The main objective of this research is to recognize several geological structures associated with the shear zones of the MFFS (Magallanes – Fagnano fault system) by the analysis and interpretation of gravimetric anomalies. Besides, to compare the gravimetrical response of the cortical blocks that integrate the region under study, which is related to the different morphotectonic domains recognized in the region. This research was developed employing data obtained from World Gravity 1.0, which includes earth and satellite gravity data derived from the EGM2008 model. The study and interpretation of the MFFS from the analysis and processing of the gravimetric data, allowed appreciation of a noticeable correlation with the most superficial corti...
The subsurface structure of the San Jorge Gulf basin, Argentina, and its relationship with the regio...
This paper presents a geological model of Corrientes province (Argentina) based on Bouguer gravity a...
How to cite Complete issue More information about this article Journal's homepage in redalyc.or...
The bibliographical research was based in several themes involving stratigraphy, historical geology,...
The Guacha Corral shear zone (GCSZ) is represented by mylonites that were developed under amphibolit...
This research is based on a joint geological and geophysical study performed in the South Central An...
Gravity measurements and reinterpretations of previously released seismic lines were made, focusing ...
Structural analyses in the area of Fagnano and Deseado lakes show different deformational events tha...
Global gravity field models, derived from satellite measurements integrated with terrestrial observa...
A gravimetric analysis over the Tulum Valley was made. This data was used to reveal the structuralse...
International audienceAcross the extreme south of Patagonia, the Magallanes‐Fagnano Fault (MFF) acco...
We present a new gravity map between 45°?70° W and 5°?40° S integrating open source terrestrial grav...
The subsurface structure of the San Jorge Gulf basin, Argentina, and its relationship with the regio...
This paper presents a geological model of Corrientes province (Argentina) based on Bouguer gravity a...
How to cite Complete issue More information about this article Journal's homepage in redalyc.or...
The bibliographical research was based in several themes involving stratigraphy, historical geology,...
The Guacha Corral shear zone (GCSZ) is represented by mylonites that were developed under amphibolit...
This research is based on a joint geological and geophysical study performed in the South Central An...
Gravity measurements and reinterpretations of previously released seismic lines were made, focusing ...
Structural analyses in the area of Fagnano and Deseado lakes show different deformational events tha...
Global gravity field models, derived from satellite measurements integrated with terrestrial observa...
A gravimetric analysis over the Tulum Valley was made. This data was used to reveal the structuralse...
International audienceAcross the extreme south of Patagonia, the Magallanes‐Fagnano Fault (MFF) acco...
We present a new gravity map between 45°?70° W and 5°?40° S integrating open source terrestrial grav...
The subsurface structure of the San Jorge Gulf basin, Argentina, and its relationship with the regio...
This paper presents a geological model of Corrientes province (Argentina) based on Bouguer gravity a...
How to cite Complete issue More information about this article Journal's homepage in redalyc.or...