The Roman, Medieval, and Early Modern Potting Site of Dieburg South of Frankfurt/Main, Hesse, Germany, and Its Geochemical Pattern with a Stable Heavy Mineral Anomaly
Author(s): Detlef Wilke; Aika Katharina Diesch; Joachim Lorenz
Year: 2024
Summary
This is an abstract from the "Ceramics and Archaeological Sciences 2024" session, at the 89th annual meeting of the Society for American Archaeology.
As part of an extended ceramic settlement analysis with ten medieval find complexes in the lower Main depression, we studied Roman and late medieval to early modern pottery from Dieburg (district of Darmstadt), which is the only site with workshop wasters in the larger region. The Dieburg wares exhibit a characteristic anomaly of Ti, Nb, and Zr, which is also found in oil shale sediments (black-pelite/kerogenite) of the Eocene maar lake of Messel, just 6 km to the west of Dieburg. The Messel Maar is one of several volcanoes in a small north-south stretched hill, which separates the lower Main depression from the Rhine rift valley. We used nondestructive XRF for pottery analysis and XRF and XRD for studying clay mineralogy. The late medieval potters were for sure not aware of the potential volcanic origin of their clay, but focused on this low iron, low cation containing raw material for the production of high-quality lead glazed stove tiles and loam slipped tableware, which was traded over a great distance.
Cite this Record
The Roman, Medieval, and Early Modern Potting Site of Dieburg South of Frankfurt/Main, Hesse, Germany, and Its Geochemical Pattern with a Stable Heavy Mineral Anomaly. Detlef Wilke, Aika Katharina Diesch, Joachim Lorenz. Presented at The 89th Annual Meeting of the Society for American Archaeology. 2024 ( tDAR id: 497614)
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Keywords
General
Archaeometry & Materials Analysis: XRF/pXRF
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Historic
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Material Culture and Technology
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Medieval & early modern pottery
Geographic Keywords
Europe: Western Europe
Spatial Coverage
min long: -13.711; min lat: 35.747 ; max long: 8.965; max lat: 59.086 ;
Record Identifiers
Abstract Id(s): 37775.0