The research project examines the applicability of quantitative remote sensing techniques within archaeological contexts. By application of transparent semi-automated algorithms it aims to provide a more objective perspective on archaeological excavations and promotes a standardized workflow. Therefore the focus of the dissertation lies on the expansion of archaeology’s range of methods.
With the introduction of significant amounts of heavy livestock (among other innovations) into the western Eurasian Steppe in the period of the Eneolithic/Early Bronze Age an increase of mobility is disputed within the scientific community. The project addresses this question from an osteoarchaeological point of view.
The main purpose of this research project is to examine through an archaeometric approach the pottery production from Arslantepe in the Malatya Plain (Eastern Anatolia) and the Upper Euphrates Valley between the Late Chalcolithic 1 and the Early Bronze Age III (4250-2000 BCE) in order to define: the raw material procurement patterns, the complexity level of the production modes, the nature of interactions between the communities of the Malatya plain, the Euphrates valley and the surrounding Anatolian world. In more detail, the aim ist to assess the elements of continuity/discontinuity of such aspects in connection with the significant social, economic and political changes occurred during the two millennia under investigation.
This project examines the production, distribution and consumption of pottery in Ancient Sudan using the data recovered from a production site at Musawwarat es-Sufra.
The thesis focuses on wheel-thrown pottery of Germania Magna from the area between Elbe and Oder.
The settlement of Komariv is associated with extensive production of glass vessels, which required corresponding know-how and employed Roman production methods. The initial studies in this project focus on the site itself and an analysis of the glass fragments salvaged from there.
Within the framework of the dissertation project, a comprehensive spatial and chronologically broad-spread ceramic material will be used to examine the extent to which conclusions on the change, both of manufacturing techniques, manufacturing intentions, the raw materials used, and distribution patterns of technologies in a diachronic perspective are possible using the portable energy-dispersive X-ray fluorescence analysis (p-ED-XRF) and by which methods they have to be supplemented if necessary.
The focus of the project is the determination of production sites of pottery, the ceramics’ distribution and consumption spaces in a clearly spatially limited area, part of a river valley, over time.