Postdoctoral Research Position in Archaeological Science | Aarhus University
Applications are invited for a two-year postdoctoral position that will start on 1 September 2017 (or as soon as possible thereafter), to research past human subsistence, diet and/or mobility by means of stable isotope analyses and other archaeological science methods.
The DEDiT research project
The funding for this two-year postdoctoral position has been generously made available by the Aarhus University Research Foundation (Aarhus Universitets Forskningsfond), through the project entitled “Danish and European Diets in Time (DEDiT)”.
The successful applicant will join the Department of Archaeology and Heritage Studies (School of Culture and Society, Aarhus University) and a research group led by Dr. Marcello A. Mannino (Associate Professor in Archaeological Science), comprising a PhD student and a laboratory assistant. Research that has recently been undertaken as part of DEDiT includes isotopic investigations of human diets in Denmark during the Mesolithic, Neolithic, Viking Age and Middle Ages. In addition, work has started on the study of mollusc shells from prehistoric Danish middens, based on sclerochronological and high-resolution isotope approaches.
Aarhus University has a solid research infrastructure that includes the Aarhus AMS Centre (Department of Physics and Astronomy) and the Danish Interdisciplinary Centre for Plasma Mass Spectrometry (Department of Geoscience). As part of the DEDiT project, collaborations have been undertaken and are planned with colleagues at these facilities, where sample pretreatment and isotope analyses for the postdoctoral research can be conducted.
DEDiT is a project that aims to initiate isotope-based archaeological research at the Department of Archaeology and Heritage Studies, where a sample pretreatment laboratory is being set up. This facility will have strong work connections with Moesgaard Museum and, in particular, with its Department of Archaeological Science and Conservation. Planned methodological approaches include isotope analyses on bone and dentinal collagen (C, N, S, H), as well as on bioapatite (C, O). Additional methodologies that will be pursued are high-resolution isotope analyses of incremental-growth skeletal structures (i.e. teeth and shells).
Applicants should hold a PhD or equivalent academic qualifications.
All applications must be made online and received by: 25.05.2017.
For more information please click "Further Official Information" below.