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查尔卡辛戈的饮食与状况:锶分析的一些实证与技术方面

Diet and status at Chalcatzingo: some empirical and technical aspects of strontium analysis.

作者信息

Schoeninger M J

出版信息

Am J Phys Anthropol. 1979 Sep;51(3):295-310. doi: 10.1002/ajpa.1330510302.

Abstract

Determination of the levels of particular trace elements preserved in bone provides a potential pathway for reconstructing the diet of extinct primate species and archaic human groups. Strontium is one of the most useful trace elements for dietary reconstruction but several empirical properties of strontium must be considered during the interpretation of results. (1) Strontium is distributed unevenly throughout the physical environment. (2) Plants, in general, do not discriminate against strontium. (3) During ionic transfer across biological membranes, strontium is discriminated against by terrestrial vertebrates. (4) It is unlikely that strontium would be selectively removed from bone mineral during diagenesis. A particular difficulty in trace element analysis is caused by interaction between analytical technique and sample matrix. To assess this problem the skeletal population from Chalcatzingo was analyzed by two techniques: atomic absorption spectrometry and neutron activation analysis. The results from the two techniques compared favorably indicating that the pattern of bone strontium levels could be accepted as an accurate reflection of the distribution of bone strontium within the population. After demonstrating the internal accuracy of the results, the bone strontium level and position of social rank within Chalcatzingo were compared. Ethnographic and archaeological evidence on chiefdoms and states indicate that dietary differences in the amount of meat consumed occur between social ranks. The relative social ranks were reconstructed by using a "pattern analysis" of the burial goods accompanying each individual. The individuals accompanied by jade had the lowest mean bone strontium level (X = 532). Those individuals buried with a shallow dish had a slightly higher level (X = 635). A third group, which had no grave goods, had the highest mean bone strontium level (X = 700) which suggests that their diet contained less meat than was available to the rest of the community.

摘要

测定保存在骨骼中的特定微量元素水平为重建已灭绝灵长类物种和古人类群体的饮食提供了一条潜在途径。锶是饮食重建中最有用的微量元素之一,但在解释结果时必须考虑锶的几个经验特性。(1)锶在整个物理环境中分布不均。(2)一般来说,植物不会区分锶。(3)在离子跨生物膜转移过程中,陆生脊椎动物会区分锶。(4)在成岩作用过程中,锶不太可能从骨矿物质中被选择性去除。微量元素分析中的一个特殊困难是由分析技术与样品基质之间的相互作用引起的。为了评估这个问题,对查尔卡辛戈的骨骼样本采用两种技术进行了分析:原子吸收光谱法和中子活化分析法。两种技术的结果比较良好,表明骨锶水平模式可以被接受为该群体内骨锶分布的准确反映。在证明了结果的内部准确性之后,对查尔卡辛戈的骨锶水平与社会等级地位进行了比较。关于酋邦和国家的民族志和考古证据表明,不同社会等级之间在肉类消费量的饮食差异。通过对每个个体陪葬品的“模式分析”重建了相对社会等级。陪葬玉器的个体平均骨锶水平最低(X = 532)。那些用浅盘埋葬的个体骨锶水平略高(X = 635)。第三组没有陪葬品,其平均骨锶水平最高(X = 700),这表明他们的饮食中肉类比社区其他成员可获得的要少。

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