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从铁器时代的瑞典看马的毛色和性别鉴定

Coat colour and sex identification in horses from Iron Age Sweden.

机构信息

Department of Evolutionary Biology, EBC, Uppsala University, Sweden.

出版信息

Ann Anat. 2012 Jan 20;194(1):82-7. doi: 10.1016/j.aanat.2011.11.001. Epub 2011 Nov 17.

Abstract

Domestication of animals and plants marked a turning point in human prehistory. To date archaeology, archaeozoology and genetics have shed light on when and where all of our major livestock species were domesticated. Phenotypic changes associated with domestication have occurred in all farm animals. Coat colour is one of the traits that have been subjected to the strongest human selection throughout history. Here we use genotyping of coat colour SNPs in horses to investigate whether there were any regional differences or preferences for specific colours associated with specific cultural traditions in Iron Age Sweden. We do this by identifying the sex and coat colour of horses sacrificed at Skedemosse, Öland (Sweden) during the Iron Age, as well as in horses from two sites in Uppland, Ultuna and Valsgärde (dated to late Iron Age). We show that bay, black and chestnut colours were all common and two horses with tobiano spotting were found. We also show how the combination of sex identification with genotyping of just a few SNPs underlying the basic coat colours can be used to identify the minimum number of individuals at a site on a higher level than morphological methods alone. Although separated by 500 km and from significantly different archaeological contexts the horses at Skedemosse and Ultuna are quite homogenous when it comes to coat colour phenotypes, indicating that there were no clear geographical variation in coat colouration in Sweden during the late Iron Age and early Viking Age.

摘要

动植物的驯化标志着人类史前史的一个转折点。迄今为止,考古学、动物考古学和遗传学已经揭示了我们所有主要的家畜物种是在何时何地被驯化的。与驯化相关的表型变化发生在所有农场动物身上。毛色是历史上一直受到人类最强选择的特征之一。在这里,我们使用马的毛色 SNP 基因分型来研究在铁器时代的瑞典,是否存在与特定文化传统相关的任何区域差异或对特定颜色的偏好。我们通过鉴定在铁器时代的 Öland(瑞典)的 Skedemosse 以及 Uppland 的两个地点(Ultuna 和 Valsgärde,年代为铁器时代晚期)被牺牲的马的性别和毛色来做到这一点。我们发现,栗色、黑色和栗色都很常见,并且发现了两匹具有斑状毛色的马。我们还展示了如何仅通过对几个基础毛色的 SNP 进行基因分型,并结合性别鉴定,就可以在比形态学方法更高的水平上确定一个地点的个体数量,这比形态学方法更为有效。尽管 Skedemosse 和 Ultuna 的马相隔 500 公里,且来自明显不同的考古背景,但就毛色表型而言,它们非常相似,这表明在铁器时代晚期和维京时代早期,瑞典的毛色没有明显的地理差异。

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