its influence changes with latitude and height, contributing to shifts in wind direction.

• Coastal upwellingRelated: It helps set the direction of wind-driven surface transport relative to the coast.

• WeatherRelated: Earth’s rotation bends large-scale winds and steers weather systems.

• CycloneRelated: It helps organize large-scale winds into rotation around a cyclone’s pressure center.

• Foucault pendulumRelated: Earth’s rotation makes the pendulum’s nearly fixed swing plane appear to turn relative to the floor.

• Rotating reference frameRelated: It shapes winds and ocean currents in Earth-fixed coordinates.

• WesterliesRelated: It turns poleward-moving air toward the east, giving the westerlies their prevailing direction.

• Climate modelingRelated: It helps set the structure of large-scale atmospheric and ocean circulation.

• Geostrophic windRelated: Its acceleration balances the pressure-gradient force in geostrophic flow.

• Southern HemisphereRelated: Its direction reverses across the equator, affecting winds and ocean currents here.

• Centripetal accelerationRelated: It is another rotating-frame effect, distinct from the inward acceleration of circular motion.

• TyphoonRelated: Its rotation helps organize the circulation around a typhoon's low-pressure center.

• North Atlantic CurrentRelated: Earth’s rotation helps organize the basin-scale circulation that steers North Atlantic currents.

• Rossby waveRelated: Its variation with latitude supplies the restoring influence that lets Rossby waves propagate.

• California CurrentRelated: It helps shape the gyre circulation that drives the current southward.

• Subtropical ridgeRelated: Earth’s rotation turns outward-moving air around the ridge into prevailing winds.

• Agulhas CurrentRelated: It helps organize the Indian Ocean’s wind-driven circulation into a strong western boundary flow.

• HemisphereRelated: Its deflection reverses direction between Earth’s northern and southern halves.

• Earth's outer coreRelated: Earth's rotation organizes core convection into flows that help sustain the geodynamo.

• Fictitious forceRelated: It is the large-scale consequence of the Coriolis force in an Earth-fixed frame.

• Polar vortexRelated: Planetary rotation helps organize the vortex’s strong winds around the pole.

• Arctic Ocean circulationRelated: Earth’s rotation helps organize wind-driven Arctic currents into basin-scale gyres.

• Atmosphere of JupiterNarrower topic: Jupiter’s rapid rotation helps organize large-scale flow into jets and vortices.

• Extratropical cycloneRelated: It helps organize the rotating circulation around midlatitude low-pressure centers.

• MistralNarrower topic: Earth’s rotation modifies the direction of large-scale airflow feeding the mistral.

• OceanRelated: It helps steer large-scale currents differently in each hemisphere.

• Roaring FortiesRelated: Earth’s rotation turns poleward-moving air into the prevailing westerlies.

• Tropical cyclogenesisRelated: It gives a developing low the rotation needed to organize a broad circulation.