Abstract The Southern Patagonian Icefield (SPI) lies above an area of slow convergence
between Antarctic and South-America plates, where limited seismicity is recorded by global …

Determining how and why eruptive outputs are modulated by the loading and unloading of
ice is key to understanding whether ongoing and accelerating deglaciation across mid-to …

Abstract The heterogeneous South American geology has coined a wide variety of
neotectonic settings where crustal seismogenic sources do occur. This fact has led to …

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 …

In active tectonic settings dominated by strike-slip kinematics, slip partitioning across
subparallel faults is a common feature; therefore, assessing the degree of partitioning and …

Decoding means decrypting a hidden message. Here, the encrypted messages are the state
of stress, fluid pathways, and volcano tectonic processes occurring in volcanoes of the …

Orogenic belts like the Andes experience several changes during long-term evolution of the
subduction margin; however, the degree to which their different components (the fore-to …

Abstract Southern Volcanic Zone (SVZ) hosts numerous thermal springs (25–85° C), related
to Liquiñe-Ofqui Fault System (LOFS) and Andean Transverse Faults (ATFs), suggesting 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 …

The Okataina groundwater catchment (OGC), with the Okataina caldera complex and its
large caldera structures and rhyolite domes, 11 lakes, numerous shallow, cold, groundwater …