Why Are There Dead Bodies on Mount Everest?

Roughly 200 bodies are estimated to remain on Mount Everest today, a figure repeated so often across mountaineering literature that it has become one of the mountain's defining statistics.

• Bodies remaining: roughly 200, though some sources place the figure as high as 300.
• Total death toll: over 340 since organised climbing began in the 1920s. The two figures count different things.
• How the estimate is made: no physical count has ever been conducted above 8,000 m. The figure comes from climber reports and expedition records.
• Cost of recovering one body: USD 75,000 to 80,000, per Nepali Army Major Aditya Karki, who led the 2024 recovery mission.
• Why it is so hard: a frozen body commonly weighs 70 to 90 kg, and helicopters cannot reliably operate above Camp II at roughly 6,400 m.
• Why remains persist: extreme cold and low humidity suppress decomposition, freeze-preserving bodies for decades.
• Distance from the trek: Base Camp (5,364 m) sits roughly 2,600 m below the death zone, and no Everest Base Camp itinerary approaches it.

A body left on Everest is, in nearly every documented case, the outcome of a death in terrain too remote, too dangerous, or too costly to recover from safely, not a decision anyone made lightly. That distinction matters, because the reasons bodies stay on Everest are practical and physiological rather than a simple lack of care.

Where This Fits Into Everest's Broader Death Toll

Everest's cumulative death toll since organised climbing began in the 1920s is estimated at over 340, a number covered in full in our guide to the Everest death zone, the region above roughly 8,000 m where the human body can no longer acclimatise. The 200-bodies figure and the 340-plus death toll are two different statistics describing two different things: the death toll counts everyone confirmed to have died attempting the mountain, while the bodies figure counts only those whose remains are believed to still be on Everest today. The gap between the two exists because some climbers were recovered by their teams shortly after death, some died at lower, more accessible elevations, and some have since been moved. Most of the roughly 200 who remain are concentrated in the death zone itself, on both the Nepal (south) and Tibet (north) sides of the mountain.

How the 200-Bodies Estimate Is Actually Derived

No government agency or mountaineering body has ever conducted a physical body count above 8,000 m, and for good reason: doing so would mean repeating the exact recovery expeditions that make removing even a single body so difficult. The widely cited figure of roughly 200 comes instead from decades of climber reports, expedition records, and journalists cross-referencing sightings along the standard South Col and Northeast Ridge routes, which is why some sources place the number as high as 300 rather than treating 200 as an exact count. Additional bodies are still being found as glacial ice thins: Nepali Army officials have specifically attributed the increasing visibility of remains in recent years to melting snow cover exposing terrain that was previously buried, meaning the true total may only become clearer, not smaller, as climate conditions on the mountain continue to change.

Why Recovery Almost Never Happens

Three separate obstacles, cost, physical danger, and the sheer difficulty of moving a frozen body, combine to make Everest body recovery one of the rarest and most specialised operations in mountaineering. Each one alone would discourage most attempts; together, they explain why the large majority of the roughly 200 remains on the mountain have never been brought down.

How much does recovering a body cost?

Nepali Army Major Aditya Karki, who led the government's 2024 recovery mission, estimated the cost of retrieving a single body at $75,000 to $80,000, with the full operation, which also removed garbage from the higher camps, expected to exceed $600,000 in total. Older estimates commonly cited in mountaineering journalism place the cost anywhere from $30,000 to $70,000 or more per body, depending on the remains' location, how deeply they're frozen into the ice, and how many climbers and porters the recovery requires. Few families can privately fund an expedition at that price, which is a major reason most recoveries that do happen are organised or subsidised by Nepal's government rather than requested individually.

What makes recovery so physically hard?

A frozen human body at extreme altitude commonly weighs 70 to 90 kilograms once ice, gear, and rigid limbs are accounted for, a weight that is difficult for even two strong climbers to move at sea level and becomes far harder above 8,000 m, where every recovery team member is also fighting the same oxygen deprivation that killed the person they're trying to bring down. Freeing a body that has frozen directly into ice or rock can take upward of several hours of manual work with an ice axe before it can be moved onto a sled and lowered along fixed ropes. Helicopters cannot reliably operate much above Camp II, at roughly 6,400 m, because the air is too thin there to generate the lift a helicopter needs, so nearly every recovery above that point has to be carried out entirely on foot. Weather adds a final constraint: strong wind halts recovery work outright, since the same exposure that killed the original climber threatens the recovery team, and a narrow good-weather window can close before a body is fully freed.

Gesman Tamang, a Nepali mountaineer and rescue specialist who led a six-person team to recover a climber's body from Makalu's death zone in 2019, has been direct about how this work compares to guiding. "I'd much rather save someone's life," he told Outside magazine, adding that body recovery is "incredibly risky" and "much harder than just climbing the mountain." That perspective, from someone who has done the work rather than only written about it, underlines why recovery remains the exception on Everest rather than a routine service.

How the Cold Preserves Remains Indefinitely

Temperatures in Everest's upper reaches rarely climb above freezing even in summer, and the extreme cold and low humidity above 8,000 m suppress the bacteria and insect activity that normally break down human remains at lower elevations. The result is that bodies left in the death zone are effectively freeze-preserved rather than decomposed, sometimes recognisable in the same clothing and gear for decades after death. This preservation is precisely why colourful climbing gear from decades past remains visible on parts of the route today, the same phenomenon documented in our dedicated piece on Rainbow Valley, a stretch of Everest's north side death zone where fallen climbers' equipment concentrates.

What are Nepal and China doing to clean up Everest?

Nepal's Mountain Cleaning Campaign, first launched in 2019, is the government's ongoing effort to remove both trash and human remains from Everest, Lhotse, and Nuptse, run by the Nepali Army in partnership with the multinational brand Unilever. Between 2019 and 2023, the campaign collected a cumulative 110 tonnes of waste, and its fourth edition, the 2024 Mountain Cleaning Campaign, sent 12 military personnel and 18 Sherpa climbers to Base Camp starting 14 April with a specific goal of recovering five bodies and removing an additional 10 tonnes of garbage. The 2024 team met that target, bringing down five bodies and roughly 11 tonnes of waste, at a total cost exceeding $600,000. Major Karki has described the campaign's purpose as serving two goals at once: giving grieving families a resolution, and making the route safer to look at psychologically for the clients who climb it each season. "Seeing a dead body on Everest is gruesome," he told Outside magazine. "Last year, a number of clients were distressed by passing the bodies of dead climbers on their climb. This can have long-lasting psychological effects and impact their well-being, which we want to prevent."

China's Tibet Autonomous Region runs a separate, smaller cleanup effort on Everest's north side, where the terrain is generally harder to access and the government issues far fewer permits, roughly 300 per year, than Nepal does on the south side. A Chinese cleanup team of about 30 people collected 8.5 tonnes of trash in one recent season, but body recovery on the north side remains rarer than on the Nepal side, partly because the terrain near features like the Northeast Ridge is more technically demanding and partly because China's permitting process restricts who can even reach the area to begin with.

Is it ethical to leave the dead in place?

Mountaineering as a community has never fully agreed on what to do with its own dead, and Everest's bodies sit at the centre of that disagreement. Some climbers and writers argue that leaving remains visible on the route, sometimes informally used as distance markers by climbers passing by, treats the dead as landmarks rather than people, a framing that later climbers and journalists have increasingly pushed back against as public awareness of individual cases has grown. Others point to the practical argument covered above: recovery is so dangerous and so expensive that leaving remains in place, however uncomfortable, is often the only realistic option, and some families have specifically said they would rather their relative remain on the mountain they died climbing than risk another life bringing them down.

That tension has produced a middle path in a handful of well-documented cases. Rather than full recovery, some bodies have instead been moved a short distance from the main climbing route and covered, out of sight of passing climbers, without the expense and risk of a full descent. The body known as Green Boots was moved from public view on Everest's north side in 2014, and the climber known as Sleeping Beauty was relocated and covered by a dedicated expedition in 2007, both cases covered in depth in their own dedicated articles below. Younger climbers in particular have increasingly described discomfort with treating any human body as a fixed trail feature, a shift in attitude that recovery advocates like Major Karki have cited as one motivation behind Nepal's continuing cleanup campaigns.

Who are the climbers behind these statistics?

Statistics like "200 bodies" or "340 deaths" can flatten real people into numbers, so it's worth naming a few of the specific, well-documented cases that make up those totals. Green Boots is the nickname for a body that marked Everest's Northeast Ridge for nearly three decades, a member of the 1996 Indo-Tibetan Border Police expedition who died in the same May 1996 storm that killed eight people including Rob Hall and Scott Fischer. For most of that time the remains were widely but incorrectly assumed to belong to Tsewang Paljor; DNA testing reported in 2026 identified them instead as Lance Naik Dorje Morup, and India's Border Police has since planned a recovery mission for around October 2026. Our full article on Green Boots covers the 1996 storm, the three-decade identification debate, and the 2026 DNA result in detail.

Francys Arsentiev, an American climber who became the first U.S. woman to summit Everest without supplemental oxygen on 22 May 1998, died during her descent the next day after a rescue attempt by an Uzbek climbing team and later by climbers Ian Woodall and Cathy O'Dowd could not save her. Her body remained visible near the route for almost nine years, earning the name "Sleeping Beauty" among climbers who passed the spot, until Woodall's own 2007 expedition moved and covered her remains. The full account is in our article on Francys Arsentiev.

Rainbow Valley is the name climbers use for a stretch of the north side death zone, roughly 8,300 to 8,500 m, where the colourful down suits and equipment of multiple fallen climbers remain visible against the rock, a direct consequence of the same cold-preservation effect described earlier in this article. Our dedicated piece on Rainbow Valley explains why this particular stretch of terrain holds a disproportionate share of Everest's visible remains.

What This Means If You're Trekking to Base Camp, Not Climbing to the Summit

Everest Base Camp on the Nepal side sits at 5,364 m, roughly 2,600 vertical metres below the roughly 8,000 m threshold where the death zone begins, and standard Everest Base Camp Trek itineraries never approach that terrain, involve supplemental oxygen, or require technical climbing of any kind. None of the cases described in this article, or the terrain they occurred in, is visible from or anywhere near the trekking route that the large majority of visitors to the Everest region actually walk. The altitude risk that does apply to EBC trekkers, acute mountain sickness, is a separate and far more common condition with well-established prevention strategies, covered in full in our altitude sickness guide. Understanding that distinction, between a multi-day trek to 5,364 m and a technical summit expedition into the death zone above 8,000 m, is the single most useful piece of context for anyone researching Everest's death toll out of genuine safety concern rather than curiosity about the summit itself.