In this paper we present the geological evidence of paleotsunamis in the Augusta area together with some paleoseismological implication derived from the discovery of multiple inundation events. It is well known that eastern Sicily has been affected in historical time by large earthquakes (CPTI Working group, 2004) and its southern sector in particular was strongly hit by the 1693 and 1169 events that were followed by devastating tsunamis. The Augusta Bay area is one of the locations where the information available from historical reports on tsunami effects (hit localities, inundated areas and run-up distribution) stimulated our curiosity in searching for the geological signature of tsunamis. The research was carried out through a mul...
The recent results obtained from a 6.7 long piston core (MS06), collected 2.3 km offshore Augusta a...
The Gargano region (Southeastern Italy) was hit by a M = 6.8 earthquake and inundated by a subsequen...
Twelve anomalous layers, marked by a high concentration of displaced epiphytic foraminifera (species...
In this paper we present the geological evidence of paleotsunamis in the Augusta area together with ...
Eastern Sicily has been affected in historical times by large earthquakes followed by devastating ts...
Eastern Sicily has been affected in historical times by large earthquakes followed by devastating ts...
We present the geological evidence for a 4000 year-long record of repeated tsunami events along the ...
In the past decade, the methodologies and techniques of paleoseismological studies have evolved tow...
In this paper, we present the geological evidence for 4000 yrs long record of multiple tsunami inun...
We present the geological evidence for a 4000 year long record of multiple tsunami inundations along...
Two layers of fine sand of marine origin occur in a sequence of organic rich colluvia in an archaeo...
Analysis of tsunami deposits from the Pantano Morghella area provided geological evidence for two i...
South-eastern Sicily is one of the most seismically active areas of the Mediterranean Sea, marked by...
Offshore and inland geological evidence for multiple tsunami inundations was found in the Augusta Ba...
We present geological evidence for paleotsunamis along the 230 km-long coast of eastern Sicily (Ita...
The recent results obtained from a 6.7 long piston core (MS06), collected 2.3 km offshore Augusta a...
The Gargano region (Southeastern Italy) was hit by a M = 6.8 earthquake and inundated by a subsequen...
Twelve anomalous layers, marked by a high concentration of displaced epiphytic foraminifera (species...
In this paper we present the geological evidence of paleotsunamis in the Augusta area together with ...
Eastern Sicily has been affected in historical times by large earthquakes followed by devastating ts...
Eastern Sicily has been affected in historical times by large earthquakes followed by devastating ts...
We present the geological evidence for a 4000 year-long record of repeated tsunami events along the ...
In the past decade, the methodologies and techniques of paleoseismological studies have evolved tow...
In this paper, we present the geological evidence for 4000 yrs long record of multiple tsunami inun...
We present the geological evidence for a 4000 year long record of multiple tsunami inundations along...
Two layers of fine sand of marine origin occur in a sequence of organic rich colluvia in an archaeo...
Analysis of tsunami deposits from the Pantano Morghella area provided geological evidence for two i...
South-eastern Sicily is one of the most seismically active areas of the Mediterranean Sea, marked by...
Offshore and inland geological evidence for multiple tsunami inundations was found in the Augusta Ba...
We present geological evidence for paleotsunamis along the 230 km-long coast of eastern Sicily (Ita...
The recent results obtained from a 6.7 long piston core (MS06), collected 2.3 km offshore Augusta a...
The Gargano region (Southeastern Italy) was hit by a M = 6.8 earthquake and inundated by a subsequen...
Twelve anomalous layers, marked by a high concentration of displaced epiphytic foraminifera (species...