A macroseismic survey system, based on the INGV web questionnaire, was fully running during L'Aquila earthquake sequence. Reported effects were analyzed to extrapolate Mercalli-Cancani-Sieberg and European Macroseismic Scale intensities. The final result was the definition of the intensity degree field with the evaluation of the associated uncertainty
AbstractA large amount of data about earthquake effects, supplied by citizens through a web-based qu...
In April 2009 the Abruzzo region in Central Italy was hit by a strong earthquake (Ml 5.8, Mw 6.3) wi...
In this paper we describe the macroseismic effects produced by the long and destructive seismic sequ...
A new method of macroseismic surveys, based on voluntary collaboration through the Internet, has b...
A new method of macroseismic survey, based on voluntary collaboration through the internet, has bee...
A new method of macroseismic surveys, based on voluntary collaboration through the Internet, has bee...
Macroseismic investigation with data collected through web- based questionnaires is today routinely ...
On April 6, 2009 a Mw 6.3 earthquake heavily damaged the city of L'Aquila, its suburbs and several l...
A macroseismic investigation of the August 24, 2016, Mw=6.0 Central Italy earthquake, was carried ou...
Macroseismic intensity data are an important source to learn from historical earthquakes. Neverthele...
International audienceThe estimation of magnitudes of earthquakes that occurred before the instrumen...
International audienceMagnitude estimates of earthquakes occurred before the instrumental period are...
After the recent destructive L’Aquila 2009 and Emilia-Romagna 2012 earthquakes, a sudden Mw 6.0 seis...
We show that macroseismic intensities assessed in Italy in the last decade are not homogeneous with ...
The Northern Sicily, September 6, 2002 earthquake (Ml = 5.6, MW = 5.9) is investigated under macrose...
AbstractA large amount of data about earthquake effects, supplied by citizens through a web-based qu...
In April 2009 the Abruzzo region in Central Italy was hit by a strong earthquake (Ml 5.8, Mw 6.3) wi...
In this paper we describe the macroseismic effects produced by the long and destructive seismic sequ...
A new method of macroseismic surveys, based on voluntary collaboration through the Internet, has b...
A new method of macroseismic survey, based on voluntary collaboration through the internet, has bee...
A new method of macroseismic surveys, based on voluntary collaboration through the Internet, has bee...
Macroseismic investigation with data collected through web- based questionnaires is today routinely ...
On April 6, 2009 a Mw 6.3 earthquake heavily damaged the city of L'Aquila, its suburbs and several l...
A macroseismic investigation of the August 24, 2016, Mw=6.0 Central Italy earthquake, was carried ou...
Macroseismic intensity data are an important source to learn from historical earthquakes. Neverthele...
International audienceThe estimation of magnitudes of earthquakes that occurred before the instrumen...
International audienceMagnitude estimates of earthquakes occurred before the instrumental period are...
After the recent destructive L’Aquila 2009 and Emilia-Romagna 2012 earthquakes, a sudden Mw 6.0 seis...
We show that macroseismic intensities assessed in Italy in the last decade are not homogeneous with ...
The Northern Sicily, September 6, 2002 earthquake (Ml = 5.6, MW = 5.9) is investigated under macrose...
AbstractA large amount of data about earthquake effects, supplied by citizens through a web-based qu...
In April 2009 the Abruzzo region in Central Italy was hit by a strong earthquake (Ml 5.8, Mw 6.3) wi...
In this paper we describe the macroseismic effects produced by the long and destructive seismic sequ...