In brief
In the rugged Kedartal area of Uttarakhand, an avalanche on Oct. 29 left eight people missing—seven trekkers and a guide. The local disaster response force and mountaineering institute had already rescued three porters and a cook but the search was halted by severe weather, then slated to resume the next day. Climate‑driven changes in snowfall patterns raise new risks for Himalayan trekking.
Eight people, including seven trekkers and a guide, have remained missing for six days after an avalanche struck the Kedartal valley in Uttarakhand, a state in north India, a local official confirmed on Nov. 3.
The group began a three‑day trek on Oct. 27, but on Oct. 29 a heavy snowfall triggered an avalanche near their campsite, according to local media reports. The trekkers lost contact with their agency on the day of the avalanche, and rescuers have yet to locate anyone.
Three porters and one cook were rescued three days before the announcement, likely after surviving the initial snow slide and seeking assistance. The rescue team, comprising ten members—six from the State Disaster Response Force and four from the Nehru Institute of Mountaineering—was air‑lifted to the valley on Monday to search for the missing group.
By Monday evening the harsh weather forced the entire search operation to be called off, the official said. The mission is slated to resume the following day, but the new conditions may again hinder recovery efforts.
Names of five of the missing trekkers were identified by the Times of India as Tapas Bauri, Ratan Ghosh, Manoj Khovas, Rintu Mandal and Uday Ghosh, all from West Bengal. The other two, Deepika Verma and Vartika, remain missing as well.
Environmental scientists point to a rise in high‑altitude snowfall intensity and earlier melt cycles as contributors to the recent avalanche, a symptom of the broader climatic shift affecting the Himalayas. Such conditions increase the volatility of snowpack and raise the risk of sudden slides, especially on steep skiers' routes.
“The increased thermal variability leads to unstable snow layers,” one climatologist explained. The researcher noted that the period between heavy falls can compress new snow against older layers, creating a precarious environment for trekkers.
The Kedartal trail is known for its scenic beauty but also its demanding terrain. In recent years, tourism operators have updated safety protocols, yet the Himalayan microclimate remains unpredictable.
Local trekking agencies have urged travelers to heed weather alerts and ensure that emergency contacts are provided before heading into high‑altitude zones. Several travel guides have been updated to reflect continued risks associated with heavy snowfall and avalanche potential.
Meanwhile, the Uttarakhand government is coordinating with community volunteers and international mountaineering bodies through a shared database to improve real‑time reporting of trekking incidents.
Rescue teams are using satellite imagery to map avalanche patterns and identify potential shelters, a technology that may reduce search time in the future. The use of unmanned aerial vehicles is also being considered despite the windy conditions.
Community scientists are suggesting that, in addition to technology, better training for local guides can dramatically improve survival odds during sudden avalanches. Partnerships between NGOs and local authorities are forming to standardize emergency response plans in high‑risk trekking zones.
As the search resumes next day, the authorities will continue to monitor climate conditions closely, hoping that forecast models will guide the safe extraction of any survivors.
