The present study discusses aspects of human mobility in Ceramic Neolithic (ca. 5200/5000–4000 BC) and Middle Chalcolithic Cyprus (ca. 3500–2800 BC) through the application of strontium isotope analysis. Small-scale intra-island movement in prehistoric Cypriot contexts is usually inferred by the circulation of finished artefacts and raw materials, while several researchers in the past supported large-scale migrations based exclusively on the ostensibly abrupt changes in the material culture. Focusing on the strontium isotopic values of sampled human teeth from sites of the Limassol district, this pilot study attempts to demonstrate the potential of this methodology for the identification of non-local individuals and/or groups. The results p...
The strontium isotope composition of human tissues is widely used in archaeological mobility studies...
The use of isotopic analysis in human and animal remains from the Holocene has proved to be a very u...
We measured 87Sr/86Sr for all available human remains (n = 40) dating from the Mesolithic to the Bro...
The present study discusses aspects of human mobility in Ceramic Neolithic (ca. 5200/5000–4000 BC) a...
Strontium isotope ratios are widely used in archaeology to differentiate between local and non-local...
This paper discusses the first integrated strontium and oxygen isotope ratio results from human rema...
This article presents evidence of population movements in Thessaly, Greece, during the Early Iron Ag...
This study presents the first Sr-87/Sr-86 isotope results obtained on Neolithic humans from Southern...
Human mobility and migration are thought to have played essential roles in the consolidation and exp...
Provenance, residential mobility and migration are recurrent themes in archaeological research. Sinc...
We undertook a large-scale study of Neolithic and Bronze Age human mobility on Crete using biomolecu...
We undertook a large-scale study of Neolithic and Bronze Age human mobility on Crete using biomolecu...
The strontium isotope composition of human tissues is widely used in archaeological mobility studies...
This paper presents the results of a study using strontium, oxygen and carbon isotopes, strontium co...
As many individuals were cremated in Neolithic and Bronze Age Ireland, they have not featured in inv...
The strontium isotope composition of human tissues is widely used in archaeological mobility studies...
The use of isotopic analysis in human and animal remains from the Holocene has proved to be a very u...
We measured 87Sr/86Sr for all available human remains (n = 40) dating from the Mesolithic to the Bro...
The present study discusses aspects of human mobility in Ceramic Neolithic (ca. 5200/5000–4000 BC) a...
Strontium isotope ratios are widely used in archaeology to differentiate between local and non-local...
This paper discusses the first integrated strontium and oxygen isotope ratio results from human rema...
This article presents evidence of population movements in Thessaly, Greece, during the Early Iron Ag...
This study presents the first Sr-87/Sr-86 isotope results obtained on Neolithic humans from Southern...
Human mobility and migration are thought to have played essential roles in the consolidation and exp...
Provenance, residential mobility and migration are recurrent themes in archaeological research. Sinc...
We undertook a large-scale study of Neolithic and Bronze Age human mobility on Crete using biomolecu...
We undertook a large-scale study of Neolithic and Bronze Age human mobility on Crete using biomolecu...
The strontium isotope composition of human tissues is widely used in archaeological mobility studies...
This paper presents the results of a study using strontium, oxygen and carbon isotopes, strontium co...
As many individuals were cremated in Neolithic and Bronze Age Ireland, they have not featured in inv...
The strontium isotope composition of human tissues is widely used in archaeological mobility studies...
The use of isotopic analysis in human and animal remains from the Holocene has proved to be a very u...
We measured 87Sr/86Sr for all available human remains (n = 40) dating from the Mesolithic to the Bro...