In a research project originally published in Scientific Reports, Dr Christophe Snoeck and researchers from the University of Oxford, the Vrije Universiteit Brussel, the Université libre de Bruxelles, the Muséum national d’Histoire naturelle, and University College London have used isotope analysis to examine some of the cremated human remains excavated at Stonehenge, with fascinating results. Their findings highlight not only how mobile some Neolithic populations were, and how important Stonehenge was to them, but also the lengths to which they may have been willing to go to bury their dead on the site.
On 26 October 1918, the nation received an unusual gift: Stonehenge. The monument had been bought at auction by Sir Cecil Chubb, who later presented it to the British government. Marking the centenary of this episode, we are exploring one of the newest discoveries from the site: the origins of some of the people whose […]
With the remarkable potential of isotopic analysis making recent headlines (see p.18), it seems apt to talk a bit more about this technique. Among the wealth of archaeological questions isotope analysis can help to answer are: where was an individual born and raised, did they migrate during their lifetimes, what did they predominately eat, and when were they weaned? As this is a relatively new and ever-evolving methodology, though, some of the wrinkles are still being ironed out – and one of the biggest questions currently being explored is whether bone is as effective as teeth in reflecting the isotopic values that a person accumulated in life.
Even a brand new town can hold ancient secrets. That is certainly the case at Sherford, currently under construction outside Plymouth, where wide-ranging excavations have revealed a wealth of clues to much earlier occupation spanning thousands of years. Some of the Sherford structures are enigmatic, but the estate covered in our next feature is downright […]
It is well known that the Industrial revolution led to a staggering shift in the global nitrogen cycle – a key process that supports life by circulating nutrients between the land, atmosphere, and oceans – but human-linked impacts on the environment in earlier periods of history are far less well understood. A paper recently published by an international team of researchers led by the University of British Columbia and the Institute of Technology, Sligo, is set to change that, however, showing that humans may have had a significant impact on the nitrogen cycle in Ireland during the Bronze Age.
A recent study, conducted by researchers from the Centre for Human Bioarchaeology at the Museum of London and Durham University, has looked into the diet of Roman London. Children were of particular interest to the team, as they may have had a different diet to that of adults due to their lower social status in Roman culture.
The 6th and 7th centuries in England were defined by great social change. Along with the gradual conversion to Christianity in many areas, there is also evidence for increasing social stratification, most clearly seen through the emergence of prominent princely burials such as Sutton Hoo. It seems the rich were getting richer, and the poor poorer. A new study by Emma Hannah (Queen’s University Belfast) and Susanne Hakenbeck (University of Cambridge) has analysed how this upheaval may have affected diet during this period. Early Christian proscriptions involving meat suggest that, as more of the population converted, they may have become increasingly reliant on fi sh. At the same time, with the development of a clear social hierarchy, a distinct dietary difference between social classes may also be expected.
For our first Science Notes outing, we bring you a recently published paper that has caused a bit of a stir in the archaeological world, as it claims to have identified a female Viking warrior.