Application of real-time GPS to earthquake early warning in subduction and strike-slip environments
Earthquake source kinematics of moderate earthquakes from the inversion of apparent source time functions
Automated seismic event location by waveform coherence analysis
Combining strong-motion, InSAR and GPS data to refine the fault geometry and source kinematics of the 2011,Mw 6.2, Christchurch earthquake (New Zealand)
Ground motion prediction equations for The Geysers geothermal area based on induced seismicity records
Evidence for a difference in rupture initiation between small and large earthquakes
Automatic earthquake confirmation for early warning system
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EGU 2016 - Partecipazione del RISSCLab

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Di seguito i lavori con cui il RISSCLab partecipa all'EGU - European Geosciences Union General Assembly 2016,  Vienna | Austria | 17–22 Aprile

Study of the Initial Peak Displacement Evolution of Ibero-Maghrebian Earthquakes: Application for Earthquake Early Warning
Marta Carranza, Elisa Buforn, Simona Colombelli, and Aldo Zollo
 
A P-wave based, on-site method for Earthquake Early Warning
Aldo Zollo and the RISSC-Lab Early Warning Development Team

Concept, Implementation and Testing of PRESTo: Real-time experimentation in Southern Italy and worldwide applications
Aldo Zollo, Antonio Emolo, Gaetano Festa, Matteo Picozzi, Luca Elia, Claudio Martino, Simona Colombelli, Piero Brondi, and Alessandro Caruso

A new tool for rapid and automatic estimation of earthquake source parameters and generation of seismic bulletins
Aldo Zollo and the RISSC-Lab Early Warning Development Team

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