In this review article, we compile seismological observations from the different constituent
parts of the Northern Chile forearc: the downgoing Nazca Plate, the plate interface, the …

We deployed a dense geodetic and seismological network in the Atacama seismic gap in
Chile. We derive a microseismicity catalog of> 30,000 events, time series from 70 GNSS …

Large urban areas are vulnerable to various geological hazards and anthropogenic
activities that affect ground stability—a key factor in structural performance, such as …

Subduction earthquakes show complex spatial and temporal rupture patterns, exhibiting
events of varied sizes, which rupture distinct or overlap** fault segments. Elucidating first …

A new seismic model for crust and upper mantle of the south Central Andes is derived from
full waveform inversion, covering the Pampean flat subduction and adjacent Payenia steep …

Geometry and frictional states of the megathrust in subduction zones play critical roles on
the rupture extent, hence the magnitude, of great earthquakes. However, their details are …

Megathrusts have been the subject of more research recently. Therefore efforts are needed
to understand the patterns, novelties, research trends, and potential future research areas …

Inversions of geodetic data are regularly used to estimate interseismic locking in subduction
zones. However, the ill‐posed nature of these problems motivates us to include prior …

The Late Pliocene–Quaternary Outer Thrust System of the Apennine-Maghrebides fold-and-
thrust belt extends~ 2000 km from northern Italy to Sicily. Its northernmost arc is seismically …

We determine high‐resolution 3‐D seismic images (Vp, Vs, and Vp/Vs) of the Alaska‐
Aleutian forearc region, which are used to further estimate the serpentinization volume …