Last updated August 15, 2026
Everest Death Map: Where Climbers Died & Why the Zones Matter
Everest fatalities are not evenly distributed. Using a consistent Himalayan Database-derived annual series, 339 deaths are recorded through December 2025; five additional Everest deaths were reported during the 2026 spring season, producing a provisional running total of 344 under this page’s inclusion method. The map below shows route totals and documented high-risk zones—not invented pins for every person.
Reviewed August 15, 2026 · Historical route totals through Dec. 2025 · 2026 deaths held outside route classifications pending reconciled data
Where do people die on Mount Everest?
Fatal incidents cluster along the two standard routes and in several recurring hazard zones. On the Nepal side these include the Khumbu Icefall, Lhotse Face/Camp III, South Col and upper Southeast Ridge. On the Tibet side they include the North Col, high camps, First/Second Step area and upper Northeast Ridge.
Through 2025, the Southeast Ridge route family accounts for 195 of 339 recorded deaths, while the Northeast Ridge accounts for 74. Those raw totals partly reflect traffic: far more climbers have used the standard routes than technical alternatives.
- Nepal / south total: 229 through 2025.
- Tibet / north total: 110 through 2025.
- Southeast Ridge: 195 deaths.
- Northeast Ridge: 74 deaths.
- Other south routes: 34 deaths.
- Other north routes: 36 deaths.
Everest Death Map: Nepal & Tibet Routes
Exact route-family totals are shown through December 2025. Red markers indicate recurring fatality/hazard zones, not individual bodies or exact death coordinates.
Why not plot every body?
Searchers often ask for an “Everest dead bodies map,” but precise public coordinates are not available for every fatality or unrecovered body. Historical descriptions may be approximate, glaciers move, remains can be covered or exposed by snow, and bodies can be moved or recovered. A responsible map distinguishes known route geography from false coordinate precision.
Everest Fatalities by Route Family
These four route groups reconcile to the 339-death annual series through December 2025.
| Route family | Deaths through 2025 | Share of 339 | Interpretation |
|---|---|---|---|
| Southeast Ridge · Nepal | 195 | 57.5% | Largest raw total; also the most heavily used commercial route family. |
| Northeast Ridge · Tibet | 74 | 21.8% | Standard north route; historically less traffic than the south. |
| Other south routes | 34 | 10.0% | Technical/non-standard Nepal routes with much lower traffic. |
| Other north routes | 36 | 10.6% | Technical/non-standard Tibet routes and historical variations. |
| Total | 339 | 100% | Consistent historical series through December 2025. |
Everest’s deadliest zones are not all in the Death Zone.
Clients are concentrated higher on summit day, while hired workers have historically faced repeated exposure lower on the mountain during route preparation—especially in the Khumbu Icefall.
The Main Everest Fatality Zones
These are recurring hazard/fatality areas, not a ranked list with invented zone-by-zone death counts.
Khumbu Icefall
Serac collapse, crevasses and avalanche exposure. Hired workers face repeated crossings while establishing and supplying the route.
Lhotse Face / Camp III
Steep hard ice, falls, altitude illness and exposure. A 2026 Everest fatality occurred after a crevasse fall near Camp III.
South Col
At 7,906 m, climbers enter the final summit-day environment where exhaustion, exposure and oxygen logistics dominate.
Upper Southeast Ridge
Balcony, South Summit and summit-ridge terrain concentrate late-day exhaustion, oxygen depletion and descent risk.
North Col / High Camps
Cold, wind, altitude illness and exposed traverses create a different north-side risk pattern.
First & Second Steps
Technical bottlenecks and exposed high-altitude terrain on the Northeast Ridge, including the long-known Green Boots area nearby.
Five Everest Deaths Were Reported in 2026
They are added to the running total but not forced into the older route/cause table before the next reconciled dataset update.
Provisional running total: 344 under this page’s historical series
Alan Arnette’s Himalayan Database-derived 2026 annual summary records 339 Everest deaths through December 2025. Reporting after the 2026 spring season identified five additional Everest fatalities. This page therefore uses 344 as a provisional running total, while retaining 339 as the closed historical dataset for route percentages.
One 2026 fatality involved a Sherpa guide who fell into a crevasse near Camp III. Later in May, two Indian climbers died after summiting—one at Camp II and one near the Hillary Step while descending. The season summary finished at five fatalities.
- Closed historical dataset: 339 through Dec. 2025.
- Confirmed 2026 season deaths: 5.
- Provisional running total: 344.
- Route/cause shares remain based on 339 until reconciled.
Do 60% of Everest Deaths Happen on Descent?
No—not if the denominator is every Everest death. That claim comes from narrower summit-bid studies and is often generalized too far.
The closed 1922–2025 annual summary records 98 of 339 deaths as occurring on descent from a summit bid—about 29% of all recorded deaths in that dataset. That total includes workers killed during route preparation, Base Camp events, avalanches, Icefall incidents and deaths before a summit bid.
A landmark BMJ study examined a much narrower group: 94 mountaineers who died after climbing above 8,000 m. Within that subset, 53 of 94 (56%) died during descent from the summit. The newer 2026 Journal of Physiology study likewise found that most climber deaths occur on summit day, while most Sherpa deaths occur during route preparation.
The correct takeaway
Descent is disproportionately dangerous for climbers who reach extreme altitude, but “about 60% of all Everest deaths” is not a defensible universal statistic. Always ask: 60% of which population?
What Causes Death on Everest?
The 339-death annual summary separates the main recorded causes rather than treating “the Death Zone” as one cause.
| Cause | Deaths | What the geography shows |
|---|---|---|
| Avalanche | 79 | Includes catastrophic events and route-preparation exposure; not restricted to summit day. |
| Falls | 78 | Distributed across steep route sections on both standard and technical routes. |
| Altitude illness / AMS | 48 | Concentrated high on the mountain but can develop before the Death Zone. |
| Exhaustion | 32 | Strongly associated with extreme altitude and late summit/descent phases. |
| Illness other than AMS | 27 | Medical events occur across multiple elevations. |
| Exposure / frostbite | 26 | Wind, cold, delay and inability to descend can turn survivable problems fatal. |
| Icefall collapse | 19 | Primarily a south-side route-preparation hazard in the Khumbu Icefall. |
| Crevasse | 10 | Lower-route glacier travel remains dangerous despite fixed infrastructure. |
| Disappearance | 13 | Exact death location may remain uncertain—one reason not to invent map pins. |
Clients and hired workers do not face the same fatality geography.
The modern mortality study found most climbers who die do so on summit day, while most Sherpa fatalities occur during route preparation—reflecting repeated lower-mountain exposure.
Members / climbers
The 2025 annual series records roughly 207 member deaths. Modern fatalities among climbers are concentrated higher on summit day, where exhaustion, hypoxia, weather and descent become dominant.
Hired workers / Sherpas
The same annual series records roughly 132 hired-worker deaths. The 2026 mortality study found most Sherpa deaths in its modern standard-route analysis occurred during route preparation, reflecting exposure to Icefall and load-carrying work before client summit bids.
For the economic and labor context behind that exposure, see Everest Sherpa Wages & Expedition Economics.
Where Are the Dead Bodies on Everest?
Many remains are unrecovered, but a precise current “body map” does not exist.
More than 200 bodies are widely reported to remain—but that is not a live audited inventory.
Recovery becomes extremely dangerous at high altitude because frozen remains can be very heavy, helicopter access is limited far below the summit, and carrying a body through technical terrain exposes the recovery team to additional risk. Some remains are moved out of sight, some become buried in snow or crevasses, and others have been recovered during cleanup missions.
The best way to understand “where bodies are” is by route zone: the upper Southeast Ridge and South Col on the Nepal side, and high Northeast Ridge terrain on the Tibet side, have historically contained visible or unrecovered remains. Exact individual positions should not be treated as permanent map coordinates.
- South Col / upper Southeast Ridge: known unrecovered-remains zone.
- Upper Northeast Ridge: historic body landmarks including “Green Boots.”
- Crevasses / glaciers: bodies may be hidden or move with ice.
- Recovery missions: some remains are periodically removed.
- No authoritative same-day count or complete coordinate list exists.
What Is the Current Story Behind “Green Boots”?
The body known as “Green Boots” lies on Everest’s Northeast Ridge in Tibet and has long been one of the mountain’s best-known body landmarks.
For years the remains were commonly identified as Indian climber Tsewang Paljor. In 2026, India’s Indo-Tibetan Border Police began seeking specialists to recover the body it now believes is Dorje Morup, another member of the same 1996 expedition. Other current reporting emphasizes that the identity has not been conclusively proven by DNA.
The responsible wording is therefore: Indian authorities currently believe the body is Dorje Morup, but the identity has historically been disputed. The proposed recovery also requires Chinese approval because the body is on the Tibet side.
Why this matters for the map
Famous body landmarks are not immutable facts. Identification can change, bodies can be moved, and recovery plans can alter what future climbers see. The map therefore labels the Green Boots area rather than treating one identity or exact coordinate as permanent.
Is Everest Getting Safer?
The individual mortality rate has fallen even while cumulative deaths continue to rise.
Mortality above Base Camp fell
The 2026 Journal of Physiology study found overall mortality above Base Camp dropped from 1.4% in 1921–2006 to 0.7% in 2007–2024.
Summit-descent mortality also fell
On the standard routes in spring, climber mortality during descent from the summit fell from 3.0% in 1982–2006 to 0.8% in 2007–2024.
Better forecasting, fixed infrastructure, communications, supplemental oxygen and professional support improve outcomes. They do not eliminate avalanche, serac collapse, extreme cold, hypoxia or human error. For the denominator-focused analysis, see the Everest Death Rate page.
Continue Through the Everest Safety Cluster
This page owns fatality geography. The surrounding pages own rate, causes, decision patterns, operators and climbing logistics.
Everest Death Rate
Understand deaths per summit, mortality above Base Camp and why denominators change the answer.
Open death-rate analysis → Decision patternsSummit-Day Failures
Where summit-day decision failures occur and how descent risk develops.
Analyze summit-day patterns → Lower-route hazardKhumbu Icefall Risk
Seracs, crevasses, timing and repeated worker exposure.
Open Icefall analysis → Parent guideMount Everest Guide
Routes, seasons, logistics, altitude, operators and complete climb planning.
Open Everest guide → Operator decisionEverest Operators
Compare staffing, support systems, oxygen and guide models.
Compare operators → Worker contextSherpa Pay & Protection
Economics behind repeated high-altitude worker exposure.
Read Sherpa economics → Global parentDeath Rates by Mountain
Compare Everest with Annapurna, K2, Denali and other major peaks.
Compare mountains → Research frameworkMountaineering Truth Project
How Global Summit Guide handles conflicting records, cutoffs and uncertain claims.
Read methodology →Connect Fatality Geography to Weather & Expedition Systems
The map becomes more useful when readers understand what changes exposure in those zones.
Mountain Weather for Climbers
Wind, timing, freezing level and uncertainty shape exposure in the Death Zone and on technical route sections.
Open Mountain Weather Guide →What an Expedition Price Should Include
Oxygen, staffing, insurance, rescue communication and redundancy are safety systems—not simply luxury upgrades.
Audit Expedition Inclusions →Everest Death Map FAQ
Counts and percentages are labeled by cutoff and denominator.
How many people have died on Mount Everest?
This page uses a consistent Himalayan Database-derived annual series of 339 deaths through December 2025. Five more Everest deaths were reported during the 2026 spring season, producing a provisional running total of 344. Current sources can differ slightly because inclusion criteria and data cutoffs differ.
Where do most people die on Everest?
The Nepal Southeast Ridge has the largest raw route total, 195 deaths through 2025. Recurring fatality zones include the Khumbu Icefall, Lhotse Face, South Col and upper Southeast Ridge, plus the North Col and upper Northeast Ridge on the Tibet side.
Is there a map of dead bodies on Everest?
There is no authoritative current map with exact coordinates for every unrecovered body. This page maps route geography and documented fatality zones while explaining where visible or unrecovered remains have historically been reported.
How many bodies remain on Everest?
More than 200 are widely reported to remain, but there is no audited live inventory. Bodies can be buried, exposed, moved or recovered, so the number and visible locations change.
Do 60% of Everest deaths happen on descent?
Not across all recorded Everest deaths. The 1922–2025 annual summary lists 98 of 339 deaths, about 29%, on descent from a summit bid. An older study found 56% descent deaths within the narrower subset of 94 people who died after reaching above 8,000 m.
Who is Green Boots?
The identity has long been disputed. In 2026 India’s ITBP began planning recovery of the body it believes is Dorje Morup, a member of the 1996 Indian expedition. Other reporting notes that conclusive DNA identification has not been established.
Which side of Everest has more deaths?
In the 339-death historical series through 2025, Nepal has 229 deaths and Tibet 110. Nepal has also had substantially more climbing traffic.
Is Everest getting safer?
By mortality rate, yes. A 2026 Journal of Physiology study found mortality above Base Camp fell from 1.4% in 1921–2006 to 0.7% in 2007–2024, despite growing climbing volume.
How Global Summit Guide Built the Everest Death Map
The most important rule is to keep closed historical data separate from current-season reporting.
Historical data model
- Closed historical series: 339 deaths through December 2025 from Alan Arnette’s Himalayan Database-derived Everest by the Numbers 2026 summary.
- Route totals: 195 Southeast Ridge, 74 Northeast Ridge, 34 other south, 36 other north.
- 2026 season: five confirmed fatalities added only to the provisional running total.
- Map points: recurring zones, not invented individual coordinates.
- Bodies remaining: reported as 200+ context, not a live audited count.
- Descent statistic: denominator is always stated.
Core sources
- The Himalayan Database — expedition/death record and research archive.
- Everest by the Numbers: 2026 Edition — 339 total and route/cause breakdown through 2025.
- Dodge et al., Journal of Physiology (2026) — modern mortality, summit-day and worker-pattern analysis.
- Firth et al., BMJ (2008) — above-8,000 m descent-stage analysis.
- Reuters/AP 2026 reporting — current-season fatalities and Green Boots recovery developments.
August 15, 2026 rebuild corrections
Removed the inaccurate “every fatality plotted” claim, replaced the blanket 60% descent claim with denominator-specific data, updated the 2026 running total, added the Green Boots identity uncertainty, strengthened the high-impression “Everest dead bodies map” intent, and preserved the route map without publishing false individual coordinates.
Everest’s Fatalities Cluster by Route, Altitude, Work and Stage of the Climb.
The useful lesson is not where to find a body. It is why the same zones repeatedly become fatal: objective hazard low on the mountain, extreme-altitude deterioration high on it, and different exposure patterns for climbers and workers.
Was this helpful?
🏔Related safety data
🧭Explore & compare
Global Summit Guide is an independent mountaineering resource founded in 2026. The team combines first-hand trekking and climbing experience with in-depth research and professional health and nutrition review to help climbers choose objectives, prepare properly, and stay safe.
Health, altitude, and nutrition content is reviewed by Taylor Ludlow (Registered Nurse) and Brigg Hoopes (Nutritionist).
What We Don't Know Yet
Mountain information changes quickly. This box explains the limits of what this page can responsibly promise.
- Visa, passport, vaccination, border, insurance, and local transportation rules may change before your trip.
- Route conditions, snowpack, closures, and weather can change quickly after this page is updated.
- Permit rules, fees, quotas, and reservation windows may change between review cycles.
- Operator availability, pricing, guide ratios, and cancellation terms can change by season.
- Your fitness, altitude response, risk tolerance, and experience level may change what is safe or realistic.
Verify current conditions with official land managers, guide services, local forecasts, and current route reports before booking or climbing.
Mountaineering, rock and ice climbing, glacier travel, and high-altitude activity are inherently dangerous and can result in serious injury or death. The information on Global Summit Guide is provided for general informational and educational purposes only and is not a substitute for professional instruction, qualified guiding, proper equipment, or your own judgment and experience.
Route conditions, weather, snowpack, permits, regulations, and hazards change constantly and may differ from what is described here. Details may be incomplete, out of date, or contain errors. Always verify current information with local authorities, certified guides, and official sources before making any decision in the mountains.
Nothing on this site is medical, legal, or financial advice. Our fitness, acclimatization, altitude, and nutrition content is general in nature; consult a qualified physician before beginning any strenuous exercise program or exposing yourself to high altitude.
You are solely responsible for your own safety and decisions. To the fullest extent permitted by law, Global Summit Guide and its team accept no liability for any loss, injury, damage, or expense arising from use of, or reliance on, this information. By using this site you acknowledge these risks and accept these terms.
Some links on this site may be affiliate links. If you buy through them we may earn a small commission at no extra cost to you; this never affects our recommendations.
Global Summit Guide recommendation path
Next Best Mountain to Research
Use these recommendations to continue the right planning path instead of stopping on one page.
Use current permit, weather, route, and operator information before booking or climbing.