期刊
OPEN ARCHAEOLOGY
卷 9, 期 1, 页码 -出版社
DE GRUYTER POLAND SP Z O O
DOI: 10.1515/opar-2022-0321
关键词
Neolithic/Aeneolithic; Asia; building archaeology; microarchaeology; inter-/transdisciplinarity
类别
This study presents a framework for in-depth research on prehistoric earthen architecture in southwestern and central Asia. It demonstrates the challenges and potential for innovative and comparative studies based on interdisciplinary approaches and the use of architectural, microstratigraphic, and microarchaeological analyses. The study sheds new light on issues related to building continuity and discusses the reasons behind the local decisions to use and recycle specified building materials. It also evaluates the usefulness of specific analyses for reconstruction of daily practices.
Using case studies from Asikli Hoyuk, catalhoyuk, Boncuklu Tarla, Gobekli Tepe (all Turkey), and Monjukli Depe (southern Turkmenistan), this study presents a framework for in-depth research on prehistoric earthen architecture in southwestern and central Asia. It demonstrates the challenges and potential for innovative and comparative studies based on interdisciplinary approaches and the use of architectural, microstratigraphic, and microarchaeological analyses. Furthermore, it sheds new light on issues related to various aspects of building continuity which is commonly recognised as a very important phenomenon in the Neolithic but could have different facets. The study attempts to discuss the reasons behind the local decisions to use and recycle specified building materials. In addition, it evaluates - in relation to particular sites - the usefulness of specific analyses for reconstruction of daily, seasonal, or annual practices. Advanced analyses of floors and fire installations, for instance, can contribute not only to the identification of indoor and outdoor surfaces but also to a better understanding of activity areas and the intensity of use within particular spaces. Variations and different combinations of mudbrick, mortar, and plaster recipes allow for insights into how earth and sediment material were used to mark collective and individual identity through the performance of a building. Recognising reused materials and features allows us to trace further the nature of prehistoric societies and local architectural dialects.
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