首页> 外文期刊>Journal of Archaeological Science >Prehistoric dietary adaptations among hunter-fisher-gatherers from the Little Sea of Lake Baikal, Siberia, Russian Federation
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Prehistoric dietary adaptations among hunter-fisher-gatherers from the Little Sea of Lake Baikal, Siberia, Russian Federation

机译:俄罗斯联邦西伯利亚贝加尔湖小海的猎人-渔民采集者的史前饮食适应

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Dietary adaptations of prehistoric hunter-gatherers from Neolithic and Early Bronze Age cemeteries in the Little Sea region of Cis-Baikal (the region to the west and north of Lake Baikal) are explored using stable isotopes of carbon and nitrogen. Stable isotope data, including stable carbon isotopes from bone carbonate, are presented for 22 individuals from the site of Kurma XI, dated to approximately 6500 B.P. to 4000 B.P. Data are compared to previously analyzed individuals from the larger Early Bronze Age cemetery, Khuzhir-Nuge XIV (Katzenberg et al., 2009 JAS) and to smaller sites located along the shore of the Little Sea, including sites on Olkhon Island. An extensive collection of fauna, both prehistoric and modern, from the Little Sea and neighboring regions is also analyzed for stable isotopes of carbon and nitrogen. Clear distinctions are found in modern fish recovered from the Little Sea, in contrast to those from the open waters of the lake and from the neighboring Angara and Lena rivers. Considerable vari-ation is seen in stable carbon isotope ratios from fish while stable nitrogen isotope ratios are not as variable, regardless of habitat. Isotope source modeling is used to assist in reconstructing past dietary adaptations. While there is ample evidence from other studies for cultural change over this temporal span, diet appears to have been relatively stable.
机译:利用碳和氮的稳定同位素探索了顺贝加尔湖小海地区(贝加尔湖以西和北部的地区)新石器时代和青铜时代早期公墓的史前猎人采集者的饮食适应性。给出了来自库尔玛十一世遗址的22个人的稳定同位素数据,包括来自骨碳酸盐的稳定碳同位素,其历史可追溯至公元前6500年。至公元前4000年将数据与先前分析的来自较大的早期青铜时代公墓Khuzhir-Nuge XIV(Katzenberg等,2009 JAS)的个人以及位于小海沿岸的较小地点(包括奥尔洪岛的地点)进行比较。还分析了来自小海和邻近地区的大量史前和现代动物区系,以寻找碳和氮的稳定同位素。在从小海中回收的现代鱼类中,与从湖泊的开阔水域以及邻近的安加拉河和利纳河中捕获的现代鱼形成鲜明的区别。鱼类的稳定碳同位素比率变化很大,而稳定的氮同位素比率则不受栖息地影响。同位素源建模用于协助重建过去的饮食适应性。尽管从其他研究中有足够的证据证明在这一时间范围内文化发生了变化,但饮食似乎相对稳定。

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