One hundred years ago (December 1908) a devastating tsunami associated with an earthquake struck the Straits of Messina area, causing many casualties. On the basis of seismic data and observed runups and arrival times, we suggest that the tsunami was likely generated by coseismic seafloor displacement coupled with a small submarine landslide triggered by the earthquake. Backwards raytracing using a depth-dependent velocity field, submarine slope analysis and inferences form the main drainage network allowed us to identify possible locations for the source of the submarine landslide. We then performed direct simulations of tsunamis generated by the earthquake and landslides and identified the tsunami source (earthquake plus landslide) that b...
Slides along continental margins represent a considerable source of hazard, especially when occurrin...
The North Sicily continental margin is a very active region located in a transitional area between t...
In the past decade, the methodologies and techniques of paleoseismological studies have evolved tow...
One hundred years ago (December 1908) a devastating tsunami associated with an earthquake struck the...
A century after the catastrophic event, the sources of the 1908 Messina, Southern Italy, earthquake...
South-eastern Sicily has been affected by large historical earthquakes, including the 11 January 169...
On July 12th, 1977, waves 5 m high hit the harbour of Gioia Tauro, provoking relevant damages on fac...
The 1908 Messina tsunami was the most catastrophic tsunami hitting the coastline of Southern Italy i...
Over 100 years after the event, the mechanism of the 1908 Messina tsunami remains unresolved. The up...
Tsunamis are gravity waves propagating at the ocean surface: they are characterized by wavelengths t...
The North Sicily continental margin is a very active region located in the Central Mediterranean. St...
The 28 December, 1908 Reggio Calabria and Messina earthquake (named after the two most damaged citie...
South-eastern Sicily is one of the most seismically active areas of the Mediterranean Sea, marked by...
Slides along continental margins represent a considerable source of hazard, especially when occurrin...
The North Sicily continental margin is a very active region located in a transitional area between t...
In the past decade, the methodologies and techniques of paleoseismological studies have evolved tow...
One hundred years ago (December 1908) a devastating tsunami associated with an earthquake struck the...
A century after the catastrophic event, the sources of the 1908 Messina, Southern Italy, earthquake...
South-eastern Sicily has been affected by large historical earthquakes, including the 11 January 169...
On July 12th, 1977, waves 5 m high hit the harbour of Gioia Tauro, provoking relevant damages on fac...
The 1908 Messina tsunami was the most catastrophic tsunami hitting the coastline of Southern Italy i...
Over 100 years after the event, the mechanism of the 1908 Messina tsunami remains unresolved. The up...
Tsunamis are gravity waves propagating at the ocean surface: they are characterized by wavelengths t...
The North Sicily continental margin is a very active region located in the Central Mediterranean. St...
The 28 December, 1908 Reggio Calabria and Messina earthquake (named after the two most damaged citie...
South-eastern Sicily is one of the most seismically active areas of the Mediterranean Sea, marked by...
Slides along continental margins represent a considerable source of hazard, especially when occurrin...
The North Sicily continental margin is a very active region located in a transitional area between t...
In the past decade, the methodologies and techniques of paleoseismological studies have evolved tow...