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View article: Ground Motion Models for Campi Flegrei (Italy)
Ground Motion Models for Campi Flegrei (Italy) Open
Ground Motion Models (GMMs) are empirically-calibrated equations relating ground motion intensity measures to earthquake magnitude, source-to-site distance, geological local site conditions, and possibly other covariates. GMMs are employed…
View article: High-Precision Earthquake Locations Reveal Detailed Fault Geometries in the western Corinth Rift
High-Precision Earthquake Locations Reveal Detailed Fault Geometries in the western Corinth Rift Open
Seismicity and fault networks often display a high degree of complexity and segmentation at multiple scales. At shallow crustal levels, fault geometries and rupture processes are typically characterized using seismic exploration methods an…
View article: Ground Motion Prediction Equations for Campi Flegrei (Italy)
Ground Motion Prediction Equations for Campi Flegrei (Italy) Open
Ground Motion Prediction Equations (GMPEs) are semi-empirical models to relate ground motion intensity measures, such as peak ground acceleration (PGA), peak ground velocity (PGV), and pseudo-spectral acceleration (SA), to earthquake magni…
View article: Ground Motion Prediction Equations for the Campi Flegrei volcanic area
Ground Motion Prediction Equations for the Campi Flegrei volcanic area Open
Ground Motion Prediction Equations (GMPEs) are semi-empirical relationships commonly used to model ground motion intensity measures, such as peak ground accelerations (PGA) and velocity (PGV) and pseudo-spectral amplitudes (SA) at a specif…
View article: Reconstruction of archaeological contexts through the integrated use of airborne LiDAR and geophysical survey: The case study of San Pietro Infine (Caserta, southern Italy)
Reconstruction of archaeological contexts through the integrated use of airborne LiDAR and geophysical survey: The case study of San Pietro Infine (Caserta, southern Italy) Open
San Pietro Infine (Caserta, southern Italy) is an archaeological area of significant historical interest as it is in the vicinity of the Roman site of Ad Flexum. Based on historical sources, the site would correspond to the junction of a r…
View article: Comprehensive study of micro-seismicity by using an automatic monitoring platform
Comprehensive study of micro-seismicity by using an automatic monitoring platform Open
A modern digital seismic network, with many stations optimally distributed on the earthquake causative seismic zone, enables detection of very low magnitude earthquakes and determination of their source parameters. It is essential to assoc…
View article: Decade-long monitoring of seismic velocity changes at the Irpinia Fault System (southern Italy)
Decade-long monitoring of seismic velocity changes at the Irpinia Fault System (southern Italy) Open
<p>Repeated tomographic inversions in time (the so called 4D tomography) track physical properties and stress changes in the medium hosting fault systems by measuring changes in P and S seismic velocities. These changes may provide i…
View article: A Bayesian probabilistic approach to estimate the focal mechanism of micro-earthquakes occurring at the Irpinia fault system, southern Italy.
A Bayesian probabilistic approach to estimate the focal mechanism of micro-earthquakes occurring at the Irpinia fault system, southern Italy. Open
<p>We developed a Bayesian technique to infer the double-couple, focal mechanism parameters (strike, dip and slip angles) of an earthquake source. The method uses 3 independent datasets: P-wave peak amplitude and polarity and S-to-P …
View article: Insights into Mechanical Properties of the 1980 Irpinia Fault System from the Analysis of a Seismic Sequence
Insights into Mechanical Properties of the 1980 Irpinia Fault System from the Analysis of a Seismic Sequence Open
Seismic sequences are a powerful tool to locally infer geometrical and mechanical properties of faults and fault systems. In this study, we provided detailed location and characterization of events of the 3–7 July 2020 Irpinia sequence (so…
View article: Predicting the macroseismic intensity from early radiated <i>P</i> wave energy for on‐site earthquake early warning in Italy
Predicting the macroseismic intensity from early radiated <i>P</i> wave energy for on‐site earthquake early warning in Italy Open
Earthquake Early Warning Systems (EEWS) are potentially effective tools for risk mitigation in active seismic regions. The present study explores the possibility of predicting the macroseismic intensity within EEW timeframes using the squa…