Linked from

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

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

• Teesta RiverNarrower topic: The Teesta rises in the eastern Himalayas and descends through steep terrain.

• ThimphuNarrower topic: The range shapes Thimphu’s high-altitude setting and routes to the city.

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

• FritillariaRelated: Their varied elevations and climates support numerous Fritillaria species.

• Gangotri GlacierNarrower topic: Gangotri occupies the range’s western-central sector.

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

• Southwestern ChinaRelated: The range marks part of the high-altitude southern edge of the region.

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

• Western ChinaRelated: The range forms a dramatic southern boundary and climatic barrier.

• American CordilleraCompared with: They offer a collision-built comparison to much of the cordillera’s subduction-related terrain.

• DhaulagiriNarrower topic: Dhaulagiri is one of the Himalaya’s high mountain massifs.

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

• Himalayan monalNarrower topic: The monal’s native range follows Himalayan mountain forests and slopes.

• NavadurgaRelated: Shailaputri's name and identity connect the opening form to the mountain realm.

• Nyenchen Tanglha MountainsCompared with: They lie south of the Yarlung Tsangpo, unlike this range farther inside Tibet.

• Peter MatthiessenRelated: Matthiessen’s account made this region the setting for an influential meditation on travel and loss.

• TahrRelated: The range is the native habitat of the Himalayan tahr.