Eve Derenne is an archaeologist working on the recent Prehistory of Europe. Her research focuses on the emergence, diffusion, and local integration processes of large-scale cultural phenomena such as the Bell Beaker complex. To tackle these issues, her approach encompasses ceramic technology, radiocarbon dating, and Bayesian modelling, applied to both micro- and macroscales. Her other research concerns include: megalithic-erecting societies, the Neolithic-Bronze Age transition, and the relationship between domestic and funerary contexts.
I am a Professor of Scientific Archaeology in the Department of Evolutionary Anthropology at the University of Vienna. Prior to coming to Vienna in August 2021 I was the Director of the University of Oxford’s Radiocarbon Accelerator Unit. My research focuses on developing and improving the radiocarbon method and applying it to the dating of archaeological sites, especially those dating to the Palaeolithic period.
Emily J. Kate is bioarchaeologist specializing in radiocarbon dating, isotopic studies of paleodiet and migration, human osteology and paleodemography, and has worked with projects from Mexico, Belize, Guatemala, and in Europe. Her interests include the manner in which paleodietary variation and changing trends can be used to assess shifts in social structure, political organization, and resilience, the effects of long-distance migration on the social and political landscape of societies, and the refinement of regional chronologies through targeted radiocarbon programs and Bayesian modeling. Emily is currently the Project Coordinator for the ERC funded SUSTAIN project at the Vienna Institute for Archaeological Science and is also an editor for the Cambridge University Press book series, Elements in Ancient and Premodern Economies.
I am a senior scientist in the team and laboratory of Tom Higham and Katerina Douka in the Department of Evolutionary Anthropology at the University of Vienna. My background is in archaeology, radiocarbon dating and stable isotope analysis on human and faunal remains for palaeodietary purposes. Previous projects I have worked on involved extinct giant tortoise bones from Mauritius, prehistoric human and faunal material from the Limfjord in Denmark, and Palaeolithic whale bone objects from France and Spain. I am interested in human-environmental interactions in the past, human evolution, and the effect of diagenetic alterations on isotopic signatures in bone and teeth.
Emese Végh is a Postdoctoral Researcher in Palaeoproteomics and ZooMS on Katerina Douka’s ERC FINDER project at the Department of Evolutionary Anthropology, University of Vienna, currently working on recovering, analysing, and identifying hominin remains from Pleistocene Eurasia. She is also an Early Career Researcher at the Research Laboratory for Archaeology and the History of Art (RLAHA), University of Oxford. She completed her DPhil (PhD) in scientific archaeology at the University of Oxford, which focused on the diagenesis and thermal stability of bioapatite, bone microbial bioerosion, molecular structure and composition, and biomechanical response of taphonomic bone. She is currently very interested in the environmental factors and age-induced degradation of both the organic and inorganic phases of bone and the interaction between the two fractions, especially in an evolutionary anthropological context. She particularly enjoys data analyses, multivariate statistics, and programming in Python to find new ways of solving archaeological research questions.
I am an archaeological scientist interested in the development and application of analytical tools, in particularly chronometric and biomolecular methodologies, to archaeological and palaeoenvironmental investigations. I specialise in radiocarbon dating, and have extensive experience in sample collection, development of new protocols for decontaminating archaeological material, and the statistical interpretation of AMS results using Bayesian modelling. I am also interested in the application of biomolecular tools, such as collagen peptide fingerprinting (also known as ZooMS), to better understand the archaeological record.