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Heirs of the Glacial Maximum: dental morphology suggests Mesolithic human groups along the Iberian Peninsula shared the same biological origins

机译:冰川最大的继承人:牙科形态表明伊比利亚半岛的沉思性人群共享相同的生物起源

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The study of dental morphology has proven useful for reconstructing the biological profiles of ancient populations. In this work, we present the results obtained by analysing dental non-metric traits in many of the most important Mesolithic burial contexts from the Iberian Peninsula. Currently, a substantial debate is underway regarding the relationship between the different geographical areas of the Peninsula and their different chronological moments. This paper is based on a sample consisting of a minimum number of 437 previously unpublished individuals from 11 Mesolithic and Neolithic sites, whose data were compared with Italian Mesolithic and Neolithic samples and posterior Iberian groups. We analysed these data by chi-squared analysis and by calculating the mean measure of divergence biological distance measure. There were no significant differences among the different regional groups from the Iberian Mesolithic. Moreover, the Iberian Mesolithic samples differ significantly from the Italian samples. In addition, although certain Neolithic samples differ from the hunter-gatherer profile, it seems that they received important biological influence from Mesolithic groups from the Iberian Peninsula, which varies with geography, since the farmer groups from the Mediterranean area are the most distinct from the previous hunter-gatherers. Our results suggest a common biological origin for all the Iberian Mesolithic assemblages, which probably originated during the Last Glacial Maximum. In addition, this profile differs from the one observed in Italian coetaneous groups. Finally, similar to the latest aDNA studies, this study suggests that the Neolithization process of the Peninsula was heterogeneous.
机译:牙科形态学的研究已被证明是重建古代人口的生物学概况。在这项工作中,我们展示了通过分析来自伊比利亚半岛的许多最重要的血管性埋地背景中的牙科非公制特征获得的结果。目前,对半岛不同地理区域之间的关系及其不同的年代学时,正在进行大量辩论。本文基于来自11个中石体和新石器时代位点的最小437个未发表的个体的样本,其数据与意大利血清体和新石器时代的样品和后伊伯利亚群体进行了比较。我们通过Chi-Squared分析分析了这些数据,并通过计算了发散生物距离测量的平均测量。来自伊比利亚塞子的不同区域集团之间没有显着差异。此外,伊伯利亚中石体样品与意大利样品有显着不同。此外,虽然某些新石器时代的样本与猎人收集器概况不同,但它们似乎接受了来自伊比利亚半岛的亚伯里斯群体的重要生物学影响,这与地理相同,因为来自地中海地区的农民群体是最截然不同的以前的猎人收集者。我们的结果表明,所有伊比利亚塞科学组合的共同生物起源,这可能起源于最后一次冰川最大值。此外,该型材与在意大利特殊组中观察到的型材不同。最后,类似于最新的ADNA研究,该研究表明半岛的半岛化过程是异质的。

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