Welcome to Bradford - Archaeological and Forensic Sciences
The School of Archaeological and Forensic Sciences integrates Archaeological Sciences, Biological Anthropology, Cultural Archaeology and Forensic Sciences to study people, society and the environment in the present and the past. This vision is promoted through the school's specialist groups including the Submerged Landscape Research Centre, the Biological Anthropology Research Centre, the Stable Isotope Centre and Visualising Heritage. From digital objects to landscapes, geophysics, GIS and the creation of virtual environments, the School promotes new ways to see and understand our past, present and future and uses leading research to inform teaching at undergraduate and postgraduate levels.
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Dr Cathy Batt
Dr Cathy Batt
Head of the School of Archaeological and Forensic Sciences
Subnordica partners exploring settlement in the Bay of Aarhus
28 Aug by Gaffney, Vince
Researchers from Subnordica, the collaborative ERC project including Bradford have been exploring the Denmark’s Bay of Aarhus, searching for ancient coastal settlements swallowed by rising sea levels more than 8,500 years ago.
This summer, divers, led by Dr Peter Moe Astrup, are were working near Aarhus, Denmark’s second-largest city, collecting evidence of a Stone Age settlement from the seabed.
This forms part of the six-year, €13.2 million (£11.3 million) international project, funded by the European Union. It includes researchers from Aarhus, the UK’s University of Bradford, and Germany’s Lower Saxony Institute for Historical Coastal Research.
Image credits Video – The Independant Image – A diver excavates an 8,500-year-old Stone Age coastal settlement, submerged by sea level rise in the Bay of Aarhus (Soren Christian Bech) Image – Submerged tree stumps preserved in mud and sediment can be dated precisely, revealing when rising tides drowned coastal forests (Associated Press/James Brooks) Image – Excavations in the relatively calm and shallow Bay of Aarhus and dives off the coast of Germany will be followed by later work at two locations in the more inhospitable North Sea (Associated Press/James Brooks)
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