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古代饮食模式的牙齿指标:考古学中的牙齿分析

Dental indicators of ancient dietary patterns: dental analysis in archaeology.

作者信息

Forshaw R

机构信息

Honorary Research Associate, KNH Centre for Biomedical Egyptology, Faculty of Life Sciences, The University of Manchester/Dental Surgeon.

出版信息

Br Dent J. 2014 May;216(9):529-35. doi: 10.1038/sj.bdj.2014.353.

Abstract

What can the study of ancient teeth tell us about the dietary habits of our ancestors? Diet plays a prominent role in the organisation and evolution of human cultures and an increasingly diverse array of analytical techniques are available to help reconstruct diet in ancient populations. Dental palaeopathology is particularly important as it can provide direct evidence of the type of diet an individual consumed during life. Heavy occlusal tooth wear is the most frequent condition recognisable and an examination of both macro and microscopic patterns of wear can establish the differences between the hard fibrous diet typical of a hunter-gatherer, and a diet primarily consisting of softer plant foods consumed by an agriculturist. The distributions of trace elements and stable isotopes in food webs make it possible to use them as natural tracers of foodstuffs. Through a consideration of photosynthetic pathways, the ratios of the different stable isotopes of carbon and nitrogen can determine which specific groups of plants and animals were dominant in the food chains of various populations - a fact that has been used to trace the spread of agriculture in ancient civilisations.

摘要

对古代牙齿的研究能让我们了解到关于祖先饮食习惯的哪些信息呢?饮食在人类文化的组织和演变中起着重要作用,并且有越来越多各种各样的分析技术可用于帮助重建古代人群的饮食。牙齿古病理学尤为重要,因为它能提供一个人在生前所食用饮食类型的直接证据。严重的咬合面牙齿磨损是最常见的可识别状况,对磨损的宏观和微观模式进行检查可以确定狩猎采集者典型的坚硬纤维性饮食与主要由农业生产者食用的较软植物性食物的饮食之间的差异。食物网中微量元素和稳定同位素的分布使得将它们用作食物的天然示踪剂成为可能。通过考虑光合作用途径,碳和氮的不同稳定同位素的比率可以确定哪些特定的植物和动物群体在不同人群的食物链中占主导地位——这一事实已被用于追溯古代文明中农业的传播。

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