Geoarchäologie

Welcome to the Geoarchaeology Working Group!

About Our Group

Our working group employs a range of field and laboratory-based analytical methods to explore how past human societies interacted with geological systems in the past. We conduct these analyses at a range of scales, from the landscape to the microscopic and our research interests cover a wide temporal and geographical range, with projects based on all continents covering time periods from the Lower Paleolithic to historic periods. In particular, our group specializes in investigating the formation history of archaeological sites, with a particular emphasis on anthropogenic deposits, their taphonomy and diagenesis. We are at the forefront of methodological developments in geoarchaeology, particularly in the application of microanalytical techniques, such as µFTIR, µXRF and digitization. By applying these techniques to archaeological deposits, we are able to investigate past human activities and behavior from a novel perspective.  Over the past decade our group has been able to contribute to a better understanding of several important research topics, including: the use of fire by early hominins and Paleolithic societies; hunter-gatherer settlement dynamics in response to environmental and landscape change; formation processes of Paleolithic caves; Paleoindian settlement of the Americas; and early animal domestication in the Near East.

AG Geoarchaeology
Hölderlinstr. 12
72074 Tübingen

Contact Person
Prof. Dr. Christopher Miller
+49-(0)7071-29-76511

Management
Frau Sonia Varandas
+49-(0)7071-29-74093

We are also deeply committed to the education and training of the next generation of geoarchaeologists, and offer courses and degree specializations at the bachelor, masters and PhD level. All students, regardless of degree, are fully integrated into the working group and are able to make use of our extensive field and laboratory equipment, as well as our unique collection of micromorphological samples and thin sections.

Most Recent Publications

12/2023,  (Arch.& Anth. Sci), Building construction materials at Aşıklı Höyük, Türkiye

11/2022 (Arch.& Anth. Sci)
Microgeoarchaeology of Sefunim Cave, Israel

05/22 (Quat. Sci. Rev.)
Human Occupation in South Africa MIS 4

07/2023, (Geoarch.), Stabling deposits in a volcanic rockshelter, Canary Islands, Spain

11/2022 (Front. Earth Sci)
Shell middens of Klasies River

04/2022 (Geoarch.)
Kazakhstan Cave Site Formation Processes

10/2023, (J. Hum. Evol.), Klasies River Cave 1B (South Africa) stratigraphy and formation processes

11/2022 (J Paleolith. Arch)
Formation Processes in the Swabian Jura

03/2022 (J Paleolith. Arch)
Critical Review of Klasies River Stratigraphic Context

2023, (J. Anth. Sci.), Anthropogenic features in Fumane Cave, Italy

08/2022 (Arch.& Anth. Sci)
Site Use in Hohle Fels Middle & Upper Paleolithic

11/2021 (Geoarch.)
Peruvian Andes Rock Shelter Formation