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Famous Climber Nirmal Purja Among 10 People Missing After Avalanche on a Pakistan Mountain

Elena MarquezPublished 7h ago4 min readBased on 9 sources
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Famous Climber Nirmal Purja Among 10 People Missing After Avalanche on a Pakistan Mountain

Ten climbers led by Nirmal Purja, one of the world's most famous mountain climbers, are missing after an avalanche hit Broad Peak in Pakistan's Karakoram range in late July 2026. An avalanche is a large mass of snow, ice, and rocks that suddenly slides down a mountain. The Alpine Club of Pakistan (ACP), the country's main mountaineering organization, confirmed the incident. It said initial reports showed the avalanche hit the team around midday, according to CNN. News reports covering the event were published on July 31, 2026, with some outlets, including ExplorersWeb and CNN, having published initial coverage on July 30.

The Associated Press independently confirmed that 10 international climbers led by Nepal-born Purja went missing on the mountain. AP reporting via AP News identifies the ACP as the organization that received and shared the initial reports. The New York Post reported that a Texas woman was among the 10 missing climbers.

Broad Peak stands at 8,047 metres (26,401 feet) in the Karakoram range, which runs along the border between Pakistan and China. It is the world's 12th-highest mountain. Climbers usually attempt it in the summer, when weather conditions briefly allow safe passage on the high peaks. Outside Online, in its reporting, cited the Everest Chronicle as a source for details on the incident.

The ACP's statement is the main official confirmation of the avalanche. The club, based in Islamabad, serves as a go-between, passing information from base camps on Karakoram peaks to the public and media. Its role in this event follows the usual pattern for high-altitude incidents in the region. Direct communication from the mountain is rare, and initial reports often arrive through local contacts or satellite-phone calls filtered through the club.

The reporting around this event has come from multiple sources. ExplorersWeb published a breaking news item on July 30 authored by Angela Benavides, making it among the earliest English-language outlets to carry the story. CNN followed with its own coverage the same day. By July 31, the Associated Press, the New York Post, Outside Online, and Nepal News had all published accounts. Each drew on the ACP statement and, in some cases, cross-referenced specialist climbing media like the Everest Chronicle and ExplorersWeb.

The identities and nationalities of all 10 climbers have not been fully disclosed in the reporting available. What is confirmed is that Purja, a Nepal-born mountaineer, led the team, and that at least one American climber, identified as a Texas woman, was among the missing. The Associated Press described the group as international climbers.

The broader context here matters for understanding both the risks and the response. Broad Peak, while slightly lower than its near neighbor K2, is still an 8,000-metre peak. At that altitude, the combination of thin air, harsh exposure to wind and cold, and unstable snow creates a constant danger of avalanches. Late July falls within the traditional Karakoram climbing season, when teams push for the summit in the gap between the jet stream's seasonal retreat and the arrival of monsoon weather systems. Think of it as a narrow window where conditions briefly align before storms return. Avalanches on peaks this high during this window are not uncommon, and the incident on Broad Peak follows the built-in risks of high-altitude climbing in the Karakoram. Rescue operations are limited by altitude, weather, and the small number of helicopters that can fly above 6,000 metres.

For the mountaineering community and for those watching the region, the key question is the status of the 10 climbers and the scale of any rescue or recovery effort that Pakistan's authorities, the ACP, and any participating international agencies can organize. The information environment right after a high-altitude avalanche is characteristically uncertain. Initial reports filtered through the ACP may be revised as direct communication from base camp or from any surviving members of the team reaches lower ground.