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EntityQ312866· pop 30· linked from 31 articles

Antofalla is a Miocene–Pliocene volcano in Argentina's Catamarca Province. It is part of the volcanic segment of the Andes in Argentina, and it is considered to be part of the Central Volcanic Zone, one of the volcanic zones of the Andes. Antofalla forms a group of volcanoes that are aligned on and behind the main volcanic arc. Antofalla itself is a remote volcano.

Key facts

Mountain.name
Antofalla
Mountain.photo
Antofalla-sunset.jpg
Mountain.photo_caption
Antofalla at sunset from the north
Mountain.elevation_m
6409
Mountain.prominence_m
1957
Mountain.prominence_ref
Peakbagger
Mountain.location
Catamarca, Argentina
Mountain.range
Andes
Mountain.map
Argentina
Mountain.map_relief
1
Mountain.map_size
200
Mountain.map_caption
Argentina
Mountain.label_position
right
Mountain.type
Stratovolcano
Mountain.last_eruption
Unknown
Mountain.first_ascent
Inca, Pre-Columbian (before 1500)

via Wikipedia infobox

Wikidata facts

Elevation
6409
Image
Antofalla-sunset.jpg
Show 2 more facts
Commons category
Antofalla
topographic prominence
1957
Sources (1)

via Wikidata · CC0

~18 min read

Article

14 sections
Contents
  • Name
  • Geography and structure
  • Geology
  • Geologic record
  • Local
  • Composition
  • Climate, vegetation and fauna
  • Climatological implications
  • Eruptive history
  • Climbing
  • Notes
  • References
  • Sources
  • External links

Antofalla is a Miocene–Pliocene volcano in Argentina's Catamarca Province. It is part of the volcanic segment of the Andes in Argentina, and it is considered to be part of the Central Volcanic Zone, one of the volcanic zones of the Andes. Antofalla forms a group of volcanoes that are aligned on and behind the main volcanic arc. Antofalla itself is a remote volcano.

Antofalla and other Andean volcanoes form because the Nazca Plate is subducting beneath the South American Plate. Antofalla volcano is located in a region with a "basins and ranges" topography, where during the Miocene ranges were uplifted and basins formed through tectonic movement. It sits on a basement formed by Eocene-Miocene sedimentary units over a much older crystalline basement.

On the map

2 mapped locations

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