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“Nor ever lightning char thy grain”1: establishing archaeologically relevant charring conditions and their effect on glume wheat grain morphology

机译:“永无闪电的炭粒” 1:建立与考古相关的炭化条件及其对颖粒小麦籽粒形态的影响

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Charring is the most ubiquitous form of preservation of plant material on archaeological sites, occurring wherever people use heat. The usefulness of preserved seeds for a range of analytical techniques is dependent on the conditions under which they were heated. In this study, we investigate the effect of experimental heating on two types of glume wheat grain (einkorn and emmer) under a range of conditions, with the intention of establishing the likely parameters for the generation of virtually undamaged, undistorted charred cereal grain on archaeological sites. The results show that grain morphology is very sensitive to the charring conditions, especially temperature, and that well preserved grains with little distortion are produced at relatively low temperatures (220–240°C). The implications of these findings for the study of grain morphology, biomolecules and chemical composition are assessed.Data availability The authors confirm that all data underlying the findings are fully available without restriction. All relevant data are contained within the paper.
机译:烧炭是在考古现场保存植物材料的最普遍的形式,发生在人们加热的地方。保存的种子对多种分析技术的有用性取决于加热种子的条件。在这项研究中,我们研究了在一定条件下实验加热对两种类型的颖花小麦籽粒(einkorn和emmer)的影响,目的是为考古确定几乎未损坏,未扭曲的炭化谷物的生成可能的参数。网站。结果表明,晶粒形态对炭化条件(特别是温度)非常敏感,并且在相对较低的温度(220–240°C)下产生了保存完好的,几乎没有变形的晶粒。评估了这些发现对谷物形态,生物分子和化学成分研究的意义。数据可得性作者确认,所有发现所依据的数据都是不受限制的。所有相关数据均包含在本文中。

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