The Matese ridge area (southern Apennines) is located in one of the most seismically active sectors in Ita ly. On 29 th December 2013 , it was affected by a Mw=5 earthquake. In the Matese area, we are carrying out a study aimed at identifying and characterizing active faults at the surface through the integration of geomorphological, structural and soil gas data, and at outlining the ground effects of the 2013 earthquake. The new data indicate that the active fault system is more complex than previously assessed. In addition, our estimation of the epicentral intensity of the 2013 earthquake according to the ESI scale (Michetti et al., 2007) indicate s that earthquakes of relatively low energy may trigger noticeable environmental hazards
The Mw 5, 2013 Matese earthquake epicentral area (southern Italy): new data on the earthquake ground effects and active tectonics framework
Ciotoli G;Porfido;
2015
Abstract
The Matese ridge area (southern Apennines) is located in one of the most seismically active sectors in Ita ly. On 29 th December 2013 , it was affected by a Mw=5 earthquake. In the Matese area, we are carrying out a study aimed at identifying and characterizing active faults at the surface through the integration of geomorphological, structural and soil gas data, and at outlining the ground effects of the 2013 earthquake. The new data indicate that the active fault system is more complex than previously assessed. In addition, our estimation of the epicentral intensity of the 2013 earthquake according to the ESI scale (Michetti et al., 2007) indicate s that earthquakes of relatively low energy may trigger noticeable environmental hazardsI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.


