In this concise and readable book, Shennan brings together ancient whole-genome DNA data with excavated evidence to produce a detailed analysis of the mechanisms of the invention of agriculture in the Near East and its subsequent spread through Europe.
In this fascinating book, geneticist David Reich reveals the origins of modern populations through the study of DNA. The results of analysis of hundreds of bone samples thanks to the ‘ancient DNA revolution’ are remarkable and have the potential to overturn long-held beliefs about identity and cultural change.
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 […]
While we have talked a lot about ancient DNA (aDNA) in ‘Science Notes’, it has mainly been in the context of decoding ancient human genomes. We have not really delved into the other applications of the methodology, including the detection of ancient pathogens. However, this is a quickly emerging area that could have a huge impact on how we are able to study health and disease in the past, and deserves some unpicking.
More than 4,500 years ago, a hugely popular cultural phenomenon – today known as the Bell Beaker Complex – captured the prehistoric imagination, flourishing across much of Europe. Archaeologists are still deliberating over how this Complex, first identified in the 19th century, developed so quickly and effectively. Now the largest ancient DNA study to-date has shed revolutionary new light on the question, with surprising implications for our understanding of ancient populations – particularly that of Britain, which seems to have undergone an almost complete genetic turnover in just a few centuries.
Over 4,500 years ago, the Bell Beaker phenomenon swept across much of Europe. The resulting changes to burial practices and technology are clear in the archaeological record, but the origins of these ideas were obscure. Now ancient DNA analysis has revolutionised this picture –and revealed that the impact on the make-up of Britain’s population was […]
The nearly 10,000-year-old skeleton who came to be known as ‘Cheddar Man’ was found in 1903, in Gough’s Cave at Cheddar Gorge, Somerset. In more recent times, his remains have been on display in the Human Origins Hall at the Natural History Museum. Despite his fame, until recently little was known about this individual. Now a team from UCL and the Natural History Museum has successfully sequenced his DNA for the first time, revealing a wealth of details about his physical appearance – with dramatic implications for our understanding of how inhabitants of Mesolithic Britain looked.
Ancient DNA analysis of an Anglo-Saxon woman from East Anglia, afflicted with leprosy, has indicated that there could be a link between the spread of the disease and squirrels. The discovery adds to the already comparatively high number of medieval leprosy cases from the region.