Active faults are generally defined as faults that have moved in the past and will continue to
be active in the future. They are expected to cause deformation and potential disasters if …

Studying faults capable of releasing moderate-to-strong earthquakes is fundamental for
seismic hazard studies, especially in a territory that was subject to the strongest peninsular …

We studied some exposures of the Roccacaramanico Conglomerate (RCC), a calcareous-
clastic mega-bed intercalated within the Late Messinian–Early Pliocene pelitic succession of …

The application of Unmanned Aerial Vehicles (UAVs), commonly known as drones, in
geological, geomorphological, and geotechnical studies has gained significant attention due …

The deformation style of the continental lithosphere is a relevant issue for geodynamics and
seismic hazard perspectives. Here we show the first evidence of two well-distinct low-angle …

QUIN database integrates and organizes structural-geological information from published
and unpublished sources to constrain deformation in seismotectonic studies. The initial …

In tectonically active areas, such as the Italian peninsula, studying the faults responsible for
strong earthquakes is often challenging, especially when the earthquakes occurred in …

The systematic study of faults that have released strong earthquakes in the past is a
challenge for seismic hazard assessment. In carbonate landscapes, the use of rare earth …

The survey and structural analysis of surface coseismic ruptures are essential tools for
characterizing seismogenic structures. In this work, a procedure to survey coseismic …

High-hazard seismic zones can remain silent over centuries with meager seismicity rates
challenging our understanding of seismic processes. We focus on the comprehensive …