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Department of Archaeology

 
Read more at: Chromatin 3D Structure of Archaic Human Populations and Its Impact on Modern Human Genomes

Chromatin 3D Structure of Archaic Human Populations and Its Impact on Modern Human Genomes

Most people in Eurasia today carry fragments of DNA inherited from ancient hominins such as Neanderthals and Denisovans. This genetic legacy has influenced traits such as immunity, skin pigmentation, and susceptibility to certain diseases, but the ways in which archaic DNA continues to shape human biology are still not fully understood.


Read more at: MOBILE: Movement networks and genetic evolution among tropical hunter-gatherers of island Southeast Asia

MOBILE: Movement networks and genetic evolution among tropical hunter-gatherers of island Southeast Asia

As the world's remaining hunting and gathering societies interact more actively with their settled agricultural neighbours, they face major changes in their diet, mobility and community networks. The 5-year MOBILE project is studying the impact of these changes on the health and biological diversity of traditionally hunter-gatherer communities in Indonesia, in order to better understand human experience and evolution in tropical forest environments.


Read more at: NEMO-ADAP Project

NEMO-ADAP Project

A project investigating Modern human dispersal into Eurasia and its relation to Neanderthal extinction during the Middle to Upper Paleolithic transition.


Read more at: Palaeoanalytics

Palaeoanalytics

Human evolution is a central research area in biology and anthropology and has a history of research going back more than 150 years. For most of that time, evidence has come from digging up fossils and archaeological remains. Research in human evolution has been transformed by the impact of genomics and the development of ancient DNA methodologies, producing new insights into past demography, dispersal and admixture patterns, social behaviour, selection, disease history, and more.


Read more at: PaleoErgo: Exploring Hand-Stone Tool Interactions in Early Hominins

PaleoErgo: Exploring Hand-Stone Tool Interactions in Early Hominins

How did the biomechanics and ergonomics of the human hand influence the use and production of Palaeolithic stone tools? Traditionally, stone tools have been analyzed for their morphological properties and technological characteristics to infer the cognitive and social evolution of early hominins and modern humans. However, the role of musculoskeletal aspects in the effective use of these tools has been largely overlooked, resulting in an incomplete understanding of Palaeolithic technologies.