Abstract Following the April 6th, 2009 Abruzzo mainshock, the Italian Civil Protection
Department promoted a multidisciplinary study aimed at developing seismic microzonation …

The paper summarizes the results of a multidisciplinary study aimed at seismic
microzonation of the Central Archeological Area of Rome including the Palatine hill, Roman …

Earthquake-induced landslide databases indicate that failure modes, observed in the field
following earthquakes, include sliding, toppling, and slumping. Methods based on simplified …

The paper focuses on the strong motion array deployed in the upper Aterno River Valley, in
the immediate outskirts north-west of the town of L'Aquila, which is part of the Italian Strong …

An Mw= 6.3 earthquake originating at a normal fault in proximity of the city of L'Aquila
produced a significant amount of near-fault strong-motion data recorded by an array …

Among the almost 1400 landslides triggered by the shocks of the 2016–2017 Central Italy
seismic sequence, only a limited number, all classifiable as rockslides, involved volumes …

The 2009 L'Aquila earthquake sequence includes the April 6 Mw 6.3 main shock and
triggered events on April 7 and 9, each recorded on a digital network having five stations on …

Main geologic factors controlling site response during the 2009 L’Aquila earthquake | Italian
Journal of Geosciences | GeoScienceWorld Skip to Main Content GeoScienceWorld …

This study focuses on two weak points of the present procedure to carry out microzoning
study in near-field areas:(1) the Ground Motion Prediction Equations (GMPEs), commonly …

The paper illustrates and compares simplified approaches to interpret the mechanisms of
damage observed on rigid bodies in the cemetery of Amatrice, after the main shock (August …