Dietary Biographies: Chronicling past husbandry, mobility, and exchange practices through isotopic analysis of plant and animal tissues
Part of: Society for American Archaeology 80th Annual Meeting, San Francisco, CA (2015)
The tissues of animal and plant remains recovered from modern and archaeological contexts provide a deep record of detailed dietary and environmental information that can be unlocked with stable isotope analysis. This session brings together advances in our understanding of the properties of mineralized, proteinaceous, and carbonized tissues and the distribution of carbon, nitrogen, oxygen and strontium isotopes in natural biomes to reconstruct individual dietary and mobility histories of animals and humans. The ways in which humans intentionally manipulate their plant and animal resources through management and exchange, and establishing the isotopic outcomes of these activities, is integral to documenting social and economic dynamics in ancient societies.
Other Keywords
Stable Isotopes •
Textile •
Mobility •
Pastoralist •
Pastoralism •
Bioarcheology •
Nomadism •
Isotopic Analysis •
stable isotope analysis •
Provenance
Geographic Keywords
Europe •
East/Southeast Asia •
West Asia
Resources Inside This Collection (Viewing 1-9 of 9)
- Documents (9)
- Bronze Age Mobility in Montane Ecosystems of eastern Kazakhstan: a preliminary isotopic investigation (2015)
- Geographical origin assignment of sheep wool textiles using light stable isotopes (2015)
- Grazing Herds on a modern Jordanian Landscape: δ13C and δ15N analysis of plants and caprine hair keratin along an altitudinal cline (2015)
- Herding Strategies during the Xiongnu Period of Mongolia: A comparison in the diet of domestic fauna from the Egiin Gol Valley and Baga Gazaryn Chuluu (2015)
- Modeling Bronze Age Isoscapes in the Eurasian steppe: Identifying subtle variation in pastoral diet and mobility (2015)
- (Re)Articulating Ancient Lives: Diet and Movement in Late Bronze Age Societies in the South Caucasus (2015)
- Ritual and Mobility: δ18O and δ13C analyses of Bronze Age khirigsuur horses from Khanuuy Valley, Mongolia (2015)
- Scales of Mobility: Oxygen (δ18O) and carbon (δ13C) isotopic insights into Xiongnu herding practice (2015)
- Stable Isotopic Insights into Changing Diets, Population Mobility and the Origins of Pastoral Nomadism in Early Bronze Age Mongolia (2015)