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However, if you see the admixture, iron age altai people seems to get their genes from Okunevo, american indian who were altai natives.
And the similar thing of kyrgyz happens in modern altai people.
http://medgenetics.ru/UserFile/File/...244-Y-Tuva.pdfInterestingly, in western Truvinian sample, the frequency of haplogroup R1a1a was considerably
lower than in the central sample. Based on the closeness of the Altai, which is populated by the representatives of a more Caucasoid SouthSiberian racial
type, it would be reasonable to expect the west–east decrease of the R1a1a frequency on the territory of Tuva. However, this was not observed, and the change of the haplogroup frequency was rather the opposite, as the eastern samples demonstrated maximum frequency of this haplogroup. At the first glance, the result obtained is paradoxical. Specifically, in terms of anthropology, the most Caucasoid population of the western parts of Tuva displays the minimum of haplogroup R1a1a, while in the most Mongoloid population of Todja, the maximum of this haplogroup is observed
Anthrologist C. Brace also mentioned the possibility that mongol bronze crania specimen be close to Native american
So, it is too early to decide that R1a1 came from western Europe.Mongolia is a long way east of any of the other samples used, but it has previously been shown that the Mongolian Bronze Age sample is unrelated to modern Mongols and has more in common with prehistoric Europeans and the Native Americans of the United States-Canada border.
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