Intestinal parasites as well as goods were carried by travellers on iconic route, say researchers examining ancient latrine.
A study of the University of Cambridge anatomy collection dating from the 1700s and 1800s shows how the bodies of stillborn foetuses and babies were valued for research into human development, and preserved as important teaching aids.
Winners announced in the inaugural Vice-Chancellor’s Impact Awards and Public Engagement with Research Awards21 Jun 2016
Researchers from across the University have been recognised for the impact of their work on society, and engagement with research in the inaugural Vice-Chancellor’s Impact Awards and Public Engagement with Research Awards.
Robert Foley (Department of Archaeology and Anthropology) discusses the cumulative processes by which we became human.
Anthony Pickles (Division of Social Anthropology) discusses why gambling is a relatively modern invention.
A sledge made from a horse’s jaw, the remains of a medieval puppet, the coffin of a one-year-old Roman child, and the skeleton of an Anglo-Saxon girl will all go on display in Cambridge today as part of a unique exhibition illuminating the archaeology of childhood.
Skeletal remains of a group of foragers massacred around 10,000 years ago on the shores of a lagoon is unique evidence of a violent encounter between clashing groups of ancient hunter-gatherers, and suggests the “presence of warfare” in late Stone Age foraging societies.
Archaeological evidence shows that intestinal parasites such as whipworm became increasingly common across Europe during the Roman Period, despite the apparent improvements the empire brought in sanitation technologies.
Analysis of grinding stones reveals that North African communities may have moved slowly and cautiously from hunter-gatherer lifestyles to more settled farming practices. Newly published research by Cambridge archaeologist Dr Giulio Lucarini suggests that a preference for wild crops was a strategic decision.
New digital techniques have allowed researchers to predict structural evolution of the skull in the lineage of Homo sapiens and Neanderthals, in an effort to fill in blanks in the fossil record, and provide the first 3D rendering of their last common ancestor. The study suggests populations that led to the lineage split were older than previously thought.