High-Altitude Recovery Protocols: The Complex Ethical And Logistics Battle Over Everest's 'Green Boots'

The iconic and tragic landmark known as "Green Boots"—believed to be the body of Indian climber Tsewang Paljor, who died during the infamous 1996 Mount Everest disaster—remains a central point of discussion in high-altitude search, rescue, and ethical recovery efforts. Located near the summit route on Everest's North Face at an altitude of roughly 8,500 meters (27,890 feet), the site highlights the persistent danger of the mountain's "Death Zone." While the body was moved out of direct sight of the main trail around 2014, ongoing Himalayan cleanup campaigns and modern recovery protocols continue to balance family closure against the lethal risks posed to recovery teams.

Context & Background

During the May 1996 storm that claimed eight lives on Mount Everest, Tsewang Paljor, a member of the Indo-Tibetan Border Police (ITBP), perished in a limestone alcove high on the Northeast Ridge. Wearing bright neon green footwear, Paljor’s body inadvertently became the most famous trail marker for mountaineers attempting the summit from Tibet. For nearly two decades, climbers ascending the route passed within feet of the location.

In 2014, Chinese and Tibetan mountaineering authorities, in coordination with high-altitude workers, relocated the body away from the main climbing path to protect the dignity of the deceased and minimize the psychological impact on passing climbers. Despite periodic rumors of full retrieval, the body remains high on the mountain. The extreme environmental conditions at 8,500 meters permanently freeze biological material, making extractions extraordinarily complex and dangerous.

Impact & Utility

High-altitude body recoveries above 8,000 meters represent one of the most perilous logistical challenges in extreme sports and search-and-rescue operations.

• Human Cost and Sherpa Risk: Recovering a frozen body from the Death Zone requires four to eight specialized high-altitude Sherpas consuming critical supplemental oxygen. Because frozen bodies can weigh over 100 kilograms (220 lbs) due to ice accumulation, pulling them down steep ice walls places the recovery team at severe risk of frostbite, exhaustion, and fatal falls.
• Aviation Limits: Standard helicopter extractions are virtually impossible at 8,500 meters due to thin air density, which severely reduces rotor lift. Most specialized alpine rescues must be performed entirely on foot until reaching lower camps.
• Financial and Insurance Requirements: Retrievals demand specialized permits, extensive supplemental oxygen supplies, and high-risk hazard pay for teams. Consequently, government authorities and expedition operators now increasingly mandate comprehensive high-altitude recovery insurance for all registered Everest climbers.

What's Next

Government agencies in Nepal and Tibet are implementing stricter regulatory frameworks regarding deceased climbers. Multi-agency environmental initiatives, such as the Mountain Clean-up Campaign run by the Nepalese Army, continue to retrieve tons of waste and lower-altitude remains, but policy makers are shifting toward preventative measures at extreme elevations.

Looking ahead, operators are leaning on advanced aerial technology, including heavy-payload specialized alpine drones and precision GPS mapping, to survey high-risk zones without putting human lives at risk. Furthermore, expedition organizers now require climbers to sign explicit advance directives prior to entering the Death Zone, specifying whether they wish their bodies to remain on the mountain or be retrieved if a fatal accident occurs.