Two succeeding phases in the evolution of Lipari island have been identified and are discussed in the present paper. At first, eight orders of marine terraces were recognized on the ground of geomorphological, sedimentological and paleontological evidences. The U234/U238 datings of the fossil shells recovered from terraces Ill and V have allowed to set the age of these ancient shorelines. These datings implemented with those from the literature, make the basis for the construction of an uplift/sinking diagram. From this latter it stems that a sinking has occurred approximately during the Eutyrrhenian. The subsequent rise took place at a rate of 0.73-0.33 cm/year
A multi-proxy approach has been adopted to reconstruct the Holocene history of the St. Eufemia Plain...
The aim of this chapter is to outline the depositional and erosional processes which occurred on th...
tDetailed mapping of geomorphological and biological sea-level markers around the Capo Vaticanopromo...
Indicators of three fossil shorelines, located at elevations of 43 –45 m asl (I order), 23 –27 m (II...
Lipari island belongs to the Aeolian archipelago, located in the Southern Tyrrhenian Sea (Italy), wh...
New detailed morphotectonic analyses of a well exposed flight of marine terraces along the Ionian co...
New detailed morphotectonic analyses of a well exposed flight of marine terraces along the Ionian co...
Holocene, along the Italian (and Istrian) coasts. These data, compared with predictions (derived fro...
Raised marine terraces and submerged insular shelves are used through an integrated approach as mark...
A multi-proxy approach has been adopted to reconstruct the Holocene history of the St. Eufemia Plain...
Published and new data exist for relative sea-level change for 105 locations (127 samples) during th...
This paper provides new data and interpretations on the relative sea level change occurred at Pianos...
New analyses of marine terraces in the Tyrrhenian Sea margin of Basilicata - northern Calabria (sout...
A detailed study of uplifted Middle–Late Pleistocene marine terraces on the eastern side of northern...
A multi-proxy approach has been adopted to reconstruct the Holocene history of the St. Eufemia Plain...
The aim of this chapter is to outline the depositional and erosional processes which occurred on th...
tDetailed mapping of geomorphological and biological sea-level markers around the Capo Vaticanopromo...
Indicators of three fossil shorelines, located at elevations of 43 –45 m asl (I order), 23 –27 m (II...
Lipari island belongs to the Aeolian archipelago, located in the Southern Tyrrhenian Sea (Italy), wh...
New detailed morphotectonic analyses of a well exposed flight of marine terraces along the Ionian co...
New detailed morphotectonic analyses of a well exposed flight of marine terraces along the Ionian co...
Holocene, along the Italian (and Istrian) coasts. These data, compared with predictions (derived fro...
Raised marine terraces and submerged insular shelves are used through an integrated approach as mark...
A multi-proxy approach has been adopted to reconstruct the Holocene history of the St. Eufemia Plain...
Published and new data exist for relative sea-level change for 105 locations (127 samples) during th...
This paper provides new data and interpretations on the relative sea level change occurred at Pianos...
New analyses of marine terraces in the Tyrrhenian Sea margin of Basilicata - northern Calabria (sout...
A detailed study of uplifted Middle–Late Pleistocene marine terraces on the eastern side of northern...
A multi-proxy approach has been adopted to reconstruct the Holocene history of the St. Eufemia Plain...
The aim of this chapter is to outline the depositional and erosional processes which occurred on th...
tDetailed mapping of geomorphological and biological sea-level markers around the Capo Vaticanopromo...