This paper presents the results of a study using strontium, oxygen and carbon isotopes, strontium concentrations, infrared analyses and radiocarbon dating to investigate human mobility and landscape use as seen in individuals from the Neolithic court tomb of Parknabinnia, Co. Clare, Ireland. Taking advantage of the recent demonstration that it is possible to obtain reliable in vivo strontium isotope signals from calcined bone, we compare measurements on cremated bone (n = 4) and uncremated tooth enamel (n = 4). The results suggest that two out of four uncremated enamel samples can be considered ‘local’ while the other two, and all four cremated bone samples, represent ‘non-local’ individuals. New radiocarbon dates obtained on two of the cre...
Observable changes in funerary rites in early medieval Britain culminate in the re-appearance of cre...
YesIron Age chariot burials in the UK are rare and restricted in their distribution. Historically it...
Stable isotope studies of human remains from the Late Neolithic of modern Switzerland are currently ...
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...
This study presents the first Sr-87/Sr-86 isotope results obtained on Neolithic humans from Southern...
Mobility is an important, multifaceted process involving complex interactions of culture, politics, ...
Prehistoric human diet can be reconstructed by the analysis of carbon (C), nitrogen (N) and sulphur...
Strontium and oxygen isotope analysis has been performed on a selection of human teeth dating from l...
The nature of landscape use and residence patterns during the British earlier Neolithic has often be...
Strontium isotopes are used in archaeology, ecology, forensics, and other disciplines to study the o...
Cremated human remains from Stonehenge provide direct evidence on the life of those few select indiv...
A combination of stable carbon and nitrogen isotope analysis of collagen and radiogenic strontium i...
Contrasting lifestyles are recorded by the isotope composition of Bronze Age Beaker people (c. 2500–...
A combination of stable carbon and nitrogen isotope analysis of collagen and radiogenic strontium is...
Observable changes in funerary rites in early medieval Britain culminate in the re-appearance of cre...
YesIron Age chariot burials in the UK are rare and restricted in their distribution. Historically it...
Stable isotope studies of human remains from the Late Neolithic of modern Switzerland are currently ...
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...
This study presents the first Sr-87/Sr-86 isotope results obtained on Neolithic humans from Southern...
Mobility is an important, multifaceted process involving complex interactions of culture, politics, ...
Prehistoric human diet can be reconstructed by the analysis of carbon (C), nitrogen (N) and sulphur...
Strontium and oxygen isotope analysis has been performed on a selection of human teeth dating from l...
The nature of landscape use and residence patterns during the British earlier Neolithic has often be...
Strontium isotopes are used in archaeology, ecology, forensics, and other disciplines to study the o...
Cremated human remains from Stonehenge provide direct evidence on the life of those few select indiv...
A combination of stable carbon and nitrogen isotope analysis of collagen and radiogenic strontium i...
Contrasting lifestyles are recorded by the isotope composition of Bronze Age Beaker people (c. 2500–...
A combination of stable carbon and nitrogen isotope analysis of collagen and radiogenic strontium is...
Observable changes in funerary rites in early medieval Britain culminate in the re-appearance of cre...
YesIron Age chariot burials in the UK are rare and restricted in their distribution. Historically it...
Stable isotope studies of human remains from the Late Neolithic of modern Switzerland are currently ...