The timing of the colonization of Sardinia by mammalian fauna and anatomically modern humans (AMH) is currently under debate. The understanding of the geological and palaeoclimatological conditions that characterized the Late Pleistocene and the Holocene is essential to investigate colonization processes and requires an integrated multidisciplinary approach. In this research we combine for the first time new radiometric dating, field evidence of relative sea-level changes (RSL), sea-level and glacial-isostatic adjustment modelling, stratigraphical, palaeontological, palaeoecological and isotope analyses that were performed on sites and finds from the Porto Conte and Capo Caccia area (Alghero, NW Sardinia). The most important Late Pleistocen...
ABSTRACT - A multidisciplinary methodological approach (palaeontological, sedimentological and stabl...
The area of Sant’Imbenia is located on the northwestern coast of Sardinia in the Porto Conte bay del...
A new analysis of the most representative Upper Pleistocene (Tyrrhenian, MIS 5e) section of San Giov...
The timing of the colonization of Sardinia by mammalian fauna and anatomically modern humans (AMH) i...
The timing of the colonization of Sardinia by mammalian fauna and anatomically modern humans (AMH) i...
The timing of the colonization of Sardinia by mammalian fauna and anatomically modern humans (AMH) i...
In Sardinia (western Mediterranean, Italy) studies of Quaternary climatic changes, faunal turnovers,...
For its relative stability during Quaternary (from the isotopic stage 5 about 125,000 years ago) and...
The time and mode of human dispersal onto Mediterranean islands is a hotly debated question. A multi...
Multiproxy analysis composed of biostratigraphy and pollen analysis allowed reconstructing the palae...
Multiproxy analysis composed of biostratigraphy and pollen analysis allowed reconstructing the palae...
The shallow-marine to coastal deposits of Alghero have been dated using the Optically Stimulated Lum...
The Middle Pleistocene–Holocene Sardinian stratigraphy has been revised to identify the roles played...
The preliminary results of the analysis of fossil vertebrate remains from 19 fissure fillings in the...
A new analysis of the most representative Upper Pleistocene (Tyrrhenian, MIS 5e) section of San Giov...
ABSTRACT - A multidisciplinary methodological approach (palaeontological, sedimentological and stabl...
The area of Sant’Imbenia is located on the northwestern coast of Sardinia in the Porto Conte bay del...
A new analysis of the most representative Upper Pleistocene (Tyrrhenian, MIS 5e) section of San Giov...
The timing of the colonization of Sardinia by mammalian fauna and anatomically modern humans (AMH) i...
The timing of the colonization of Sardinia by mammalian fauna and anatomically modern humans (AMH) i...
The timing of the colonization of Sardinia by mammalian fauna and anatomically modern humans (AMH) i...
In Sardinia (western Mediterranean, Italy) studies of Quaternary climatic changes, faunal turnovers,...
For its relative stability during Quaternary (from the isotopic stage 5 about 125,000 years ago) and...
The time and mode of human dispersal onto Mediterranean islands is a hotly debated question. A multi...
Multiproxy analysis composed of biostratigraphy and pollen analysis allowed reconstructing the palae...
Multiproxy analysis composed of biostratigraphy and pollen analysis allowed reconstructing the palae...
The shallow-marine to coastal deposits of Alghero have been dated using the Optically Stimulated Lum...
The Middle Pleistocene–Holocene Sardinian stratigraphy has been revised to identify the roles played...
The preliminary results of the analysis of fossil vertebrate remains from 19 fissure fillings in the...
A new analysis of the most representative Upper Pleistocene (Tyrrhenian, MIS 5e) section of San Giov...
ABSTRACT - A multidisciplinary methodological approach (palaeontological, sedimentological and stabl...
The area of Sant’Imbenia is located on the northwestern coast of Sardinia in the Porto Conte bay del...
A new analysis of the most representative Upper Pleistocene (Tyrrhenian, MIS 5e) section of San Giov...