List of volcanoes in Bolivia

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The country of Bolivia hosts numerous active [i 1] and extinct volcanoes across its territory. The active volcanoes are in western Bolivia making up the Cordillera Occidental, the western limit of the Altiplano plateau. Many of the active volcanoes are international mountains shared with Chile. All Cenozoic volcanoes of Bolivia are part of the Central Volcanic Zone (CVZ) of the Andean Volcanic Belt that results due to processes involved in the subduction of Nazca Plate under the South American Plate. The Central Volcanic Zone is a major upper Cenozoic volcanic province. [1] Apart from Andean volcanoes the geology of Bolivia host the remnants of ancient volcanoes around the Precambrian Guaporé Shield in the eastern part of the country.

Contents

NameElevation (m)Elevation (ft)CoordinatesLast eruption (VEI)
Abra Granada 570018,700 22°32′S66°32′W / 22.533°S 66.533°W / -22.533; -66.533 (Abra Granada) 5 million years ago
Acotango 605219,855 18°22′56″S69°02′52″W / 18.38222°S 69.04778°W / -18.38222; -69.04778 (Acotango) Holocene
Anallajsi 575018,865 17°55′37″S68°54′33″W / 17.92694°S 68.90917°W / -17.92694; -68.90917 (Anallajsi) Holocene?
Asu Asuni 496816,299 18°13′S68°31′W / 18.217°S 68.517°W / -18.217; -68.517 (Asu Asuni) -
Ascotan 550018,000 21°41′S68°07′W / 21.683°S 68.117°W / -21.683; -68.117 (Cerro Ascotan) Unknown
Capurata 599019,652 18°24′54″S69°02′45″W / 18.41500°S 69.04583°W / -18.41500; -69.04583 (Capurata) -
Chascon-Runtu Jarita complex 490015,100 21°53′02″S67°54′18″W / 21.88389°S 67.90500°W / -21.88389; -67.90500 (Cerro Chascon) 88,000 – 97,000 years ago
Cerro Napa 517016,960 20°30′S68°40′W / 20.500°S 68.667°W / -20.500; -68.667 1.38 million years
Chullkani 503216,509 18°18′39″S68°50′24″W / 18.31083°S 68.84000°W / -18.31083; -68.84000 (Chullkani)
Ch'iyar Qullu 19°26′S67°23′W / 19.433°S 67.383°W / -19.433; -67.383 (Ch'iyar Qullu) 22 million years ago.
Ch'iyar Qullu405113,290 19°43′28″S67°39′16″W / 19.72444°S 67.65444°W / -19.72444; -67.65444 (Ch'iyar Qullu) -
Cerro Bonete (Lipez) 563018,47015 million years ago
Chutinza 518417,008
Colluma 387612,716 18°30′00″S68°05′11″W / 18.50000°S 68.08639°W / -18.50000; -68.08639 (Colluma) Unknown
Escala 400013,120 21°36′00″S66°52′29″W / 21.60000°S 66.87472°W / -21.60000; -66.87472 (Escala) Holocene
Guacha 525017,220 22°45′S67°28′W / 22.750°S 67.467°W / -22.750; -67.467 (Guacha) 1.7 million years ago
Guayaques 559818,366 22°53′51″S67°33′59″W / 22.89750°S 67.56639°W / -22.89750; -67.56639 (Guayaques) Unknown
Iru Phutunqu 516316,939 20°43′51″S68°33′09″W / 20.73083°S 68.55250°W / -20.73083; -68.55250 (Iru Phutunqu) 1995
Jayu Quta 371612,026 19°27′55″S67°25′34″W / 19.46528°S 67.42611°W / -19.46528; -67.42611 (Jayu Quta) Holocene?
Jitiri 503116,506 18°13′S68°48′W / 18.217°S 68.800°W / -18.217; -68.800 (Jitiri) -
Jorcada 565018,865 22°01′34″S67°45′52″W / 22.02611°S 67.76444°W / -22.02611; -67.76444 (Jorcada) - 95,000 BP
Laram Q'awa 518217,001Holocene?
Kunturiri 576218,904 18°2′S69°04′W / 18.033°S 69.067°W / -18.033; -69.067 (Kunturiri) -
Licancabur 5415 in Bolivian part17,717 in Bolivian part 22°49′41″S67°52′35″W / 22.82806°S 67.87639°W / -22.82806; -67.87639 (Licancabur) Holocene
Lípez 592919,447 21°56′35″S66°51′41″W / 21.94306°S 66.86139°W / -21.94306; -66.86139 (Lípez) -
Michincha 524817,218 20°56′16″S68°30′09″W / 20.93778°S 68.50250°W / -20.93778; -68.50250 (Michincha) Holocene
Millunu Miocene
Moiro (or: Cerro Negro)426913,943 21°41′03″S67°28′01″W / 21.68417°S 67.46694°W / -21.68417; -67.46694 (Moiro) Holocene?
Morococala 18°10′S66°45′W / 18.167°S 66.750°W / -18.167; -66.750 (Morococala) 6.4 million years ago
Nuevo Mundo 543817,841 19°46′27″S66°28′42″W / 19.77417°S 66.47833°W / -19.77417; -66.47833 (Nuevo Mundo) Holocene
Olca 535317,562 20°56′38″S68°28′33″W / 20.94389°S 68.47583°W / -20.94389; -68.47583 (Olca) Holocene
Ollagüe (Ullawi)586319,231 21°18′07″S68°10′45″W / 21.30194°S 68.17917°W / -21.30194; -68.17917 (Ollagüe) Pleistocene
Pampa Luxsar 554318,185 20°50′55″S68°11′54″W / 20.84861°S 68.19833°W / -20.84861; -68.19833 (Pampa Luxsar) Holocene
Panizos 500016,000 22°15′S66°45′W / 22.250°S 66.750°W / -22.250; -66.750 (Cerro Panizos) Miocene
Parina Quta 634820,827 18°09′58″S69°08′33″W / 18.16611°S 69.14250°W / -18.16611; -69.14250 (Parinacota) 290 AD ± 300 years
Paryani 507716,657 19°07′52″S68°25′30″W / 19.13111°S 68.42500°W / -19.13111; -68.42500 (Paryani)
Paruma542017,782 20°56′36″S68°27′32″W / 20.94333°S 68.45889°W / -20.94333; -68.45889 (Cerro Paruma) Pleistocene
Paruma 531017,421 20°56′36″S68°27′32″W / 20.94333°S 68.45889°W / -20.94333; -68.45889 (Volcán Paruma) 1867
Patilla Pata 570018,700 18°02′29″S69°04′30″W / 18.04139°S 69.07500°W / -18.04139; -69.07500 (Patilla Pata) Holocene
Pomerape 628220,413 18°07′33″S69°07′39″W / 18.12583°S 69.12750°W / -18.12583; -69.12750 (Pomerape) Pleistocene
Porco 19°50′S66°00′W / 19.833°S 66.000°W / -19.833; -66.000 (Porco (caldera)) 8.6 ± 0.3 million years ago
Pumiri 486215,951 19°00′S68°26′W / 19.000°S 68.433°W / -19.000; -68.433 (Pumiri) Holocene?
Quetena 573018,794 22°15′33″S67°24′56″W / 22.25917°S 67.41556°W / -22.25917; -67.41556 (Quetena) Holocene?
Sacabaya (or:Quemado)430014,107 18°37′32″S68°44′55″W / 18.62556°S 68.74861°W / -18.62556; -68.74861 (Sacabaya) Holocene?
Sairecabur 597119,584 22°43′06″S67°53′26″W / 22.71833°S 67.89056°W / -22.71833; -67.89056 (Sairecabur) Holocene
Sajama 654221,451 18°06′14″S68°52′53″W / 18.10389°S 68.88139°W / -18.10389; -68.88139 (Sajama) Holocene
San Agustín 435714,294 21°13′04″S67°36′24″W / 21.21778°S 67.60667°W / -21.21778; -67.60667 (San Agustín) Holocene?
Santa Isabel 524017,191 21°38′26″S66°31′40″W / 21.64056°S 66.52778°W / -21.64056; -66.52778 (Santa Isabel) Holocene
Sirk'i 507216,640 17°21′S69°24′W / 17.350°S 69.400°W / -17.350; -69.400 (Sirk'i) -
Saxani 509016,700 19°8′S68°25′W / 19.133°S 68.417°W / -19.133; -68.417 (Cerro Saxani)
Soledad caldera 5.4 million years ago
Suni K'ira 589919,354 22°00′34″S67°13′08″W / 22.00944°S 67.21889°W / -22.00944; -67.21889 (Suni K'ira) Pleistocene
Tata Sabaya 543017,815 19°07′58″S68°31′31″W / 19.13278°S 68.52528°W / -19.13278; -68.52528 (Tata Sabaya) Holocene
Titiwilla 505016,570 19°43′S68°11′W / 19.717°S 68.183°W / -19.717; -68.183 (Tittivilla) Pleistocene
Tocorpuri 580819,055 22°25′33″S67°54′38″W / 22.42583°S 67.91056°W / -22.42583; -67.91056 (Tocorpuri) Holocene
Tunupa 543217,821 19°49′52″S67°38′33″W / 19.83111°S 67.64250°W / -19.83111; -67.64250 (Tunupa)
Umurata 571018,733 18°21′20″S69°02′59″W / 18.35556°S 69.04972°W / -18.35556; -69.04972 (Humarata) -
Uqi Uqini 549018,012 18°19′S69°02′W / 18.317°S 69.033°W / -18.317; -69.033 (Uqi Uqini) -
Uyarani 425913,973 18°28′21″S68°39′19″W / 18.47250°S 68.65528°W / -18.47250; -68.65528 (Uyarani) -
Uturunku 600819,711 22°15′07″S67°11′12″W / 22.25194°S 67.18667°W / -22.25194; -67.18667 (Uturunku) Holocene
Vilama 22°24′S66°57′W / 22.400°S 66.950°W / -22.400; -66.950 (Vilama) Miocene-Pleistocene
Wila Pukarani 492016,142 19°19′50″S68°18′35″W / 19.33056°S 68.30972°W / -19.33056; -68.30972 (Wila Pukarani) -
Yumia 435014,271 21°28′59″S67°32′06″W / 21.48306°S 67.53500°W / -21.48306; -67.53500 (Yumia) Holocene
Zapaleri 565318,546 22°48′30″S67°10′40″W / 22.80833°S 67.17778°W / -22.80833; -67.17778 (Zapaleri)

See also

Notes

  1. In vulcanology and this article active volcanoes are those with Holocene eruption, that means eruptions in the last 10,000 years.

Related Research Articles

<span class="mw-page-title-main">Ring of Fire</span> Region around the rim of the Pacific Ocean where many volcanic eruptions and earthquakes occur

The Ring of Fire is a tectonic belt, about 40,000 km (25,000 mi) long and up to about 500 km (310 mi) wide, which circumscribes the Pacific Ocean. It contains between 750 and 915 volcanoes, around two-thirds of the world total, and 90% of the world's earthquakes, including 81% of its largest, take place within the belt.

<span class="mw-page-title-main">Licancabur</span> Stratovolcano on the border between Bolivia and Chile

Licancabur is a stratovolcano on the border between Bolivia and Chile, south of the Sairecabur volcano and west of Juriques. Part of the Andean Central Volcanic Zone, it has a prominent, 5,916-metre (19,409 ft)-high cone. A 400-metre (1,300 ft) summit crater containing Licancabur Lake, a crater lake which is among the highest lakes in the world, caps the volcano. Three stages of lava flows emanate from the edifice.

Viedma is a subglacial volcano whose existence is questionable. It is supposedly located below the ice of the Southern Patagonian Ice Field, an area disputed between Argentina and Chile. The 1988 eruption deposited ash and pumice on the ice field and produced a mudflow that reached Viedma Lake. The exact position of the edifice is unclear, both owing to the ice cover and because the candidate position, the "Viedma Nunatak", does not clearly appear to be of volcanic nature.

<span class="mw-page-title-main">Cerro Azul (Chile volcano)</span> Mountain in Curicó Province, Chile

Cerro Azul, sometimes referred to as Quizapu, is an active stratovolcano in the Maule Region of central Chile, immediately south of Descabezado Grande. Part of the South Volcanic Zone of the Andes, its summit is 3,788 meters (12,428 ft) above sea level, and is capped by a summit crater that is 500 meters (1,600 ft) wide and opens to the north. Beneath the summit, the volcano features numerous scoria cones and flank vents.

<span class="mw-page-title-main">Isluga</span> Mountain in Chile

Isluga is a stratovolcano located in Colchane, 7 kilometres (4.3 mi) west of the Chile-Bolivia border and at the west end of a group of volcanoes lined up in an east-west direction, which also includes the volcanoes Cabaray and Tata Sabaya. Isluga has an elongated summit area and lies within the borders of Volcán Isluga National Park in Chile's Tarapacá Region.

<span class="mw-page-title-main">Tupungatito</span> Volcano in Chile

Volcán Tupungatito is the northernmost historically active stratovolcano of the southern Andes. Part of the Chilean Andes' volcanic segment, it is the northernmost member of the Southern Volcanic Zone (SVZ), which is one of several distinct volcanic belts in the Andes. Over 70 Pleistocene or Holocene age volcanoes make up this volcanic belt, which on average has one eruption per year.

Mentolat is an ice-filled, 6 km (4 mi) wide caldera in the central portion of Magdalena Island, Aisén Province, Chilean Patagonia. This caldera sits on top of a stratovolcano which has generated lava flows and pyroclastic flows. The caldera is filled with a glacier.

<span class="mw-page-title-main">Aguilera (volcano)</span> Mountain in Chile

Aguilera is a stratovolcano in southern Chile, which rises above the edge of the Southern Patagonian Ice Field. It is a remote volcano that was identified as such in 1985, but the first ascent only occurred in 2014, making it the last unclimbed major Andean volcano.

<span class="mw-page-title-main">Andean Volcanic Belt</span> Volcanic belt in South America

The Andean Volcanic Belt is a major volcanic belt along the Andean cordillera in Argentina, Bolivia, Chile, Colombia, Ecuador, and Peru. It is formed as a result of subduction of the Nazca Plate and Antarctic Plate underneath the South American Plate. The belt is subdivided into four main volcanic zones which are separated by volcanic gaps. The volcanoes of the belt are diverse in terms of activity style, products, and morphology. While some differences can be explained by which volcanic zone a volcano belongs to, there are significant differences within volcanic zones and even between neighboring volcanoes. Despite being a type location for calc-alkalic and subduction volcanism, the Andean Volcanic Belt has a broad range of volcano-tectonic settings, as it has rift systems and extensional zones, transpressional faults, subduction of mid-ocean ridges and seamount chains as well as a large range of crustal thicknesses and magma ascent paths and different amounts of crustal assimilations.

<span class="mw-page-title-main">Taapaca</span> Volcano in Chile

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<span class="mw-page-title-main">Linzor</span> Mountain in Chile

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<span class="mw-page-title-main">Reclus (volcano)</span> Volcano located in the Patagonia Ice Field, Chile

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<span class="mw-page-title-main">Geology of Bolivia</span>

The geology of Bolivia comprises a variety of different lithologies as well as tectonic and sedimentary environments. On a synoptic scale, geological units coincide with topographical units. The country is divided into a mountainous western area affected by the subduction processes in the Pacific and an eastern lowlands of stable platforms and shields. The Bolivian Andes is divided into three main ranges; these are from west to east: the Cordillera Occidental that makes up the border to Chile and host several active volcanoes and geothermal areas, Cordillera Central once extensively mined for silver and tin and the relatively low Cordillera Oriental that rather than being a range by its own is the eastern continuation of the Central Cordillera as a fold and thrust belt. Between the Occidental and Central Cordillera the approximately 3,750-meter-high Altiplano high plateau extends. This basin hosts several freshwater lakes, including Lake Titicaca as well as salt-covered dry lakes that bring testimony of past climate changes and lake cycles. The eastern lowlands and sub-Andean zone in Santa Cruz, Chuquisaca, and Tarija Departments was once an old Paleozoic sedimentary basin that hosts valuable hydrocarbon reserves. Further east close to the border with Brazil lies the Guaporé Shield, made up of stable Precambrian crystalline rock.

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Irruputuncu is a volcano in the commune of Pica, Tamarugal Province, Tarapacá Region, Chile, as well as San Pedro de Quemes Municipality, Nor Lípez Province, Potosí Department, Bolivia. The mountain's summit is 5,163 m (16,939 ft) high and has two summit craters—the southernmost 200 m (660 ft)-wide one has active fumaroles. The volcano also features lava flows, block and ash flows and several lava domes. The volcano is part of the Andean Central Volcanic Zone (CVZ).

Tocomar is a Pleistocene volcano in the Jujuy Province, Argentina. It is part of the Andean Volcanic Belt, more specifically to its sub-belt the Central Volcanic Zone. The Central Volcanic Zone consists of about 44 active volcanoes and large calderas of the Altiplano-Puna volcanic complex. Volcanism there is caused by the subduction of the Nazca Plate beneath the South America Plate in the Peru-Chile Trench. At Tocomar, volcanism is further influenced by a large fault zone, the Calama-Olacapato-El Toro fault, which runs diagonally across the volcanic arc.

Los Frailes is an ignimbrite plateau in Bolivia, between the city of Potosi and the Lake Poopo. It belongs to a group of ignimbrites that exist in the Central Andes and which includes the Altiplano–Puna volcanic complex. The plateau covers a surface of 7,500 square kilometres (2,900 sq mi)–8,500 square kilometres (3,300 sq mi) with about 2,000 cubic kilometres (480 cu mi) of ignimbrite.

<span class="mw-page-title-main">Tata Sabaya</span> A 5,430-metre (17,810 ft) high volcan in Bolivia

Tata Sabaya is a 5,430-metre (17,810 ft) high volcano in Bolivia. It is part of the Central Volcanic Zone, one of several volcanic belts in the Andes which are separated by gaps without volcanic activity. This section of the Andes was volcanically active since the Jurassic, with an episode of strong ignimbritic volcanism occurring during the Miocene. Tata Sabaya lies in a thinly populated region north of the Salar de Coipasa salt pan.

<span class="mw-page-title-main">Guallatiri</span> Mountain in Parinacota Province Chile

Guallatiri is a 6,071-metre (19,918 ft) high volcano in Chile. It is located southwest of the Nevados de Quimsachata volcanic group and is sometimes considered to be part of that group. It is a stratovolcano with numerous fumaroles around the summit. The summit may be composed of either a lava dome or a pyroclastic cone, while the lower flanks of the volcano are covered by lava flows and lava domes. The volcano's eruptions have produced mostly dacite along with andesite and rhyolite.

References

  1. Baker, M.C.W; Francis, P.W (1978), "Upper Cenozoic volcanism in the Central Andes — Ages and volumes", Earth and Planetary Science Letters, 41 (2): 175, Bibcode:1978E&PSL..41..175B, doi:10.1016/0012-821X(78)90008-0