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The 68 pages that link to Himalayas, each with the reason it gives.

• Orographic precipitationBroader topic: Monsoon air rising over the range produces heavy precipitation on its southern slopes.

• Orographic liftBroader topic: Monsoon air rising along the Himalayas produces intense rainfall on southern slopes and dry conditions farther north.

• Eurasian PlateBroader topic: They are the clearest large-scale expression of collision along the plate's southern margin.

• Continental collisionBroader topic: The Himalayas record ongoing continental convergence and crustal shortening.

• Tethys OceanBroader topic: Their uplift followed the closure of the Neo-Tethys Ocean.

• OrogenyBroader topic: The Himalayas exemplify ongoing continental collision and crustal shortening.

• Biodiversity hotspotBroader topic: Its steep environmental gradients support high diversity and localized endemism.

• Tectonic upliftBroader topic: Ongoing collision thickens crust and raises parts of the range and Tibetan Plateau.

• Indian subcontinentBroader topic: They form the subcontinent’s northern boundary and shape its climate.

• AsiaBroader topic: They form a dramatic southern boundary to the Asian highlands.

• Indian PlateBroader topic: The Himalayas are the most visible mountain belt produced by the plate’s collision.

• Altitudinal zonationBroader topic: Monsoon exposure and extreme relief create a wide range of vegetation belts.

• Convergent boundaryBroader topic: The range exemplifies continental collision after oceanic crust was consumed by subduction.

• Indo-Australian plateBroader topic: Their uplift records convergence along the plate's northern margin.

• EurasiaBroader topic: The range records an ongoing collision at Eurasia's southern edge.

• Tectonic plateBroader topic: Their uplift records the collision of two buoyant continental margins.

• Mountain rangeBroader topic: The Himalayas exemplify a vast range built by continental collision.

• HypsometryBroader topic: Its high-relief terrain provides a distinct regional elevation distribution.

• Mountain formationBroader topic: The Himalayas exemplify continent-to-continent collision and continuing crustal shortening.

• Fold mountainsBroader topic: The Himalayas show continental collision folding and raising sedimentary rocks.

• North IndiaBroader topic: The Himalayas define the region's northern landscape and include several northern Indian states.

• WallcreeperBroader topic: Wallcreepers occur across parts of this range and its surrounding mountains.

• Geography of AsiaBroader topic: Their elevation and location strongly shape regional climate, rivers, and settlement.