A note of caution on the use of boulders for exposure dating of depositional surfaces
S Schmidt, R Hetzel, J Kuhlmann, F Mingorance… - Earth and Planetary …, 2011 - Elsevier
Exposure dating of boulders has been widely applied to determine the age of depositional
surfaces under the assumption that the pre-depositional nuclide component in most …
surfaces under the assumption that the pre-depositional nuclide component in most …
Coseismic displacements and Holocene slip rates for two active thrust faults at the mountain front of the Andean Precordillera (∼ 33° S)
During the last few hundred years several destructive earthquakes occurred along the
eastern margin of the Andean Precordillera, where GPS data reveal a shortening rate of∼ …
eastern margin of the Andean Precordillera, where GPS data reveal a shortening rate of∼ …
Kinematics of fault-propagation folding: Analysis of velocity fields in numerical modeling simulations
B Plotek, E Heckenbach, S Brune, E Cristallini… - Journal of Structural …, 2022 - Elsevier
Fault-propagation folding occurs when a shallow fold is created by an underlying
propagating thrust fault. These structures are common features of fold and thrust belts and …
propagating thrust fault. These structures are common features of fold and thrust belts and …
Antithetic linkage between oblique Quaternary thrusts at the Andean front, Argentine Precordillera
EA Ahumada, CH Costa - Journal of South American Earth Sciences, 2009 - Elsevier
The Quaternary orogenic front of the Andes at 32° 10'S is characterized by abrupt changes
in the structural style and surface expression of recent deformation, due to the reactivation of …
in the structural style and surface expression of recent deformation, due to the reactivation of …
Holocene shortening rates of an Andean-front thrust, Southern Precordillera, Argentina
A significant part of the Quaternary shortening between the Chilean trench and the relative
stable interior of the South American plate at the Pampean flat slab (27–33° S), has been …
stable interior of the South American plate at the Pampean flat slab (27–33° S), has been …
Geomechanical modeling of fault-propagation folds: A comparative analysis of finite-element and the trishear kinematic model
B Plotek, J Likerman, E Cristallini - Journal of Structural Geology, 2024 - Elsevier
Fault-propagation folds are common structures within fold and thrust belts. The trishear
kinematic model has been widely used to understand the kinematics and geometry of these …
kinematic model has been widely used to understand the kinematics and geometry of these …
Quaternary shortening at the orogenic front of the Central Andes of Argentina: the Las Peñas Thrust System
CH Costa, EA Ahumada, CE Gardini… - Geological Society …, 2015 - lyellcollection.org
Abstract The NNW-trending Las Peñas Thrust System is one of the key structures along the
Andean orogenic front between 32° 15′ and 32° 40′ S in the Southern Precordillera of …
Andean orogenic front between 32° 15′ and 32° 40′ S in the Southern Precordillera of …
[HTML][HTML] El frente orogénico activo de Los Andes centrales a la latitud de la ciudad de Mendoza (32° 50'-33° S)
SM Moreiras, LB Giambiagi, S Spagnotto, S Nacif… - Andean …, 2014 - SciELO Chile
El actual frente orogénico activo de los Andes centrales abarca parte del piedemonte
mendocino, ubicado cerca de la ciudad capital, donde habitan al menos 800.000 personas …
mendocino, ubicado cerca de la ciudad capital, donde habitan al menos 800.000 personas …
Assessing Quaternary shortening rates at an Andean frontal thrust (32 30′ S), Argentina
CH Costa, LM Schoenbohm, BA Brooks, CE Gardini… - …, 2019 - Wiley Online Library
At the latitude of 32–33° S, the orogenic front of the eastern flank of the Andes is located in
the Southern Precordillera, where two major thrusts concentrate Quaternary deformation at …
the Southern Precordillera, where two major thrusts concentrate Quaternary deformation at …
Late Miocene–Early Pliocene mammals from the Tupungato–Piedras Coloradas Anticlines, Mendoza, Argentina
New research in the petroliferous area of Tupungato, Mendoza Province, central-western
Argentina, has revealed a much richer fossil assemblage than previously known for this …
Argentina, has revealed a much richer fossil assemblage than previously known for this …