Skip to main content

Zach Dunseth

Zachary C. Dunseth is an Associate Professor of Anthropology and the Kershaw Chair of the Archaeology of Ancient Israel and Neighboring Lands at UCSD. He specializes in geoarchaeology and phytolith science, particularly in the desert environments of the ancient Levant. Dunseth is interested in exploring the long-term trajectories of human-animal-environmental interactions in deserts—essentially, how people lived, thrived and adapted to arid environments during climatic, environmental and social change. His research focuses on the microscopic physical and chemical fingerprints we leave behind in archaeological sediments, using this information to explore various questions about mobility, subsistence, and plant, animal and metal economies at both local and regional scales. His primary regional focus is the eastern Mediterranean, where he has supervised or directed excavations at sites in modern Israel including Megiddo, Kiriath Jearim and Arad since 2012. He also has ongoing interdisciplinary collaborations with active and legacy projects in Jordan, Syria, Cyprus, Sardinia (Italy), and the southwestern United States. Outside of fieldwork, Dunseth is involved in efforts to foster Open Science initiatives in the archaeological sciences. He is a founding member of the International Committee on Open Phytolith Science (ICOPS), a community-building initiative that is working to. 

B.A., Archaeology and Classical Humanities (double major), The George Washington University (2009)
M.A., Archaeology and Ancient Near Eastern Cultures, Tel Aviv University (2014)
Ph.D., Archaeology, Tel Aviv University (2019)
Postdoctoral Fellow, Joukowsky Institute for Archaeology and the Ancient World, Brown University (2019-2021)
Postdoctoral Teaching Fellow, Babson College (2021-2022)
Human-animal-environmental interactions in arid environments
Early desert cities and desert urbanism
Subsistence strategies in desert landscapes
The Bronze and Iron Ages in the Levant
Micro-geoarchaeology
Phytolith science and methodology
Reconstructing ancient environments
Responses to climatic and environmental change
Dung and coprolites
Open Science (FAIR and CARE)