Please use this identifier to cite or link to this item: http://hdl.handle.net/2122/13723
Authors: Vassallo, Maurizio* 
Di Giulio, Giuseppe* 
Cara, Fabrizio* 
Cogliano, Rocco* 
Famiani, Daniela* 
Fodarella, Antonio* 
Pucillo, Stefania* 
Riccio, Gaetano* 
Milana, Giuliano* 
Title: Cross-Correlation Analysis of Seismic Noise Data in the Fucino Plain (Central Appennines, Italy)
Publisher: Springer
Issue Date: Aug-2014
ISBN: 978-3-319-09048-1
Keywords: Cross correlation
Noise
Subject Classification04.06. Seismology 
Abstract: Several months of ambient seismic noise recordings are used for investigating the distribution of elastic properties in the Fucino Plain, one of the largest intermontane tectonic depressions of the Italian Apennine chain (Central Italy). The Plain is characterized by a low level of seismicity but the presence of several active faults makes it an Italian area of high seismic hazard. The most recent and strongest seismic event in Fucino Plain occurred in the 1915 (Avezzano earthquake) and it represents one of the most energetic events (Ms = 7.0) happened in central Apennines. Inter-stations Green’s functions are reconstructed by the cross-correlation of continuous ambient noise data recorded from twelve seismic velocimeters deployed around the Avezzano city, and organized in two different temporally sub-networks. The aim of cross-correlation analysis is to extract surface waves from Green’s functions for investigating the dispersive response of the structure. We analyzed the temporal stability of the cross-correlated signals that is used as an indicator of reliability of measurements and as criteria to select the Green’s functions to analyze
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