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Current seismic recording from Sabancaya volcano (BHZ station, IGP)
Thursday, May 16, 2013
Seismic activity has calmed down a bit compared to the previous weeks. [more]
Ground deformation (deflation) at Sabancaya volcano measured by InSAR (IGP)
Tuesday, May 14, 2013
The possible ash emissions on 9 May have not been confirmed, but unrest in the form of increased earthquake activity and ground deformation has increased since early May, the Geophysical Institute of Peru (IGP) reported in its press release on 10 May. ... [more]

Sabancaya volcano

stratovolcano 5967 m / 19,577 ft
Peru, -15.78°S / -71.85°W
Current status: restless (2 out of 5)
Sabancaya webcams / live data
Last update: 16 May 2013
Typical eruption style: explosive and effusive
Sabancaya volcano eruptions: 2003, 2000, 1998, 1997, 1990-95, 1988, 1986, 1784, 1750, <1595(?)
Last earthquakes nearby:
TimeMag. / DepthDistanceLocation
Thu, 16 May
Thu, 16 May 08:32 UTCM 4 / 8 km15 kmII Maca (Peru)
Sat, 11 May
Sat, 11 May 19:38 UTCM 4.3 / 157.8 km34 km8km W of Huarancante, Peru
Sat, 23 Mar
Sat, 23 Mar 22:37 UTCM 4.6 / 10 km5 kmIII Maca, II Madrigal (Peru)
Sabancaya volcano (its name meaning "tongue of fire" in Quechua Indian language) is located in the southern Peruvian Andes and one of Peru's most active volcanoes.
The stratovolcano is covered with several glaciers and located in the saddle between the older stratovolcanoes Ampato (6288 m) and Hualca Hualca (6025 m) and the only one of the group that has erupted in historic times.
Sabancaya belongs to one of South America's volcanoes with the oldest recorded history of eruptions.
Historic records of eruptions from Sabancaya date back to 1750, but its name already appears in written accounts from 1595 AD, suggesting that it had been active around or before that date as well.

Background:

Both Nevado Ampato and Nevado Sabancaya show only little erosion due to glacial cover, suggesting that much of their summit edifices are geologically young.
Activity within the past 10,000 years consisted of explosive plinian eruptions followed by effusive eruptions of voluminous andesitic and dacitic lava flows. These flows surround the volcano on all sides except the north flank.


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