Combined EIGEN-6C4 model and satellite-only GOCE data, both corrected by the topographic effect, allow analyzing the crustal structure of the transitional zone between the Southern Central and Patagonian Andes and adjacent foreland zone. We calculated gravity anomalies and vertical gravity gradients that allow inferring Moho depths and crustal structures that segment the basement. These data signaled important contrasts in crustal thickness, general anomaly patterns (e.g., roughnesssmoothness), and linear boundaries that characterize the main proposed terrains, parauchthoctonous microcontinents, and cratons that form the basement of the southern Andes. Even though roughly the obtained patterns follow previous proposals for the Southern Cent...
The subduction of the Nazca oceanic plate under the South American plate in the south central Andes ...
This paper analyzes the style, distribution, mechanics and timing of deformation of the Andean retro...
The southern Central Andes (SCA) (between 27° S and 40° S) is bordered to the west by the convergent...
The Nazca Plate subducting beneath the South American Plate, has strongly influenced Cenozoic-mounta...
The subduction of the Nazca oceanic plate under the South American plate in the south-central Andes ...
GOCE satellite data and EGM2008 model are used to calculate the gravity anomaly and its vertical gra...
Deformation in the orogen-foreland system of the southern Central Andes between 33° and 36° S varies...
Global gravity field models, derived from satellite measurements integrated with terrestrial observa...
A set of fracture zones left by transform faults segmenting the active Chile Ridge that separates th...
In this paper, we analyze an E-W gravity section at 39° South latitude. It extends from the western ...
Satellite-only gravity measurements and those integrated with terrestrial observations provide globa...
En el presente trabajo, a partir de datos gravimétricos terrestres, se preparó una carta de anomalía...
The Central Andean orogeny is caused by the subduction of the Nazca oceanic plate beneath the South-...
A broad range of processes acted simultaneously during the Quaternary producing relief in the Andes ...
The evolution of the western margin of South America comprised different tectonic regimes responsibl...
The subduction of the Nazca oceanic plate under the South American plate in the south central Andes ...
This paper analyzes the style, distribution, mechanics and timing of deformation of the Andean retro...
The southern Central Andes (SCA) (between 27° S and 40° S) is bordered to the west by the convergent...
The Nazca Plate subducting beneath the South American Plate, has strongly influenced Cenozoic-mounta...
The subduction of the Nazca oceanic plate under the South American plate in the south-central Andes ...
GOCE satellite data and EGM2008 model are used to calculate the gravity anomaly and its vertical gra...
Deformation in the orogen-foreland system of the southern Central Andes between 33° and 36° S varies...
Global gravity field models, derived from satellite measurements integrated with terrestrial observa...
A set of fracture zones left by transform faults segmenting the active Chile Ridge that separates th...
In this paper, we analyze an E-W gravity section at 39° South latitude. It extends from the western ...
Satellite-only gravity measurements and those integrated with terrestrial observations provide globa...
En el presente trabajo, a partir de datos gravimétricos terrestres, se preparó una carta de anomalía...
The Central Andean orogeny is caused by the subduction of the Nazca oceanic plate beneath the South-...
A broad range of processes acted simultaneously during the Quaternary producing relief in the Andes ...
The evolution of the western margin of South America comprised different tectonic regimes responsibl...
The subduction of the Nazca oceanic plate under the South American plate in the south central Andes ...
This paper analyzes the style, distribution, mechanics and timing of deformation of the Andean retro...
The southern Central Andes (SCA) (between 27° S and 40° S) is bordered to the west by the convergent...