Please use this identifier to cite or link to this item: http://hdl.handle.net/2122/16715
Authors: Azzaro, Raffaele* 
D'Amico, Salvatore* 
Esposti Ongaro, Tomaso* 
Ganci, Gaetana* 
Garcia, Alexander* 
Scollo, Simona* 
Aliotta, Marco* 
Behncke, Boris* 
Bevilacqua, Andrea* 
Bilotta, Giuseppe* 
Branca, Stefano* 
Cassisi, Carmelo* 
Coltelli, Mauro* 
Del Carlo, Paola* 
de' Michieli Vitturi, Mattia* 
Di Roberto, Alessio* 
Lodato, Luigi* 
Mereu, Luigi* 
Prestifilippo, Michele* 
Proietti, Cristina* 
Sandri, Laura* 
Tuvè, Tiziana* 
Zuccarello, Francesco* 
Cappello, Annalisa* 
Title: Towards a Multi-Hazard Assessment at Etna Volcano (Italy): The PANACEA Project
Issue Date: 2023
Publisher: SPRINGER
DOI: 10.1007/978-3-031-25042-2_6
Keywords: Lava flows
Tephra
Pyroclastic flows
Earthquakes
Hazard assessment
Abstract: This work presents the first results of the PANACEA project regarding the assessment of different volcano-related hazards at Mt. Etna (lava and pyroclastic flows, tephra fallout and earthquakes) by exploiting data deriving from the volcano’s history with accurate physical–mathematical models. Volcano-related hazards are distributed differently on Etna—from the deserted summit area down to the densely populated flanks—but must be considered together for long-term territorial planning.
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