Linked from

The 23 pages that link to Jet stream, each with the reason it gives.

• Atmospheric circulationBroader topic: Its upper-level winds mark major circulation boundaries and steer storms.

• Mount EverestRelated: Its seasonal shift can open or close short windows for summit attempts.

• Atmospheric riverRelated: Its winds steer many atmospheric rivers and help shape their paths.

• Wind shearBroader topic: Sharp wind gradients along jet-stream edges create clear-air shear.

• WesterliesBroader topic: The polar-front jet is an especially fast upper-level component of midlatitude westerly flow.

• Geostrophic windBroader topic: Large-scale jet winds often approximate geostrophic balance away from strong curvature and friction.

• Aviation meteorologyRelated: Its winds influence flight time, fuel use, turbulence, and route selection.

• Pressure-gradient forceRelated: Strong horizontal pressure gradients aloft help sustain its high wind speeds.

• Rossby waveRelated: Rossby waves meander the jet stream and help organize persistent ridges and troughs.

• Thermal windRelated: Strong horizontal temperature contrasts help create the vertical shear supporting upper-level jets.

• Extreme weatherBroader topic: Its meanders can help weather systems stall over one region.

• Transatlantic flightRelated: Strong winds can shorten or lengthen Atlantic flight times and alter routes.

• Extratropical cycloneRelated: Upper-level winds can support surface pressure falls and guide the cyclone's track.

• ShishapangmaRelated: Its seasonal position helps determine when summit winds become tolerable for climbing.

• Gasherbrum IRelated: Its shifting winds help determine when summit conditions on the mountain are tolerable.

• CurrentBroader topic: This concentrated atmospheric current steers weather systems and aircraft routes.

• Saturn's hexagonNarrower topic: The hexagon is a distinctive shape formed by Saturn’s north-polar jet stream.

• Bertrand PiccardRelated: Balloon crews used wind patterns at different altitudes to choose their route and speed.

• Geophysical fluid dynamicsBroader topic: Jet streams illustrate how temperature gradients and planetary rotation organize atmospheric flow.

• Extraterrestrial vortexCompared with: Jets can contain or reshape vortices but are elongated currents rather than closed rotating storms.

• Prevailing windsRelated: It is an upper-level flow pattern, distinct from surface prevailing winds.

• Wind (meteorology)Broader topic: Its meandering flow steers many midlatitude weather systems.

• Zonal and meridional flowBroader topic: Jet streams are prominent examples of strong zonal atmospheric flow.