In Italian volcanic areas, we apply a probabilistic procedure for Macroseismic Intensity Attenuation estimates. The procedure, following the Bayesian approach, allows to exploit additional information on historical earthquakes. The method, given the epicentral intensity and the site epicenter distance, begins from selected earthquakes intensity data points and ends at the assessment of the intensity (Is) probability distribution at a site. Our probabilistic method provides a probability function matrix that can be directly applied for the computation of probabilistic seismic hazard at the site
In this work we aim at two objects: quantifying, by a binomial-beta probabilistic model, the uncerta...
A statistical analysis of macrosesmic intensity decay with distance has been conducted by using the ...
We present the results of a calibration analysis performed on Italian seismicity datasets of the app...
In this work we apply a probabilistic procedure to estimate the macroseismic intensity attenuation i...
We present the probabilistic version of the analysis performed in Azzaro et al. (2006a) on the atten...
Intensity attenuation and its variation as a function of the distance and earthquake size is still a...
The analysis of the seismic attenuation is a prominent and problematic component of hazard assessmen...
This article has been originated by thoughts on previous analyses related to the probabilistic treat...
One of the most common practice to estimate the effects of a past earthquakes at given localities wh...
Results of probabilistic seismic hazard assessment (PSHA), in terms of macroseismic intensity applie...
We present a method that allows us to incorporate additional information from the historical earthqu...
The regional intensity attenuation and its variation as a function of the distance and earthquake si...
In this paper, we apply a probabilistic procedure to model the attenuation of the macroseismic inten...
Two probabilistic seismic hazard (PSH) maps in terms of macroseismic intensity characterized by an ...
A seismic hazard map, in terms of macroseismic intensity, is proposed for the Italian continental te...
In this work we aim at two objects: quantifying, by a binomial-beta probabilistic model, the uncerta...
A statistical analysis of macrosesmic intensity decay with distance has been conducted by using the ...
We present the results of a calibration analysis performed on Italian seismicity datasets of the app...
In this work we apply a probabilistic procedure to estimate the macroseismic intensity attenuation i...
We present the probabilistic version of the analysis performed in Azzaro et al. (2006a) on the atten...
Intensity attenuation and its variation as a function of the distance and earthquake size is still a...
The analysis of the seismic attenuation is a prominent and problematic component of hazard assessmen...
This article has been originated by thoughts on previous analyses related to the probabilistic treat...
One of the most common practice to estimate the effects of a past earthquakes at given localities wh...
Results of probabilistic seismic hazard assessment (PSHA), in terms of macroseismic intensity applie...
We present a method that allows us to incorporate additional information from the historical earthqu...
The regional intensity attenuation and its variation as a function of the distance and earthquake si...
In this paper, we apply a probabilistic procedure to model the attenuation of the macroseismic inten...
Two probabilistic seismic hazard (PSH) maps in terms of macroseismic intensity characterized by an ...
A seismic hazard map, in terms of macroseismic intensity, is proposed for the Italian continental te...
In this work we aim at two objects: quantifying, by a binomial-beta probabilistic model, the uncerta...
A statistical analysis of macrosesmic intensity decay with distance has been conducted by using the ...
We present the results of a calibration analysis performed on Italian seismicity datasets of the app...
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