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Understanding animal domestication and exchange in eastern Inner Asia: new insights from Khoid Senkher Cave

Presenter Information
Title
Dr.
First Name
William
Last Name
Taylor
Affiliation
Museum of Natural History
Presenter’s Country or Region
USA
University/College/Institute
University of Colorado-Boulder
Location of your University/College (Country or Region)
USA
Session
Format
poster
Abstract (150–300 words)

While animal domestication played a central role in early human adaptation to the Mongolian plateau, few archaeological assemblages document the role of animals in early pastoral lifeways in Mongolia, particularly during the 2nd millennium BCE. Here, we present interdisciplinary archaeological and biomolecular investigation of cultural and biological materials from new investigations at Khoid Senkher Cave in western Mongolia, where unique dry preservation conditions have preserved organic remains from two Bronze Age occupation levels. Results demonstrate a key role for both domestic and wild animals, including hare and deer, in the lifeways of the region’s early pastoralists. Extraordinarily well-preserved artifacts from the site, including a fire-starter kit, handheld whip, astragalus charm, textile and fiber fragments, fletched arrows, and animal dung (including horse and dog) reveal the complex daily life and material toolkit of Mongolia’s earliest herding societies. Other finds from the cave show importance of horses and other animals in ceremony and belief from the earliest human occupants of the region through the Mongol Empire and beyond. 

Second Author
First Name
Jamsranjav
Last Name
Bayarsaikhan
Affiliation
Institute of Archaeology, Mongolian Academy of Sciences
Country or Region
Mongolia
First Name
Tumurbaatar
Last Name
Tuvshinjargal
Country or Region
Mongolia
Affiliation
Institute of Archaeology, Mongolian Academy of Sciences
First Name
Isaac
Last Name
Hart
Country or Region
United States
Affiliation
University of Utah
First Name
Jack
Last Name
Broughton
Country or Region
USA
Affiliation
University of Utah
Additional Authors
Christina Warinner, warinner@fas.harvard.edu, USA, Harvard
Kristine Korzow-Richter, kkrichter@palaeome.org, USA, Texas A&M
Daniel Dalmas, daniel.dalmas@utah.edu, USA, University of Utah
Olumide Ojediran, olumide.ojediran@colorado.edu, USA, University of Colorado
Yiming Wang, ywang@gea.mpg.de, Germany, Max Planck