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首页> 外文期刊>Journal of island and coastal archaeology >Paleodiet in Late Preceramic Peru: Preliminary Isotopic Data From Bandurria
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Paleodiet in Late Preceramic Peru: Preliminary Isotopic Data From Bandurria

机译:秘鲁陶器晚期的古生物:来自班杜里亚的初步同位素数据

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The Preceramic occupation of Peru has historically received little attention from scholars. Recent excavations on the North-Central Coast of Peru have identified several large sites with monumental architecture dating to the Late Preceramic Period (3000–1800 BC). Monumental architecture and dense occupation at these sites indicates a degree of sedentism despite the lack of evidence for large-scale agriculture for comestibles and ceramic production. Questions remain, however, with respect to the nature of human dietary regimes without technological innovations that mirror agricultural modes of food production. This preliminary study uses stable isotope ratio analysis of human bones and teeth to assess the dietary regimes at the coastal site of Bandurria. Results support a marine-based diet for individuals sampled. These data are consistent with themaritime hypothesis which suggests that subsistence economy during the formation of Andean civilization relied on small schooling fish as the staple protein and was supplemented by C3 type carbohydrates (i.e., squashes, potatoes) (Moseley 1975, 1985, 1992; Shady Solis 2006a, 2006b). When isotopicdata from Bandurria individuals are compared to data from Caral (Coutts et al. 2008), paleodietary inference suggests that marine resources were consumed in lower frequencies at sites further inland than coastal ones. These datamay support a proto-horizontality model of social exchange between coastal and lowland areas during the Late Preceramic Period (Rostworowski de Diez Canseco 1975, 1977) reflected in the material markers of dietary resources, and further may suggest that coastal maritime-adapted polities were integrated into social and material exchange networks.
机译:从历史上看,秘鲁对陶瓷的占领很少受到学者的关注。秘鲁中北部海岸最近的发掘发现了几个大型建筑物,其历史可追溯到陶瓷晚期(公元前3000-1800年)。尽管缺乏用于食品和陶瓷生产的大规模农业的证据,但这些地点的纪念碑式建筑和密集的居住表明人们已久坐不动。然而,关于人类饮食制度的本质,如果没有反映农业粮食生产模式的技术创新,仍然存在疑问。这项初步研究使用人体骨骼和牙齿的稳定同位素比分析来评估班杜里亚沿海地区的饮食状况。结果支持了针对采样个体的海洋饮食。这些数据与海洋假说是一致的,海洋假说表明安第斯文明形成过程中的生存经济依赖于小型鱼类作为主要蛋白质,并辅以C3类碳水化合物(即南瓜,土豆)(Moseley 1975、1985、1992; Shady Solis 2006a,2006b)。当将班杜里亚个体的同位素数据与卡尔的数据进行比较时(Coutts等,2008),古生物学推论表明,海洋资源在内陆站点的消耗频率低于沿海站点。这些数据可以支持在饮食前期的物质标记中反映出的陶瓷前期晚期沿海和低地地区之间的社会交流的原水平模型(Rostworowski de Diez Canseco 1975,1977),并进一步表明沿海海洋适应性政策是融入社会和物质交流网络。

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