Volcanic cones are frequently near their gravitational stability limit, which can lead to lateral
collapse of the edifice, causing extensive environmental impact, property damage, and loss …

Abstract The Andean Southern Volcanic Zone (SVZ) concentrates many of the most active
volcanoes of the Andean continental arc, as well as the region's most recent and impactful …

In seismically-active regions, map** active and potentially-active faults is the first step to
assess seismic hazards and site selection for paleoseismic studies that will estimate …

Fluid flow through the brittle crust is primarily controlled by the capability of fracture networks
to provide pathways for fluid transport. The dominant permeability orientation within …

Abstract In Central Chile, the increment of withdrawals together with drought conditions has
exposed the poor understanding of the regional hydrogeological system. In this study, we …

Abstract In the South‐Central Andes, the crustal structures driving the tectonic evolution of
the Andean Cordillera remain unresolved. So far, most seismological studies focused on the …

In active volcanic arcs such as the Andean volcanic mountain belt, magmatically sourced
fluids are channeled through the brittle crust by faults and fracture networks. In the Andes …

Lithospheric-scale fault systems control the large-scale permeability in the Earth's crust and
lithospheric mantle, and its proper recognition is fundamental to understand the geometry …

We use Intermediate-to-short wavelength (20–150 km) gravity anomalies to investigate the
role played by crustal scale dense blocks in the genesis of Cu ore deposits along the Andes …

Abstract The Mountain-Block Recharge (MBR), also referred to as the hidden recharge,
consists of groundwater inflows from the mountain block into adjacent alluvial aquifers. This …