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Category: Mountain Lists

  • Active volcanoes in Europe you can climb: the complete list of climbable European volcanoes

    Active Volcanoes in Europe You Can Climb: Complete List of Climbable European Volcanoes | Global Summit Guide
    Mountain Lists / Europe

    Active volcanoes in Europe you can climb: the complete list of climbable European volcanoes

    ~30
    Active European volcanoes
    3,718 m
    Teide (highest)
    Etna
    Most active
    5+ nations
    Distribution
    Part of the European Volcanoes series This climbable volcanoes list supports our comprehensive European Volcanoes complete collection covering route guides, history, and climbing logistics for the continent’s dramatic volcanic peaks. Full collection →

    Europe is not Hawaii or Indonesia or Iceland-Iceland (geologically speaking, anyway), but the continent does host roughly 30 active and dormant volcanoes that climbers can actually summit. Most are concentrated in Italy and Iceland, with notable peaks in Spain’s Canary Islands, the Greek Aegean, and France’s volcanic central highlands. This is the complete climber-focused list — what to climb, how hard it is, and which ones are currently active versus dormant. For the full context on European volcanism and detailed route guides, see our European Volcanoes collection.

    The four headline European volcanoes

    If you are new to European volcano climbing, four mountains anchor the entire discussion. They are the largest, most famous, and most-climbed active or near-active volcanic peaks on the continent. Most international volcano-climbing trips to Europe target one or more of these four.

    Iceland: a category of its own

    Iceland is technically European (politically and geographically classified as part of Europe), but the country’s volcanic landscape is so extensive that it deserves its own treatment. Iceland sits directly on the Mid-Atlantic Ridge and hosts over 30 active volcanic systems — more than the rest of Europe combined. Several are climbable, with varying levels of access and difficulty.

    5

    Hekla Active

    Location: South Iceland · Elevation: 1,491 m · Last eruption: 2000
    Iceland’s mostFamous volcano

    Hekla is the most famous of Iceland’s volcanoes and one of the country’s most active. The mountain has erupted approximately every 10-20 years on average over the past century and is currently “overdue” by historical patterns — Icelandic volcanologists actively monitor for signs of an impending eruption. Climbing Hekla is permitted when activity is at baseline. The standard route is 18 km round trip with 1,200 m of elevation gain, taking 8-12 hours.

    6

    Fagradalsfjall / Reykjanes systems Recently erupting

    Location: Reykjanes Peninsula · Elevation: ~385 m · Last eruption: Ongoing series
    New activitySince 2021

    The Reykjanes Peninsula southwest of Reykjavík entered a new active phase in 2021 with the Fagradalsfjall eruption, followed by a series of additional eruptions on the same volcanic system through 2024 and 2025. The volcanoes here are small, accessible, and have provided some of the most spectacular safe-viewing opportunities in modern volcanic tourism. When eruptions are active and stable, marked hiking trails allow visitors to view flowing lava from relatively close distances. Access depends entirely on current activity — Icelandic civil defense closes routes when hazards increase.

    7

    Eyjafjallajökull Currently dormant

    Location: South Iceland · Elevation: 1,651 m · Last eruption: 2010
    Famous2010 ash cloud

    The famous Icelandic volcano whose 2010 eruption shut down European air travel for weeks. The mountain is technically a glacier-capped volcano (the name means “island mountains glacier” in Icelandic). Climbing involves crossing glaciated terrain and is typically done as a guided expedition. The volcano has been quiet since 2010 but is closely monitored due to its historical pattern of relatively frequent eruptions.

    The Greek and Mediterranean volcanoes

    8

    Nea Kameni (Santorini) Active

    Location: Santorini, Greece · Elevation: 130 m · Last eruption: 1950
    CalderaFamous tourism

    Santorini is the dramatic caldera in the Greek Aegean, formed by one of the largest volcanic eruptions in human history (the Minoan eruption around 1600 BCE). The currently active vent is Nea Kameni, a small island in the center of the caldera that emerged in the past 500 years and has had multiple historical eruptions. Climbing Nea Kameni is a half-day excursion by boat from the main Santorini island, with a short hike to the active crater area where fumaroles and warm ground demonstrate ongoing activity.

    9

    Nisyros Dormant

    Location: Dodecanese Islands, Greece · Elevation: 698 m · Last eruption: 1888
    Active ventsStefanos crater

    Nisyros is a small Greek volcanic island in the Dodecanese near Kos. The volcano’s main crater, Stefanos, is accessible on foot via a marked trail from the small town of Mandraki. The crater hosts hot fumaroles, sulfur deposits, and steam vents that show the volcano is dormant rather than extinct. Most visitors hike to the crater rim and descend into the crater floor on the marked path.

    10

    Vulcano (Aeolian Islands) Active

    Location: Aeolian Islands, Italy · Elevation: 500 m · Last eruption: 1890
    Sulfur ventsActive fumaroles

    Vulcano gave its name to all volcanoes — the word comes from this Aeolian Island, named after the Roman god of fire whom ancient inhabitants believed lived in its forge under the mountain. The volcano’s main crater, Gran Cratere, can be climbed in about 90 minutes via a marked trail from Porto di Levante. Active fumaroles release sulfur gas around the crater rim, and the lower slopes feature mud baths heated by volcanic geothermal activity.

    The Atlantic European volcanoes

    11

    Pico (Azores) Dormant

    Location: Pico Island, Azores, Portugal · Elevation: 2,351 m · Last eruption: 1720
    Portugal’s highAtlantic peak

    Mount Pico on the Azorean island of the same name is the highest mountain in Portugal at 2,351 m. The stratovolcano dominates the Atlantic island, visible from neighboring Faial and São Jorge. Climbing Pico is a 7-8 hour round trip from the base trailhead, with permits required (managed by the Azores natural park authority). The summit requires the final ascent through a small subsidiary cone (Piquinho) which adds 70 m of vertical and some scrambling. The mountain is currently dormant.

    12

    Other Canary Islands volcanoes Variable

    Location: Spanish Canary Islands · Elevation: Various
    La Palma2021 eruption

    Beyond Teide, the Canary Islands host multiple climbable volcanoes including Caldera de Taburiente on La Palma (the island that hosted the major 2021 Cumbre Vieja eruption), Mount Tindaya on Fuerteventura, and various smaller volcanic cones across the archipelago. Most are accessible via marked trails as part of the islands’ extensive natural park systems. The 2021 La Palma eruption created new lava fields that are now accessible to visitors on guided tours.

    France and the extinct volcanic central highlands

    13

    Massif Central / Chaîne des Puys Extinct

    Location: Auvergne, France · Elevation: Up to 1,886 m · Last eruption: ~4000 BCE
    UNESCO site80+ volcanic cones

    The Chaîne des Puys in France’s Auvergne region is a UNESCO World Heritage site comprising 80+ extinct volcanic cones in a remarkably preserved volcanic landscape. The volcanoes erupted between 8,000 and 95,000 years ago and are now classic French hiking destinations. The most famous is Puy de Dôme at 1,464 m, accessible by funicular and on foot. Puy de Sancy at 1,886 m is the highest of the extinct volcanoes and the highest peak in central France. None of these are currently active — they are extinct rather than dormant.

    Quick reference: all European volcanoes by status

    Volcano Country Elevation Status Climbing difficulty
    Mount EtnaItaly (Sicily)~3,357 mHighly activeModerate, guided required upper
    StromboliItaly (Aeolian)924 mContinuously eruptingModerate, guided required
    Mount TeideSpain (Tenerife)3,718 mDormantEasy with cable car
    Mount VesuviusItaly (Naples)1,281 mActive (dormant)Very easy, road access
    HeklaIceland1,491 mActiveModerate full day hike
    Reykjanes (Fagradalsfjall)Iceland~385 mRecently eruptingEasy when access open
    EyjafjallajökullIceland1,651 mDormantHard, glaciated terrain
    Nea Kameni (Santorini)Greece130 mActiveVery easy
    NisyrosGreece698 mDormantEasy
    VulcanoItaly (Aeolian)500 mActiveEasy 90 min hike
    PicoPortugal (Azores)2,351 mDormantModerate to hard
    La Palma volcanoesSpain (Canaries)VariousActive 2021Variable
    Chaîne des PuysFranceUp to 1,886 mExtinctEasy hiking
    A note on terminology

    “Active” technically means a volcano has erupted within the past 10,000 years and could erupt again. “Dormant” means active but currently quiet. “Extinct” means no expected future activity. The distinctions matter for climbers because access policies follow them: active volcanoes get closed during eruptions, dormant volcanoes are usually open, and extinct volcanoes are just mountains with interesting geology.

    How many active volcanoes are in Europe

    The exact count depends on definitions and which European territories you include, but a reasonable working answer is roughly 25-30 active volcanoes across continental Europe and its outlying territories. The distribution by country:

    • Iceland: 30+ active volcanic systems (counted as roughly 15-20 named volcanoes for climbing purposes)
    • Italy: 5-7 active including Etna, Stromboli, Vesuvius, Vulcano, Campi Flegrei, Ischia, and Lipari
    • Greece: 3-4 active including Santorini (Nea Kameni), Nisyros, Methana, and Yali
    • Spain (Canary Islands): 5-6 active including Teide, Cumbre Vieja (La Palma), and several smaller systems
    • Portugal (Azores): 7-8 active across the Atlantic island chain
    • Norway (Jan Mayen): 1 active (Beerenberg)

    What is striking about European volcanism is how concentrated it is. The Mediterranean activity is driven by the African plate diving under the Eurasian plate, producing the Italian and Greek volcanic arcs. Iceland sits directly on the Mid-Atlantic Ridge where the European and North American plates pull apart. The Canary Islands are oceanic hotspot volcanoes similar to Hawaii. The Azores share oceanic hotspot characteristics. Outside these specific tectonic settings, most of Europe is volcanically quiet. The broader European mountain context including the non-volcanic ranges is in our Alps classics collection.

    European volcanoes vs other regions

    Region Active volcanoes Famous examples Character
    Europe (excluding Iceland)~15Etna, Stromboli, Teide, VesuviusAccessible, well-developed access
    Iceland alone~30 systemsHekla, Fagradalsfjall, EyjafjallajökullRemote, glaciated, dramatic
    Pacific Northwest USA~10Mount Rainier, Mount Hood, Mount St. HelensCascade Range glaciated peaks
    Mexico~10Pico de Orizaba, Iztaccíhuatl, PopocatépetlHigh altitude, glaciated
    Indonesia~130Krakatoa, Merapi, BromoMost active region globally
    Andes (South America)~50Cotopaxi, Villarrica, Cerro NegroSpans Ecuador to Chile

    Europe’s volcanic activity is modest globally — Indonesia alone has more active volcanoes than all of Europe combined — but what Europe lacks in volume it makes up in accessibility. European volcanoes are typically within a 30-60 minute drive of substantial infrastructure (Catania for Etna, Naples for Vesuvius, Reykjavík for Reykjanes, Tenerife airport for Teide). This combination of dramatic geology and easy access makes Europe the best continent for volcano tourism even though it ranks well below the Pacific Ring of Fire in raw count. The comparative Cascades and Mexico contexts are in our Cascade Volcanoes collection and our Mexico Volcanoes collection.

    Volcano climbing safety in Europe

    The volcanic-specific risks every climber should understand

    European volcano climbing is generally well-managed by local authorities, but climbers should understand the specific risks: volcanic gases (sulfur dioxide, hydrogen sulfide, and carbon dioxide can accumulate in low-lying areas around fumaroles and craters), tephra and bomb hazards (active volcanoes can throw rock fragments unpredictably), lahars and pyroclastic flows (rare but catastrophic), and summit access changes (authorities close routes with little notice during heightened activity). These are real hazards that climbers without volcanic experience often underestimate.

    The Italian Civil Protection (Protezione Civile), the Icelandic Met Office, the Spanish Geographical Institute (IGN), and other national authorities monitor European volcanoes continuously and publish status updates and access restrictions. Climbers planning trips should check the current alert level for any active volcano before traveling and again before climbing. The general mountain weather and safety framework that applies to European volcanic climbing is in our mountain weather guide.

    When to climb European volcanoes

    Volcano Primary season Notes
    Mount EtnaMay – OctoberSnow on upper slopes Dec-Apr
    StromboliApril – OctoberSea access difficult in winter storms
    Mount TeideMarch – June, September – NovemberSummer too hot, winter snow possible
    Mount VesuviusYear-roundAvoid rainy days
    Hekla / IcelandJune – AugustShort Iceland summer window
    Greek volcanoesApril – OctoberSummer hot but accessible
    Pico (Azores)May – SeptemberAtlantic weather highly variable

    The Mediterranean volcanoes (Italy, Greece, Spain) are generally accessible spring through autumn. Iceland’s short summer window from June to August is the main climbing season — winter ascents are possible but require expedition-level preparation. Vesuvius and the lower Mediterranean volcanoes can be climbed year-round.

    Where European volcanoes fit in the global progression

    European volcanoes serve a specific and valuable role in the global climbing progression: they offer accessible, manageable introductions to active or formerly-active volcanic terrain without requiring expedition-style logistics. A climber can fly to Catania on a Friday, climb Etna on Saturday, and be home Sunday evening — a depth of experience that would require multi-week trips in most other parts of the world. This makes European volcanoes excellent training ground and weekend objectives for climbers building toward larger volcanic peaks.

    The natural progression path for volcano-focused climbing:

    1. Easy European volcanoes: Vesuvius, Teide cable car, Nea Kameni as accessible introductions.
    2. Moderate European volcanoes: Etna full ascent, Stromboli evening climb, Pico in the Azores.
    3. Iceland progression: Hekla, Eyjafjallajökull, and the Reykjanes systems for more glaciated and remote experience.
    4. Mexico volcanoes: Pico de Orizaba and Iztaccíhuatl. See our Mexico Volcanoes collection.
    5. Cascade volcanoes: Mount Hood, Mount Adams, Mount Rainier. See our Cascade Volcanoes collection.
    6. South American volcanoes: Cotopaxi, Chimborazo, and the Andean volcanic giants. Framework in our Andes high altitude giants.

    Climbers who want to focus specifically on volcanic peaks can build a satisfying global progression that includes objectives on five continents. European volcanoes are the most accessible starting point for this kind of progression, particularly for climbers based in Europe or visiting from North America. The mountaineering-for-beginners framework that applies to first-time volcano climbers is in our mountaineering for beginners guide.

    ★ European Volcanoes Master Collection

    Routes, history, and climbing logistics

    The complete deep guide to climbing Europe’s volcanic peaks: detailed route information, historical eruption context, and the broader European mountain framework.

    Read the full collection →

    The bottom line on European volcano climbing

    Europe hosts around 30 active and dormant volcanoes that climbers can summit, concentrated in Italy, Iceland, Spain (Canary Islands), Greece, and Portugal (Azores). The four headline objectives are Mount Etna (Europe’s most active), Stromboli (continuously erupting), Mount Teide (highest), and Mount Vesuvius (most famous historically). Iceland deserves its own treatment as a category — the country’s 30+ volcanic systems offer some of the most accessible recent-eruption viewing in the world. European volcano climbing is generally well-managed by local authorities, with clearly marked routes, licensed guides for active volcanoes, and ongoing monitoring that closes access when activity increases. For climbers building a global volcano-climbing portfolio, Europe offers the most accessible introduction to volcanic terrain anywhere in the world. The full deep treatment is in our European Volcanoes complete collection.

    Frequently asked questions

    What are the active volcanoes in Europe?

    Europe has several currently active volcanoes, most concentrated in Italy and Iceland. The most notable active European volcanoes are Mount Etna (Sicily, Italy) which is currently the most active in Europe, Stromboli (Aeolian Islands, Italy) which has been continuously erupting for thousands of years, Mount Vesuvius (Naples, Italy), and several Icelandic volcanoes including Hekla, Katla, and the recently active Fagradalsfjall and Sundhnúkur systems on the Reykjanes Peninsula. Greece has Santorini (Nea Kameni) and Methana, while Spain’s Canary Islands include Mount Teide on Tenerife.

    What is the largest active volcano in Europe?

    Mount Etna in Sicily, Italy is both the largest and most active volcano in Europe. The mountain rises to roughly 3,357 meters (11,014 feet) and covers an area of approximately 1,200 square kilometers at its base. Etna has been erupting continuously in various forms for at least 500,000 years and has had nearly constant activity in recorded history. Mount Teide on Tenerife in Spain’s Canary Islands is taller at 3,718 meters but is considered dormant rather than continuously active. Among active volcanoes, Etna is the clear leader in both size and ongoing activity.

    What is the highest volcano in Europe?

    Mount Teide on Tenerife in the Spanish Canary Islands is the highest volcano in Europe at 3,718 meters (12,198 feet). Teide is a dormant stratovolcano that last erupted in 1909. The mountain is also Spain’s highest peak and one of the world’s most-visited volcanic sites due to its accessibility via cable car and the surrounding Teide National Park. Mount Etna in Sicily is the second-highest active European volcano at roughly 3,357 meters, though Etna’s exact height varies year to year due to ongoing eruptive activity.

    How many active volcanoes are there in Europe?

    Europe has approximately 25 to 30 volcanoes currently classified as active or potentially active. The exact count depends on the definition used and which European territories are included. The main concentrations are in Italy (Etna, Stromboli, Vesuvius, Vulcano), Iceland (over 30 active volcanic systems but typically counted as a smaller number of named volcanoes), Greece (Santorini, Methana, Nisyros), and Spain (Canary Islands volcanoes). Other European territories like the Azores (Portugal) and Jan Mayen (Norway) also host active volcanoes.

    Can you climb Mount Etna?

    Yes, Mount Etna is one of the most accessible major active volcanoes in the world for climbers and trekkers. The standard ascent uses cable cars and 4×4 vehicles to reach approximately 2,900 meters, with the final 400 meters to the summit climbed on foot. Access to the summit craters is restricted based on current volcanic activity and requires a licensed guide for the upper sections. The lower approaches can be hiked independently. Most international visitors climb Etna as a half-day or full-day excursion from Catania or Taormina.

    Are there extinct volcanoes in Europe?

    Yes, Europe has many extinct volcanoes. The most famous are in central France (Massif Central, including Puy de Dôme and the Chaîne des Puys UNESCO site), Germany (Eifel volcanic field), and the Auvergne region. The Massif Central volcanoes last erupted thousands to millions of years ago and are popular hiking destinations today. Some volcanoes that appear extinct are actually dormant and could potentially reactivate over geological timescales. The distinction between dormant and extinct depends on definitions of how recently a volcano has erupted, which varies among geologists.

    What is the easiest European volcano to climb?

    Mount Teide on Tenerife is widely considered the easiest major European volcano to climb. The Teide cable car carries visitors to 3,555 meters, leaving only 163 meters of vertical to the 3,718 meter summit on a non-technical hiking trail. Vesuvius near Naples is similarly accessible, with the road reaching to 1,000 meters and a 30-minute walk to the crater rim. Mount Etna and Stromboli are more demanding but still accessible for fit hikers. Etna requires longer walking sections, and Stromboli requires evening summit walks scheduled around safety considerations.

  • The 14 peaks: complete list of all 8,000-meter mountains

    The 14 Peaks: Complete List of All 8,000-Meter Mountains (with Heights and Locations) | Global Summit Guide
    Mountain Lists / Eight-Thousanders

    The 14 peaks: complete list of all 8,000-meter mountains

    14
    Peaks above 8,000m
    8,849 m
    Everest high point
    8,027 m
    Shishapangma low
    < 50
    Climbers completed all 14
    Part of the Eight-Thousanders series This list summary supports our comprehensive 14 Eight-Thousanders complete guide covering routes, history, difficulty, and climbing logistics for every peak. Full guide →

    The 14 peaks — also called the eight-thousanders, the 14 summits, or simply “the 8000ers” — are the mountains on Earth above 8,000 meters in elevation. All 14 are in Asia, distributed across the Himalaya and Karakoram ranges through Nepal, Tibet (China), Pakistan, and the disputed Kashmir region. Climbing all 14 is one of the rarest achievements in mountaineering, accomplished by fewer than 50 climbers in history. This is the complete list with heights, locations, first ascents, and the relative difficulty climbers use to plan their progression. For detailed route guides on individual peaks, see our complete guide to every eight-thousander.

    The 14 peaks in order of height

    1

    Mount Everest

    Location: Nepal / Tibet · Range: Mahalangur Himalaya · First ascent: May 29, 1953 by Edmund Hillary and Tenzing Norgay
    8,849 m
    29,032 ft

    The highest point on Earth and the most-climbed eight-thousander. Standard routes via the South Col (Nepal) and the North Ridge (Tibet) operate as large commercial expeditions during the spring season. See our Everest route comparison.

    2

    K2

    Location: Pakistan / China (Kashmir disputed) · Range: Karakoram · First ascent: July 31, 1954 by Achille Compagnoni and Lino Lacedelli
    8,611 m
    28,251 ft

    “The Savage Mountain.” Second-highest peak in the world but widely considered the hardest of the eight-thousanders. The Abruzzi Spur is the standard route. See our K2 climb guide and K2 route comparison.

    3

    Kangchenjunga

    Location: Nepal / India (Sikkim) · Range: Himalaya · First ascent: May 25, 1955 by George Band and Joe Brown
    8,586 m
    28,169 ft

    The “Five Treasures of the Snow.” Third-highest peak in the world. The first ascent team stopped just short of the true summit out of respect for local religious beliefs — a tradition climbers have continued for decades.

    4

    Lhotse

    Location: Nepal / Tibet · Range: Mahalangur Himalaya · First ascent: May 18, 1956 by Ernst Reiss and Fritz Luchsinger
    8,516 m
    27,940 ft

    Shares the lower portion of Everest’s South Col route — the two peaks are often climbed back-to-back by guided expeditions. See our Lhotse climb guide.

    5

    Makalu

    Location: Nepal / Tibet · Range: Mahalangur Himalaya · First ascent: May 15, 1955 by Lionel Terray and Jean Couzy
    8,485 m
    27,838 ft

    The distinctive four-sided pyramid east of Everest. Considered one of the more technically demanding eight-thousanders despite its standard route. Lower commercial traffic than the nearby Everest-Lhotse-Cho Oyu peaks. See our Makalu permits and cost guide.

    6

    Cho Oyu

    Location: Nepal / Tibet · Range: Mahalangur Himalaya · First ascent: October 19, 1954 by Herbert Tichy, Joseph Jöchler, Pasang Dawa Lama
    8,188 m
    26,864 ft

    Widely considered the easiest of the eight-thousanders and the standard “first 8000er” for climbers progressing toward Everest. The Tibetan north side is the commercial route, though Chinese-side access has varied with geopolitics. See our Cho Oyu climb guide.

    7

    Dhaulagiri I

    Location: Nepal · Range: Himalaya · First ascent: May 13, 1960 by Kurt Diemberger, Peter Diener, Nawang Dorje, Nima Dorje, Albin Schelbert, Ernst Forrer
    8,167 m
    26,795 ft

    “The White Mountain.” Famous for being the first peak ever supported by aerial deposits during a first ascent. Lower commercial popularity than the eastern Nepalese giants but a regular target for serious climbers. See our Dhaulagiri climb guide.

    8

    Manaslu

    Location: Nepal · Range: Himalaya · First ascent: May 9, 1956 by Toshio Imanishi and Gyalzen Norbu
    8,163 m
    26,781 ft

    “Mountain of the Spirit.” Has become the most popular alternative to Cho Oyu as a first eight-thousander since Chinese-side access tightened. The autumn season sees substantial commercial traffic on the standard northeast route.

    9

    Nanga Parbat

    Location: Pakistan · Range: Western Himalaya · First ascent: July 3, 1953 by Hermann Buhl (solo final push)
    8,126 m
    26,660 ft

    “The Killer Mountain.” Westernmost of the eight-thousanders and historically one of the deadliest. The Diamir face is the standard route. See our Nanga Parbat route comparison.

    10

    Annapurna I

    Location: Nepal · Range: Himalaya · First ascent: June 3, 1950 by Maurice Herzog and Louis Lachenal
    8,091 m
    26,545 ft

    The first eight-thousander ever climbed (in 1950) and the one with the highest death rate of all 14 peaks. The standard north face route is heavily exposed to serac fall. Annapurna remains feared even among elite high-altitude mountaineers.

    11

    Gasherbrum I (Hidden Peak)

    Location: Pakistan / China · Range: Karakoram · First ascent: July 5, 1958 by Andy Kauffman and Pete Schoening
    8,080 m
    26,509 ft

    The 11th eight-thousander and the highest peak in the Gasherbrum massif. Climbed via the Japanese Couloir on the southwest face. Often combined with Gasherbrum II as a Karakoram double-summit expedition.

    12

    Broad Peak

    Location: Pakistan / China · Range: Karakoram · First ascent: June 9, 1957 by Marcus Schmuck, Fritz Wintersteller, Kurt Diemberger, Hermann Buhl
    8,051 m
    26,414 ft

    Named for its expansive summit ridge. The standard west face route shares base camp with K2, allowing acclimatization climbs for K2 expeditions. Considered one of the more accessible Karakoram eight-thousanders.

    13

    Gasherbrum II

    Location: Pakistan / China · Range: Karakoram · First ascent: July 7, 1956 by Fritz Moravec, Hans Willenpart, Sepp Larch
    8,035 m
    26,362 ft

    The most-climbed Karakoram eight-thousander and considered the easiest of the four Pakistani 8000ers. Shares the Gasherbrum base camp with GI, making it a logical companion peak for stronger parties.

    14

    Shishapangma

    Location: Tibet (China) · Range: Himalaya · First ascent: May 2, 1964 by Xu Jing and Chinese team of 10
    8,027 m
    26,335 ft

    The 14th and lowest eight-thousander. The only one located entirely in Tibet (China) with no Nepal or Pakistan border. Was the last 8000m peak first-ascended due to Chinese restrictions on foreign climbers. Has a true summit and a slightly lower central summit, which has caused confusion about valid ascents.

    Key facts about the 14 peaks

    The big-picture stats

    All 14 peaks are in Asia. All 14 are in either the Himalaya or the Karakoram. The tallest is Everest at 8,849 m. The shortest is Shishapangma at 8,027 m. The difference between the tallest and shortest is just 822 m. Fewer than 50 climbers have completed all 14. The first to do so was Reinhold Messner in 1986.

    Statistic Detail
    Total number of 8000m peaks14
    TallestMount Everest (8,849 m)
    ShortestShishapangma (8,027 m)
    First climbedAnnapurna I (1950)
    Last first-ascendedShishapangma (1964)
    Highest death rateAnnapurna I
    Considered easiestCho Oyu (with current access limitations: Manaslu)
    Considered hardestK2, Annapurna I, Nanga Parbat (debated)
    First to climb all 14Reinhold Messner (1986)
    Fastest known time all 14Nirmal Purja (6 months, 6 days, 2019)
    Climbers completed all 14Fewer than 50

    Where the 14 peaks are by country

    Country Number of 8000ers Which ones
    Nepal (entirely or partially)8Everest, Kangchenjunga, Lhotse, Makalu, Cho Oyu, Dhaulagiri I, Manaslu, Annapurna I
    Pakistan (entirely or partially)5K2, Nanga Parbat, Gasherbrum I, Broad Peak, Gasherbrum II
    China / Tibet (entirely or partially)9Everest, K2, Lhotse, Makalu, Cho Oyu, Shishapangma, Gasherbrum I, Broad Peak, Gasherbrum II
    India (Kangchenjunga only)1Kangchenjunga (Sikkim side)
    Entirely in one country5Nepal: Dhaulagiri, Manaslu, Annapurna; Pakistan: Nanga Parbat; Tibet: Shishapangma

    The political geography matters because climbing permits, costs, and logistics depend heavily on which country issues the permit. Nepal hosts the most accessible permit regime for foreign climbers, particularly for Everest, Lhotse, Manaslu, and Annapurna. Pakistan offers lower-cost permits for the Karakoram peaks but more complicated visa logistics. Tibet (China) periodically tightens or loosens access for foreign expeditions, with Cho Oyu and Shishapangma typically requiring more advance planning. The full Everest-region context is in our Everest route comparison, and the K2 cost framework is in our K2 climb guide.

    The 14 peaks by climbing difficulty

    The order of difficulty among the eight-thousanders is debated and depends heavily on the chosen route and season. A widely-accepted general ordering for the standard commercial routes, from most accessible to most difficult:

    Tier Peak Why
    Most accessibleCho OyuGentle glaciated slopes, well-established route
    AccessibleManasluStandard commercial route, autumn season
    AccessibleEverest (commercial)Highly resourced but altitude-driven challenge
    ModerateLhotse, Gasherbrum IISolid commercial routes, manageable technical difficulty
    Moderate to hardBroad Peak, DhaulagiriMore objective hazards, less infrastructure
    HardMakalu, Shishapangma, Gasherbrum IGreater technical and route-finding demands
    Very hardKangchenjunga, Nanga ParbatLong, complex routes; high objective danger
    HardestK2, Annapurna IExtreme technical difficulty + high death rate

    This ordering is a general framework, not a strict ranking. Individual seasons can completely change the relative difficulty — a heavy snow year on Annapurna creates much higher avalanche risk, while an unusually dry year on Cho Oyu can expose ice that adds technical difficulty. The cumulative difficulty across all 14 peaks is what makes the full completion such a rare achievement. The broader hardest-mountains context is in our 10 hardest mountains to climb and the death-rate framework is in our death rates by mountain analysis.

    Notable climbers of the 14 peaks

    The list of climbers who have completed all 14 eight-thousanders is short and historically significant:

    • Reinhold Messner (Italy, 1986) — first to complete all 14, and first to do so without supplemental oxygen.
    • Jerzy Kukuczka (Poland, 1987) — second to complete, multiple new routes and winter ascents.
    • Erhard Loretan (Switzerland, 1995) — third to complete, exclusively without supplemental oxygen.
    • Edurne Pasaban (Spain, 2010) — first woman to complete all 14 (verification debated for some ascents).
    • Gerlinde Kaltenbrunner (Austria, 2011) — first woman to complete all 14 without supplemental oxygen.
    • Nirmal “Nims” Purja (Nepal, 2019) — fastest known time, all 14 in 6 months and 6 days. Featured in the documentary “14 Peaks: Nothing Is Impossible.”
    • Kristin Harila (Norway, 2023) — broke Purja’s speed record, all 14 in 92 days.

    The 14 peaks completion list grows slowly. Of those who have attempted it, most expeditions end on the harder peaks — particularly K2, Annapurna, and Nanga Parbat. The combination of cost (potentially over $500,000 USD for a complete tour), time commitment (most completers take 7-15 years), and survival probability (multiple climbers have died on their last few peaks) keeps the achievement rare even as commercial expedition support has expanded. The framework for understanding this scale of objective is in our top 50 technical mountaineering objectives.

    The peaks that just miss the list

    Several mountains exceed 8,000 m in elevation but are not counted in the standard 14 because they are considered subsidiary summits of larger massifs rather than independent peaks. The most commonly discussed of these “near-misses”:

    • Yalung Kang (8,505 m) — western summit of Kangchenjunga.
    • Lhotse Middle (8,410 m) — middle summit of the Lhotse massif.
    • Lhotse Shar (8,383 m) — eastern summit of the Lhotse massif.
    • Kangchenjunga South (8,494 m) — south summit of Kangchenjunga.
    • Kangchenjunga Central (8,482 m) — central summit of Kangchenjunga.
    • Broad Peak Central (8,011 m) — central summit of Broad Peak.

    The line between “independent peak” and “subsidiary summit” depends on topographic prominence — the elevation a peak rises above the lowest col that connects it to a higher peak. The standard threshold for an independent eight-thousander is roughly 500 m of prominence, which excludes the subsidiary summits above. If you used a stricter prominence threshold, the list could be smaller; with a looser threshold, several subsidiary summits would qualify. The 14 peaks list reflects the most widely accepted convention.

    ★ Eight-Thousanders Master Guide

    Routes, history, and difficulty for every peak

    The complete deep guide to all 14 eight-thousanders: route comparisons, first-ascent history, climbing logistics, and the broader Himalaya and Karakoram context.

    Read the full guide →

    How climbers progress toward the eight-thousanders

    The 14 peaks are not entry-level objectives. The standard progression that climbers follow before attempting any eight-thousander typically takes 5-15 years and includes a sequence of progressively harder mountains. The general framework:

    1. Foundational glaciated peaks: Cascade volcanoes (Hood, Rainier), Mexican volcanoes (Pico de Orizaba, Iztaccíhuatl). Framework in our mountaineering for beginners guide.
    2. First 5,000-meter peak: Mount Elbrus or Cotopaxi as the introduction to high-altitude glaciated climbing.
    3. First 6,000-meter peak: Aconcagua or Denali as the next step. See our Aconcagua season guide.
    4. First 7,000-meter peak: typically Aconcagua followed by a Himalayan 7000m peak like Spantik, Khan Tengri, or Mount Manaslu’s lower trekking peaks.
    5. First 8,000-meter peak: usually Cho Oyu or Manaslu. The introduction to true Himalayan expedition climbing.
    6. Everest and beyond: the standard high-volume commercial objective, followed by individual eight-thousanders pursued one at a time based on personal goals.

    Climbers pursuing the full 14 typically have completed several eight-thousanders before formally committing to the all-14 goal. The cost framework, training timeline, and broader expedition planning context that supports this progression is in our full eight-thousanders guide, with the next-step framework in our intermediate climbing guide.

    The bottom line on the 14 peaks

    The 14 eight-thousanders represent the highest mountains on Earth and the highest tier of mountaineering objectives. All 14 are in Asia, distributed across the Himalaya and Karakoram, with Nepal hosting the largest share. The list has been climbed in its entirety by fewer than 50 people in human history, with the first complete ascent by Reinhost Messner in 1986 and the current speed record held by Kristin Harila at 92 days. For climbers building toward 8,000-meter objectives, the standard progression starts with smaller glaciated peaks, builds through 5,000 to 7,000 meter mountains, and graduates to Cho Oyu or Manaslu as the first true eight-thousander. The full route framework, expedition logistics, and historical context for each peak is in our complete eight-thousanders guide.

    Frequently asked questions

    What are the 14 peaks?

    The 14 peaks, also called the eight-thousanders or 14 summits, are the mountains on Earth above 8,000 meters (26,247 feet) in elevation. All 14 are located in the Himalaya and Karakoram ranges of Asia, distributed across Nepal, China (Tibet), Pakistan, and the disputed Kashmir region. The 14 peaks in order of height are: Mount Everest, K2, Kangchenjunga, Lhotse, Makalu, Cho Oyu, Dhaulagiri I, Manaslu, Nanga Parbat, Annapurna I, Gasherbrum I, Broad Peak, Gasherbrum II, and Shishapangma.

    How many 8000m peaks are there?

    There are exactly 14 mountains on Earth above 8,000 meters in elevation. The number is fixed because it depends on the definition of what counts as an independent peak, which is generally measured by topographic prominence. Mountains like Lhotse Middle (8,410 m) or Yalung Kang (8,505 m) exceed 8,000 m in height but are considered subsidiary summits of larger massifs (Lhotse and Kangchenjunga respectively) and are not counted in the standard list of 14.

    Who climbed all 14 eight-thousanders first?

    Reinhold Messner of Italy became the first person to climb all 14 eight-thousanders in 1986 when he summited Lhotse on October 16. Messner climbed all 14 peaks without supplemental oxygen, which remains a defining accomplishment in mountaineering history. The second person to complete the list was Jerzy Kukuczka of Poland in 1987. As of the most recent counts, fewer than 50 climbers have completed the 14 eight-thousanders. The fastest known time for completing all 14 is held by Nirmal Purja, who climbed all 14 in 6 months and 6 days in 2019.

    What is the 14th peak?

    Shishapangma at 8,027 meters (26,335 feet) is the 14th and lowest of the eight-thousanders. Located entirely in Tibet (China), Shishapangma is the only 8000-meter peak not partially in Nepal or Pakistan. It was the last 8000-meter peak to be first ascended, summited by a Chinese team led by Xu Jing in 1964. The mountain has a true main summit and a slightly lower central summit, which has caused historical confusion in determining true ascents of the peak.

    How hard are the 14 peaks to climb?

    The 14 peaks range from technically moderate to extreme depending on route and conditions. The easier eight-thousanders for guided commercial ascents include Cho Oyu, Manaslu, and the trade routes on Everest, Lhotse, and Dhaulagiri. The harder ones for technical difficulty and death rate include K2, Annapurna I, Nanga Parbat, and Kangchenjunga. Annapurna I has the highest death rate of any 8000m peak, while Everest has the largest number of total deaths due to the volume of climbers. All 14 are serious objectives that require multi-week expeditions, significant prior altitude experience, and substantial financial investment.

    Where are the 14 eight-thousanders located?

    All 14 eight-thousanders are located in two adjacent mountain systems in Asia: the Himalaya and the Karakoram. The Himalayan eight-thousanders include Everest, Kangchenjunga, Lhotse, Makalu, Cho Oyu, Dhaulagiri I, Manaslu, Nanga Parbat, Annapurna I, and Shishapangma, distributed across Nepal, Tibet (China), and the western Himalaya in Pakistan. The Karakoram eight-thousanders are K2, Gasherbrum I, Broad Peak, and Gasherbrum II, all located in northern Pakistan and the disputed Kashmir region. No 8000m peaks exist outside this region of Asia.

    How much does it cost to climb an 8000-meter peak?

    Costs for climbing 8000-meter peaks vary dramatically by mountain, country, and service level. Mount Everest from Nepal currently ranges from roughly $45,000 to $130,000 per climber depending on operator and oxygen plan. Less popular peaks like Cho Oyu, Manaslu, and the Pakistani eight-thousanders typically range from $15,000 to $40,000. Permit fees alone range from $250 (Pakistan summer season) to over $11,000 (Everest South Side). Add international flights, equipment, training, and insurance for a full expedition budget.

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