Two layers of fine sand of marine origin occur in a sequence of organic rich colluvia in an archaeological excavation at Torre degli Inglesi, on Capo Peloro, northeast Sicily. Stratigraphic and micropaleontologic analyses support the hypothesis that these layers are related to deposition due to paleotsunami waves. Their ages are constrained both with radiocarbon and archaeological datings. The age of the oldest layer is coincident with the 17 A.D. earthquake that hit Reggio Calabria but for which no tsunami was previously reported. The age of the youngest layer can be only constrained in the range 3rd– 19th century and is tentatively associated to the 6 Feb. 1783 event.Italian Civil Protection Department in the frame of the 2004...
Detailed mapping of geomorphological, biological and archaeological sea-level markers around the Cap...
Historical accounts, archaeoseismic and paleoseismological evidence allowed us to reappraise two ea...
South-eastern Sicily is one of the most seismically active areas of the Mediterranean Sea, marked by...
Two layers of fine sand of marine origin occur in a sequence of organic rich colluvia in an archaeol...
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...
In the past decade, the methodologies and techniques of paleoseismological studies have evolved tow...
We present geological evidence for paleotsunamis along the 230 km-long coast of eastern Sicily (Ita...
Analysis of tsunami deposits from the Pantano Morghella area provided geological evidence for two i...
The Gargano region (Southeastern Italy) was hit by a M = 6.8 earthquake and inundated by a subsequen...
Historical accounts, archaeoseismic and paleoseismological evidence allowed us to reappraise two ear...
Sedimentological and palaeoecological observations, accompanied by archaeological determinations and...
We present the geological evidence for a 4000 year-long record of repeated tsunami events along the ...
Detailed mapping of geomorphological, biological and archaeological sea-level markers around the Cap...
Detailed mapping of geomorphological, biological and archaeological sea-level markers around the Cap...
Historical accounts, archaeoseismic and paleoseismological evidence allowed us to reappraise two ea...
South-eastern Sicily is one of the most seismically active areas of the Mediterranean Sea, marked by...
Two layers of fine sand of marine origin occur in a sequence of organic rich colluvia in an archaeol...
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...
In the past decade, the methodologies and techniques of paleoseismological studies have evolved tow...
We present geological evidence for paleotsunamis along the 230 km-long coast of eastern Sicily (Ita...
Analysis of tsunami deposits from the Pantano Morghella area provided geological evidence for two i...
The Gargano region (Southeastern Italy) was hit by a M = 6.8 earthquake and inundated by a subsequen...
Historical accounts, archaeoseismic and paleoseismological evidence allowed us to reappraise two ear...
Sedimentological and palaeoecological observations, accompanied by archaeological determinations and...
We present the geological evidence for a 4000 year-long record of repeated tsunami events along the ...
Detailed mapping of geomorphological, biological and archaeological sea-level markers around the Cap...
Detailed mapping of geomorphological, biological and archaeological sea-level markers around the Cap...
Historical accounts, archaeoseismic and paleoseismological evidence allowed us to reappraise two ea...
South-eastern Sicily is one of the most seismically active areas of the Mediterranean Sea, marked by...