Wanderlust World Wanderlust World Mount Everest (8,848.86 m / 29,031.7 ft) is not "alive" in any biological sense—it is a geological formation. The question reflects a category error: mountains are not organisms. They don't metabolize, reproduce, respond to stimuli, or evolve through natural selection.
However, Everest is geologically dynamic. The Himalayas rise ~4 mm/year from the Indian Plate's continued collision with the Eurasian Plate (started ~50 Ma). Earthquakes (2015 Gorkha, M7.8) cause sudden elevation changes. Glaciers flow, calve, and retreat—Khumbhu Glacier thinned 50+ m since 1960s. Rockfalls, avalanches, and ice dynamics constantly reshape the summit pyramid.
Biological life on Everest exists at extremes: Euophrys omnisuperstes (jumping spider) at 6,700 m; microbes in snow/ice; migrating birds (bar-headed geese) overflying at 8,000+ m. Humans temporarily inhabit base camps (5,300 m) and summit—physiological limits pushed to near-death.
Metaphorically, Everest is "alive" as a cultural icon: attracting 800+ summit attempts annually, generating $300M+ tourism revenue for Nepal, symbolizing human aspiration. But scientifically, it's a metamorphic rock massif (Ordovician limestone summit) uplifted by plate tectonics—magnificent, dynamic, but unequivocally non-living.