Annapurna
First eight-thousander climbed; dangerous peak with high fatality rate.
Annapurna is a mountain in the Annapurna mountain range of Gandaki Province, north-central Nepal.
- Location
- Gandaki Province, north-central Nepal
- Notable feature
- South face, renowned as one of the most difficult climbs in the world
Lore & Background
Annapurna is named after the Hindu goddess of food and nourishment, derived from Sanskrit words purna ('filled') and anna ('food'), translating to 'everlasting food'. Many streams from its slopes provide water for agriculture at lower elevations. Geologically, the mountain consists of a thick stack of early Paleozoic sedimentary and metasedimentary rocks of the Tethyan Himalayan Sequence, dipping northward, with the summit composed of Ordovician limestone of the Nilgiri Formation.
Reader's Guide
Its summit was the highest attained at that time, though higher non-summit points had been reached on Mount Everest in the 1920s. The mountain's legacy includes notable ascents and tragedies, reflecting both human achievement and the persistent threats of avalanche, unpredictable weather, and steep terrain.
Geographic Standing and Global Rank
Annapurna II holds the position of the second-highest summit within the Annapurna range in Nepal, serving as the eastern anchor point of the massif. Though its name suggests a subordinate relationship to Annapurna I Main, the peak is in fact a fully independent mountain. In terms of elevation, isolation, and prominence, it trails its western counterpart by only a modest margin. These figures place it firmly among the most significant peaks on the planet. Annapurna II ranks as the sixteenth-highest mountain in the world. Perhaps most strikingly, it stands as the highest ultra-prominent peak on Earth that falls below the eight-thousand-meter threshold, a distinction that underscores its extraordinary vertical independence from any surrounding terrain. This combination of height, separation, and prominence makes it a landmark in mountain geography.
Physical Character and Objective Hazards
The summit of Annapurna II rests along a steep rock ridge that is notably relatively free of snow near its highest point. From this crest, the ridge drops in altitude westward to connect with the summit of the shorter Annapurna IV. The mountain's South Face presents as a vast pyramidal wall, broken only by a central spur, while the North Face is far more complex, with steep rock walls cascading between extensive ice fields from base to summit. To the northwest, a large hanging glacier fills the flank separating Annapurna II from Annapurna IV. The Northeastern wall carries a distinctive, recurring series of cornices and rock bands that observers have likened to a human face or skull. The mountain is notorious for its large avalanches, particularly those triggered from the high snowpack behind the North-central buttress. Additional dangers include rockfall, massive ice overhangs, and frequent storms. These objective hazards have constrained the scope of mountaineering attempts, and the standard ascent route deliberately uses the central connecting ridge with Annapurna IV to sidestep many of these perils.
A Century of Ascents and Near-Disasters
O. M. Roberts reached the top via the West Ridge, having first climbed the North face of Annapurna IV. The summit party included Richard Grant, Chris Bonington, and Sherpa Ang Nyima. A blizzard trapped the team on descent, and they exhausted their food supply during the final five days. Reported missing, the expedition's eventual return drew significant public attention.
The Annapurna IV Tether and Route Strategy
Although Annapurna II is a fully independent peak, its relationship with the shorter Annapurna IV is intimate and practical. The two mountains sit together apart from the main ridge of the Annapurna Massif, and the summit ridge of Annapurna II drops westward directly to the top of Annapurna IV. A large hanging glacier occupies the flank between them to the northwest. The standard route of ascent today still uses the central connecting ridge with Annapurna IV, a deliberate choice to bypass the mountain's most dangerous features—its avalanches, rockfall, and ice overhangs. In this way, Annapurna IV functions less as a separate objective and more as the essential gateway and safety corridor for any climber attempting the higher peak.
Frequently Asked Questions
What sets Annapurna apart from other 8,000-metre peaks?
Unlike many of its taller neighbors, Annapurna is notorious for extreme technical difficulty and volatile weather rather than sheer height alone. It has historically claimed a far greater proportion of its climbers than most other peaks in the Himalayan range.
More in Notable Mountains And Peaks 1-23
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