The Open Day at the Early Bronze Age rampart at Ratzersdorf/Am Dachsgraben in Lower Austria, which took place on the 28th July 2022, was a great success. HEAS Member Alexandra Krenn-Leeb conducted a guided tour of the site. The Open Day was organised by the Department of Prehistoric and Historical Archaeology, University of Vienna Ratzersdorf_Flyer_2022_EN
HEAS member Martin Kuhlwilm is among 20 researchers awarded a grant in the FWF 1000 Ideas scheme. With this programme, the FWF funds high-risk research projects off the beaten track. In this project, Prof. Kuhlwilm will explore the potential preservation of RNA viruses in historical specimens of great apes. Since it is well-known that zoonotic transmissions of viruses had an impact on humans, studying virus evolution in the past can guide the understanding of the present. However, unlike DNA, RNA is very poorly preserved and more challenging to explore. Read more here (in German)
Archaeologist and HEAS member Maria Ivanova-Bieg was profiled in the University of Vienna magazine, 'Rudolphina' on her work using isotope analyzes to reconstruct the life of the first farmers in Europe. Full article with video (in German) below Read full article
Monograph published by HEAS member Mathias Mehofer HEAS member Mathias Mehofer recently published his monograph “Çukuriçi Höyük 3, Ein frühbronzezeitliches Metallhandwerkerzentrum in Westanatolien, OREA 22, Vienna 2022” on EBA metallurgy found in Western Turkey. The site was investigated within several FWF, START and ERC grants under the direction of HEAS´ co-operationpartner Prof. Dr. Barbara Horejs Austrian Archaeological Institute, Austrian Academy of Science. The book itself focuses on the interdisciplinary examination of the metallurgical remains from Çukuriçi Höyük (western Turkey), which date from the Late Chalcolithic to Early Bronze Age (c. 3300–2700 BC). The exceptionally rich ensemble includes almost all parts of the technological chain (chaîne opératoire), from tools, casting moulds, furnaces, ores, raw metal and ingots to finished products, tin bronzes and precious metals (Au, Ag). On the one hand, these remains were classified according to archaeological typological criteria, and on the other hand, they were analysed using various scientific methods (metallography, SEM-EDS, ED-XRF and lead isotope analysis). The arsenical copper production can be regarded as an outstanding result of the research; to date, there are only very few Bronze Age sites where evidence for this is present. The produced As-copper was fed into the East Aegean-West Anatolian networks. Precious metal and weapons additionally demonstrate that not only everyday objects but also prestige goods were produced. The fact that…
