Stable isotopes present in local ground water get into people's teeth before they are 12 years old, and act as a signature to the area where they grew up (and drank the water). In a review of recent work in Britain the authors show the huge potential of this method for detecting population movement – and thus ultimately for investigating questions of migration, exogamy and slavery
Strontium isotope ratios are widely used in archaeology to differentiate between local and non-local...
The analysis of 87Sr/86Sr isotope ratios in human and nonhuman tooth enamel is used worldwide for ar...
The excavation at Cnip, Isle of Lewis, Scotland, of the largest, and only known family cemetery from...
Strontium isotopes are a powerful tool which provide information about provenance directly from the ...
Strontium isotope analysis of tooth enamel is a useful provenancing technique to investigate the chi...
Mobility and migration patterns of groups and individuals have long been a topic of interest to arch...
The transition from Roman Britain to early Anglo-Saxon England, traditionally described as the Adven...
The adventus Saxonum is a crucial event in English protohistory. Scholars from a range of discipline...
The ancient settlement of Londinium (London) has long been characterized as a major commercial and b...
Strontium isotope analysis of tooth enamel is a useful provenancing technique to investigate the ch...
Isotope analysis of tooth enamel from humans is a rapidly developing technique for looking at the c...
Oxygen isotope analysis of archaeological skeletal remains is an increasingly popular tool to study ...
Thesis (M.S.F.S.)Positive identification of skeletonized human remains is a difficult task when dent...
This paper presents a compilation of strontium and oxygen isotope data from human tooth enamel that ...
This paper presents the results of a multi-isotopic (oxygen, strontium, carbon and nitrogen isotopes...
Strontium isotope ratios are widely used in archaeology to differentiate between local and non-local...
The analysis of 87Sr/86Sr isotope ratios in human and nonhuman tooth enamel is used worldwide for ar...
The excavation at Cnip, Isle of Lewis, Scotland, of the largest, and only known family cemetery from...
Strontium isotopes are a powerful tool which provide information about provenance directly from the ...
Strontium isotope analysis of tooth enamel is a useful provenancing technique to investigate the chi...
Mobility and migration patterns of groups and individuals have long been a topic of interest to arch...
The transition from Roman Britain to early Anglo-Saxon England, traditionally described as the Adven...
The adventus Saxonum is a crucial event in English protohistory. Scholars from a range of discipline...
The ancient settlement of Londinium (London) has long been characterized as a major commercial and b...
Strontium isotope analysis of tooth enamel is a useful provenancing technique to investigate the ch...
Isotope analysis of tooth enamel from humans is a rapidly developing technique for looking at the c...
Oxygen isotope analysis of archaeological skeletal remains is an increasingly popular tool to study ...
Thesis (M.S.F.S.)Positive identification of skeletonized human remains is a difficult task when dent...
This paper presents a compilation of strontium and oxygen isotope data from human tooth enamel that ...
This paper presents the results of a multi-isotopic (oxygen, strontium, carbon and nitrogen isotopes...
Strontium isotope ratios are widely used in archaeology to differentiate between local and non-local...
The analysis of 87Sr/86Sr isotope ratios in human and nonhuman tooth enamel is used worldwide for ar...
The excavation at Cnip, Isle of Lewis, Scotland, of the largest, and only known family cemetery from...