The Andean orogen is the most outstanding example of mountain building caused by the subduction of oceanic below continental lithosphere. The Andes formed by the subduction of the Nazca and Antarctic oceanic plates under the South American continent over at least ~200 million years. Tectonic and climatic conditions vary markedly along this north-southoriented plate boundary, which thus represents an ideal natural laboratory to study tectonic and climatic segmentation processes and their possible feedbacks. Most of the seismic energy on Earth is released by earthquakes in subduction zones, like the giant 1960, Mw 9.5 event in south-central Chile.thesi
The Pacific margin of South America was predominantly a subduction margin throughout the Mesozoic an...
The North Andean convergent margin is a region of intense crustal deformation, with six great subduc...
The Pacific margin of South America was predominantly a subduction margin throughout the Mesozoic an...
Several orogenic cycles of mountain building and subsequent collapse associated with periods of shal...
AbstractSeveral orogenic cycles of mountain building and subsequent collapse associated with periods...
International audienceThe largest tectonic relief breaking the Earth's surface (13 km vertically) is...
AbstractThe largest tectonic relief breaking the Earth's surface (13km vertically) is at the subduct...
AbstractSeveral orogenic cycles of mountain building and subsequent collapse associated with periods...
The Patagonian Andes recorded several episodes of active ridge subduction in the last 80 million yea...
A broad range of processes act today and have acted simultaneously during the Quaternary, producing ...
All along the eastern border of the Andes lie foreland basins that are among the most prolific hydro...
The Andes is the largest orogenic system developed by subduction of oceanic crustalong a continental...
All along the eastern border of the Andes lie foreland basins that are among the most prolific hydro...
Artículo de publicación ISIThe largest tectonic relief breaking the Earth's surface (13 km verticall...
Several orogenic cycles of mountain building and subsequent collapse associated with periods of shal...
The Pacific margin of South America was predominantly a subduction margin throughout the Mesozoic an...
The North Andean convergent margin is a region of intense crustal deformation, with six great subduc...
The Pacific margin of South America was predominantly a subduction margin throughout the Mesozoic an...
Several orogenic cycles of mountain building and subsequent collapse associated with periods of shal...
AbstractSeveral orogenic cycles of mountain building and subsequent collapse associated with periods...
International audienceThe largest tectonic relief breaking the Earth's surface (13 km vertically) is...
AbstractThe largest tectonic relief breaking the Earth's surface (13km vertically) is at the subduct...
AbstractSeveral orogenic cycles of mountain building and subsequent collapse associated with periods...
The Patagonian Andes recorded several episodes of active ridge subduction in the last 80 million yea...
A broad range of processes act today and have acted simultaneously during the Quaternary, producing ...
All along the eastern border of the Andes lie foreland basins that are among the most prolific hydro...
The Andes is the largest orogenic system developed by subduction of oceanic crustalong a continental...
All along the eastern border of the Andes lie foreland basins that are among the most prolific hydro...
Artículo de publicación ISIThe largest tectonic relief breaking the Earth's surface (13 km verticall...
Several orogenic cycles of mountain building and subsequent collapse associated with periods of shal...
The Pacific margin of South America was predominantly a subduction margin throughout the Mesozoic an...
The North Andean convergent margin is a region of intense crustal deformation, with six great subduc...
The Pacific margin of South America was predominantly a subduction margin throughout the Mesozoic an...