Kazakhstan (Other Keyword)

1-3 (3 Records)

Bronze Age Mobility in Montane Ecosystems of eastern Kazakhstan: a preliminary isotopic investigation (2015)
DOCUMENT Citation Only Taylor Hermes.

The nature of mobility carries significant implications for social interaction in pastoral societies. This paper presents a preliminary analysis of radiogenic strontium and stable oxygen isotopes of domesticated fauna remains excavated from Bronze Age sites across the mountains of eastern Kazakhstan. Results are contextualized with the ecological and geographic backdrops surrounding the sites and placed into a diachronic perspective of pastoral interaction and herding strategy. This research...


The intersection of clay and fiber in central Eurasian prehistory: Methods for evaluation (2017)
DOCUMENT Citation Only Paula Dupuy.

This presentation focuses on analytical techniques for evaluating cloth and fiber characteristics imprinted on ceramic vessels, and how reconstructing textile industries contribute a social reading of Eurasian prehistory. Inner Asian Bronze Age pastoralists of the 3rd - 1st millennium BC employed textiles to mold clay vessels as shown through woven fiber impressions coating the insides of containers. Although this production technique has preserved an otherwise marginally documented industry of...


Substantial intensity of millet agriculture during the Bronze and Iron Ages in Kazakhstan is revealed in δ13C and δ18O time series of incrementally sampled livestock teeth (2017)
DOCUMENT Citation Only Taylor Hermes. Michael Frachetti. Paula Doumani. Ekaterina Dubyagina. Cheryl Makarewicz.

This paper presents carbon and oxygen isotopic values incrementally sampled from mandibular molars of domesticated livestock from pastoralists sites in eastern, central, and northern Kazakhstan with Bronze and Iron Age occupations. The intra-tooth patterning of δ13C and δ18O values are used to characterize millet consumption from foddering and grazing on stubble in harvested fields. Results indicate that some animals were seasonally consuming large proportions of C4 plants as early as 2400 cal...