I am an archaeologist and currently a PhD student in Ron Pinhasi's Lab group. My research areas include studying relationships between and within past societies, and I am especially interested in the field of bioarchaeology of children. The main focus of my PhD project is to observe sex-specific variations in subadult health status during Antiquity and Early Medieval times. My work includes aDNA analysis and other bioarchaeological methods where I compare the occurrence of physiological stress indicators, and other paleopathological indicators of bad health, in relation to the biological sex of the studied individuals. This will help me address questions on upbringing, weaning patterns, and overall health of the subadult population in the past.
I have completed my master’s program in Evolutionary Anthropology at the University of Vienna and I am currently a PhD student in Ron Pinhasi’s group. My research is part of the research platform MINERVA (Mineralogical Preservation of the Human Biome) which studies the interactions of ancient DNA (aDNA) with and protection by diverse mineral phases. I am currently specializing in extracting aDNA from archeological sediments with a specific focus on paleolithic cave sites. The obtained metagenomic data allow me to study human population history and occupations even at sites lacking human remains.
Martin Kuhlwilm is a biologist and obtained a PhD working on population genomics of Neandertals at the MPI-EVA in Leipzig. As a postdoctoral researcher in Barcelona, he studied admixture in great apes. Currently, he is an Assistant Professor at the University of Vienna, with funding from the WWTF. His research involves computational approaches to study population history, particularly admixture between populations.
Dr. Ron Pinhasi is the Head of the Ancient DNA Lab. His research focuses on human evolution including fieldwork projects on the Middle-Upper Palaeolithic transition in the Caucasus. He held an ERC Starting Grant project (2011-2015) that focused on human genetic history, migrations and admixture, and developed the widely-used ancient DNA optimisation method from the petrous bone.