Middle Pleistocene Subsistence in the Azraq Oasis, Jordan: Protein Residue and Other Proxies
Part of: Society for American Archaeology 82nd Annual Meeting, Vancouver, BC (2017)
Excavations at Shishan Marsh, a former desert oasis in Azraq, northeast Jordan, reveal a unique ecosystem and provide direct family-specific protein residue evidence of hominin adaptations in an increasingly arid environment approximately 250,000 years ago. In this session, we detail the lithic, faunal, paleo-environmental and residue data that suggest that Middle Pleistocene hominins were able to subsist in extreme arid environments through a reliance on surprisingly human-like adaptations.
Other Keywords
Jordan •
Middle Pleistocene •
Geoarchaeology •
Paleolithic •
Azraq •
Fauna •
Procurement •
Lithic Technology •
Paleoenvironment •
Lithics
Geographic Keywords
Asia (Continent) •
Republic of Turkey (Country) •
Hashemite Kingdom of Jordan (Country) •
Republic of Iraq (Country) •
Islamic Republic of Iran (Country) •
State of Israel (Country) •
Lebanese Republic (Country) •
Syrian Arab Republic (Country) •
West Bank (Country) •
Republic of Cyprus (Country)
Resources Inside This Collection (Viewing 1-8 of 8)
- Documents (8)
- Dining Out in the Desert: Results From Protein Residue Analysis at the Azraq Oasis, Jordan (2017)
- The environmental context of the Middle Pleistocene occupation at the Shishan Marsh, Azraq, Jordan (2017)
- Faunal Remains from Recent Excavations at Shishan Marsh 1 (SM1), a Lower Paleolithic Open-Air Site in the Azraq Wetlands, Jordan (2017)
- Handaxe Function at Shishan Marsh-1: Preliminary Results of an Experimental Use-Wear Analysis (2017)
- Lithic Technology and Reduction Strategies at Shishan Marsh 1 (2017)
- Middle Pleistocene Lifeways in the Azraq Oasis, Jordan (2017)
- A multi-proxy site formation analysis of a late Middle Pleistocene occupation in the Azraq wetlands of northeastern Jordan (2017)
- Raw material characterization and lithic procurement in the Azraq Basin, Jordan, during the Middle Pleistocene: Preliminary results. (2017)