SedaDNA

Department of Evolutionary Anthropology (DEA) Members

Florian EXLER

I am a PhD student working on a cooperative project between the Department of Environmental Geosciences and the Department of Evolutionary Anthropology. With a background in chemistry, my research focuses on enhancing lab methods to refine and improve the recovery rates and quality of ancient DNA (aDNA) data. In this context, I also investigate the sources of aDNA and the factors that may influence its preservation. While my work is primarily focused on sedimentary ancient DNA (sedaDNA), my approach also contributes to the study of aDNA from a variety of sources, broadening its potential applications in environmental and archaeological research.  

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Department of Evolutionary Anthropology (DEA) Members Allgemein

Susanna SAWYER

Susanna is a Lise Meitner Postdoctoral Researcher at the Department of Evolutionary Anthropology at the University of Vienna. She completed her PhD under Svante Pääbo on genomic insights into Denisovans and Neandertals of Denisova Cave. She joined the department in 2018 and has focused on a wide range of ancient DNA questions. She is particularly interested in ancient epigenetics and the effect of maternal behavior on methylation signals during gestation in ancient human populations. In 2023 she will begin a new project on human ancient DNA analyses from sediments.

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Network Associates

Richard KIMBER

I am a postdoctoral researcher within the Department of Environmental Geosciences (EDGE).  I am primarily interested in studying DNA-mineral interactions with the goal of elucidating mineralogical and geochemical controls on the preservation of (ancient) DNA. I co-supervise several projects within the MINERVA (Mineralogical Preservation of the Human Biome) research platform that focus on DNA interactions at mineral surfaces and their role in promoting (or inhibiting) DNA preservation in the presence of common degradation agents. By addressing these questions, we aim to improve our ability to find and extract ancient DNA from sediments.

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