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Fuerteventura

열극 분화구 · Spain · 529m

Pleistocene and Holocene cinder cones and lava flows cover large portions of Fuerteventura Island at the eastern end of the Canary Islands. As seen in this image taken from the International Space Station, the youngest lavas form the darker colored areas at the northern tip of the island, including the small Isla de Lobos off the tip of Fuerteventura, as well as in the south-central part of the arid island. The linear clouds off the southwest are not related to volcanic activity.
Pleistocene and Holocene cinder cones and lava flows cover large portions of Fuerteventura Island at the eastern end of the Canary Islands. As seen in this image taken from the International Space Station, the youngest lavas form the darker colored areas at the northern tip of the island, including the small Isla de Lobos off the tip of Fuerteventura, as well as in the south-central part of the arid island. The linear clouds off the southwest are not related to volcanic activity. · 사진: NASA International Space Station image ISS002-732-26, 2001 (http://eol.jsc.nasa.gov/). · Wikimedia Commons
화산 유형
열극 분화구
국가
Spain
지역
Northern Africa Volcanic Regions / Canary Volcanic Province
해발
529m
좌표
28.358, -14.020
마지막 분화
미확인
판구조 환경
Intraplate / Intermediate crust (15-25 km)
화산 지형
Cluster
주요 암석
Basalt / Picro-Basalt
지질학적 요약

Pleistocene and Holocene cinder cones and lava flows cover large portions of elongated Fuerteventura Island at the SE end of the Canary Islands. The youngest lavas are found at the northern and central portions of the arid, sparsely vegetated island. Malpais de la Arena, the Northern Malpais, and the Lobos Island areas at the northern tip of Fuerteventura are the sites of broad fields of youthful cinder cones and lava flows. The Malpais Chico, Malpais Grande, and Malpais de Jacomar areas on the south-central part of the island represent smaller zones of youthful volcanism, as do the volcanoes of Pajara, which were constructed on the older plutonic massif west of the axis of the island. No historical eruptions are known, although the very youthful appearance of lava flow surfaces in the central part of the island suggests a late-Holocene or prehistoric age.

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