Post-doc researcher at Risks-X and SUSTech
By Davide Zaccagnino, Ilaria Spassiani, Giuseppe Petrillo, Robert Shcherbakov & Jiancang Zhuang SUBMIT YOUR ABSTRACT! Click here: https://agu.confex.com/agu/agu25/prelim.cgi/Session/247994 Statistical seismology has taken impressive advances during …
Read full textBy Davide Zaccagnino, Robert Shcherbakov & Filippos Vallianatos SUBMIT YOUR RESEARCH PAPER TO OUR SPECIAL ISSUE! Click here: https://www.mdpi.com/journal/entropy/special_issues/21670L7M8S Modern geophysical networks are now able …
Read full textAn accurate assessment of seismic hazard requires a combination of earthquake physics and statistical analysis. Because of the limitations in the investigation of the seismogenic …
Read full textby Eric Beaucé, Gaspard Farge, Leila Mizrahi, Kelian Dasher-Cousineau & Davide Zaccagnino SUBMIT YOUR ABSTRACT! CLICK HERE: https://agu.confex.com/agu/agu25/prelim.cgi/Session/251479 The spatio-temporal patterns in seismicity — e.g. …
Read full textLarge earthquakes have been viewed as highly chaotic events regardless of their magnitude, making their prediction intrinsically challenging. Here, we develop a mathematical tool to …
Read full textEarthquakes are mechanical instabilities in the brittle lithosphere produced by the progressive accumulation of stress in the crust over centuries. The more extended the fractures, …
Read full textIn the brittle regime, faults tend to be oriented along an angle of about 30 relative to the principal stress direction. This empirical Andersonian observation …
Read full textThe Anatolian region is one of the most seismically active tectonic settings in the world.Here, we perform a clustering analysis of Turkish seismicity using an …
Read full textClustering is the essence of earthquake occurrence. Although not exhaustive, our analysis is a first attempt to understand what information may be hidden in partial, …
Read full textWe analysed the earthquake double-couple as a function of the faulting type. Here we show that it impacts the moment tensors of earthquakes: thrust-faulting events are characterized by higher double-couple components with respect to strike-slip- and normal-faulting earthquakes.
Read full textFaults become more and more responsive to stress perturbations as instability mounts. We utilize this property in order to identify the different phases of the seismic cycle.
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