News summary produced by Claude AI
A bronze age skeleton discovered in Wiltshire has been identified as female through genetic analysis, contradicting previous museum displays that depicted the individual as a bearded male shaman and metalworker. The remains, known as the Upton Lovell Shaman, date to approximately 1,800BC and represent one of Britain’s most significant bronze age burials. The skeleton was accompanied by extensive grave goods including stone axes, metalworking tools, and fragments of an elaborate ceremonial cloak, indicating the individual held a position of considerable importance in their community.
The grave was first discovered in 1801 in the village of Upton Lovell, roughly 10 miles west of Stonehenge. Among the artifacts found alongside the skeleton were pierced animal bones arranged around the neck and legs, fossil sponge cups, metalworking scribes, and a touchstone used to assess metal quality. Earlier analysis had identified gold traces on stone surfaces, suggesting the individual may have crafted decorated ornaments featuring bone, wood, or copper cores covered in thin gold sheets.
David Dawson, director of the Wiltshire Museum, which houses the remains, characterized the discovery as particularly significant for understanding gender roles in prehistoric society. He noted that metalworking during the bronze age represented cutting-edge technology, comparable to space science in the modern era. Physical analysis of the skeleton indicated the individual was unusually tall for a bronze age woman at approximately 165 centimeters and robustly built, with evidence of arthritis in the right wrist suggesting lifelong use of metalworking tools.
The genetic analysis was conducted by the ancient genomics laboratory at the Francis Crick Institute in London. Researchers analyzed multiple bone samples, including a tooth and toe, which yielded consistent results confirming the individual’s biological sex. The analysis also indicated the individual had Beaker ancestry, which was typical in Britain during that period. The findings will be featured in a new exhibition on ancient DNA opening at the Crick Institute on 16 July.