ANÁLISIS DE LA EVOLUCIÓN DEL LINEAMIENTO ESTRUCTURAL DE LOMA LA LATA OESTE - EL CORDÓN - LINDERO ATRAVESADO A PARTIR DE NUEVOS DATOS SÍSMICOS PARA LA FORMACIÓN VACA MUERTA
Roth, Rocío Manceda, René Merchán Jaimes, Vladimir Rossi, Juan
ANÁLISIS DE LA EVOLUCIÓN DEL LINEAMIENTO ESTRUCTURAL DE LOMA LA LATA OESTE - EL CORDÓN - LINDERO ATRAVESADO A PARTIR DE NUEVOS DATOS SÍSMICOS PARA LA FORMACIÓN VACA MUERTA - 20 p. ; 179-198
This paper presents a new interpretation of the deformation events linked to the structural evolution of the Lindero Atravesado – El Cordón – Loma La Lata Oeste transcurrent fault system. It’s a WNW-ESE trending narrow zone that extends about 100 km along the southern border of the Neuquén Basin. High quality 3D seismic data allowed the definition of a detailed fault pattern and a 2D geomechanical restoration was used to simulate failures and deformation patterns in different time intervals allowing the determination of active and non-active faults as well as folds appearance and evolution. For the determination of stress orientation and the stress field, GPlates software was used. The obtained results indicate a complex displacement field and stress rotation, from deeper levels to Vaca Muerta Formation terms.
068.82 553.28 C62 15730
ANÁLISIS DE LA EVOLUCIÓN DEL LINEAMIENTO ESTRUCTURAL DE LOMA LA LATA OESTE - EL CORDÓN - LINDERO ATRAVESADO A PARTIR DE NUEVOS DATOS SÍSMICOS PARA LA FORMACIÓN VACA MUERTA - 20 p. ; 179-198
This paper presents a new interpretation of the deformation events linked to the structural evolution of the Lindero Atravesado – El Cordón – Loma La Lata Oeste transcurrent fault system. It’s a WNW-ESE trending narrow zone that extends about 100 km along the southern border of the Neuquén Basin. High quality 3D seismic data allowed the definition of a detailed fault pattern and a 2D geomechanical restoration was used to simulate failures and deformation patterns in different time intervals allowing the determination of active and non-active faults as well as folds appearance and evolution. For the determination of stress orientation and the stress field, GPlates software was used. The obtained results indicate a complex displacement field and stress rotation, from deeper levels to Vaca Muerta Formation terms.
068.82 553.28 C62 15730
