Sous le Chili central et l ouest de l'Argentine (29-35S), la plaque océanique Nazca, en subduction sous la plaque continentale Amérique du Sud, change radicalement de géométrie : inclinée à 30, puis horizontale, engendrée par la subduction de la chaine de volcans de Juan Fernandez. Le but de mon étude est d'évaluer, la variation de nature et de propriétés physiques de la lithosphère chevauchante entre ces deux régions afin de mieux comprendre (1) sa structure profonde et (2) les liens entre les déformations observées en surface et en profondeur. Pour répondre à cette thématique, j utilise une approche originale couplant la sismologie, la thermométrie, et la pétrologie. Je montre ainsi des images 3-D de tomographie sismique les plus complète...
The geomorphological and thermochronological studies carried out in the central Patagonia show the i...
Flat subduction segments are generally related to cold lithospheric zones, which suggest low Heat fl...
As subduction science advances, it is becoming increasingly clear that the conventional model of sub...
Sous le Chili central et l’ouest de l'Argentine (29°-35°S), la plaque océanique Nazca, en subduction...
Beneath central Chile and western Argentina, the oceanic Nazca slab drastically changes geometry fro...
International audienceOur study compares the seismic properties between the flat and normal subducti...
Our study compares the seismic properties between the flat and normal subduction regions in central ...
Dans la région du Chili-central-ouest de l Argentine (29S-34S), la plaque océanique Nazca subducte s...
In the western part of the central Chile-western Argentina, the Nazca plate is subducting under thec...
Data from 45 seismological stations mostly temporary were used to obtain an accurate data set of int...
We obtain earthquake locations and a detailed three-dimensional velocity model of the flat slab subd...
Flat subduction settings have a direct impact on the lithospheric structure and thermal state of upp...
Subduction zones are a common geologic feature around the world. They are regions where dense oceani...
The Andean foreland of western Argentina (28°S-33°S) corresponds to back arc deformations associated...
The geomorphological and thermochronological studies carried out in the central Patagonia show the i...
Flat subduction segments are generally related to cold lithospheric zones, which suggest low Heat fl...
As subduction science advances, it is becoming increasingly clear that the conventional model of sub...
Sous le Chili central et l’ouest de l'Argentine (29°-35°S), la plaque océanique Nazca, en subduction...
Beneath central Chile and western Argentina, the oceanic Nazca slab drastically changes geometry fro...
International audienceOur study compares the seismic properties between the flat and normal subducti...
Our study compares the seismic properties between the flat and normal subduction regions in central ...
Dans la région du Chili-central-ouest de l Argentine (29S-34S), la plaque océanique Nazca subducte s...
In the western part of the central Chile-western Argentina, the Nazca plate is subducting under thec...
Data from 45 seismological stations mostly temporary were used to obtain an accurate data set of int...
We obtain earthquake locations and a detailed three-dimensional velocity model of the flat slab subd...
Flat subduction settings have a direct impact on the lithospheric structure and thermal state of upp...
Subduction zones are a common geologic feature around the world. They are regions where dense oceani...
The Andean foreland of western Argentina (28°S-33°S) corresponds to back arc deformations associated...
The geomorphological and thermochronological studies carried out in the central Patagonia show the i...
Flat subduction segments are generally related to cold lithospheric zones, which suggest low Heat fl...
As subduction science advances, it is becoming increasingly clear that the conventional model of sub...