Exploring the interactions between rift propagation and inherited crustal fabrics through experimental modeling
Continental rifting is a geodynamic process that involves the breakup of the crust and may
eventually evolve to seafloor spreading. Although it is often assumed to be a product of …
eventually evolve to seafloor spreading. Although it is often assumed to be a product of …
Normal fault reactivation during multiphase extension: Analogue models and application to the Turkana depression, East Africa
We present crustal scale physical analogue models of multiphase rifting to provide new
constraints on the role exerted by faults formed during early extension on structures …
constraints on the role exerted by faults formed during early extension on structures …
Analog and Numerical Modeling of Rift‐Rift‐Rift Triple Junctions
Abstract Rift‐Rift‐Rift triple junctions are key features of emergent plate boundary networks
during fragmentation of a continent. A key example of such a setting is the Afar triple junction …
during fragmentation of a continent. A key example of such a setting is the Afar triple junction …
The relationship between inverted normal faults and pure thrusting during the tectonic inversion of the Domeyko Cordillera, northern Chile: Structural and seismic …
The orogenic growth of the Domeyko Cordillera was induced by a positive tectonic
inversion. In this work, we have validated this interpretation from new field data, which were …
inversion. In this work, we have validated this interpretation from new field data, which were …
Modeling intra‐caldera resurgence settings: laboratory experiments with application to the los humeros volcanic complex (Mexico)
Scaled analogue models explored the role of different boundary conditions in intra‐caldera
resurgence processes. Models investigated the role of magma intrusion depth (ID)(Series 1) …
resurgence processes. Models investigated the role of magma intrusion depth (ID)(Series 1) …
Exploring fault propagation and the role of inherited structures during caldera collapse through laboratory experiments
Caldera collapse received large attention during the last decades and was widely studied
using various approaches, spanning from field-geology to numerical and analogue …
using various approaches, spanning from field-geology to numerical and analogue …
Influence of zones of pre‐existing crustal weakness on strain localization and partitioning during rifting: Insights from analog modeling using high‐resolution 3D digital …
Pre‐existing crustal structures are known to influence rifting, but the factors controlling their
influence remain poorly understood. We present results of digital image correlation that …
influence remain poorly understood. We present results of digital image correlation that …
3D-thrust fault pattern control on negative inversion: An analogue modelling perspective on central Italy
During the last decades, central Italy has been struck by severe seismic sequences. Some
authors have suggested that inherited thrust faults may have played an important role in …
authors have suggested that inherited thrust faults may have played an important role in …
Fault reactivation and growth at rift-related calderas
Caldera collapses are paramount volcano-tectonic features because they form during
hazardous explosive volcanic eruptions, they are ideal sites for geothermal development …
hazardous explosive volcanic eruptions, they are ideal sites for geothermal development …
A database of laboratory analogue models of caldera collapse testing the role of inherited structures
Since caldera collapse deformation is extremely difficult to study in real time-due to the high
deformation rates that characterize this process and the difficult access to the caldera …
deformation rates that characterize this process and the difficult access to the caldera …