I thought it'd be interesting to visualise the distribution of the K10a's Red Sea admixture. It peaks in Ethiopia and Somalia, the region of origin of Y-DNA haplogroup E1b1b,and correlates fairly well with the distribution of E1b1b, except in northwestern Europe. Looks like E1b1b lineages were progressively diluted from the Levant to north-west Europe via the Balkans by intermarrying with local women for several millennia.
Here is the E1b1b map.
UPDATE:
One intriguing thing is the higher "Red Sea" admixture in southern Italy than in Greece and the Balkans. That could mean, as I had hypothesised, that E-V13 might have entered Europe by crossing over from Tunisia to Sicily, then to southern Italy and only after that to Greece and the Balkans. It is almost certain that E-M81 crossed directly from Morocco to Iberia sometime between the Late Palaeolithic and the Neolithic, so why wouldn't E-V13 (+ some E-M81 ?) been able to do the same ? That would explain the lower incidence of E-V13 in the Near East, especially in Anatolia and Syria, compared to Southeast Europe. That would also explain why there is also more E-M81 in southern and central Italy than in the Balkans. If it had come through the Near East its frequency would have diminished progressively from Anatolia to southern Italy.
I am not saying that E1b1b didn't come with Neolithic farmers from the southern Levant to the Balkans as well. That could have been an additional migration, bringing more Southwest Asian admixture with such lineages as E-M34, E-V22, E-V12, J1 and T, and perhaps more E-V13 too.
Here is the E1b1b map.
UPDATE:
One intriguing thing is the higher "Red Sea" admixture in southern Italy than in Greece and the Balkans. That could mean, as I had hypothesised, that E-V13 might have entered Europe by crossing over from Tunisia to Sicily, then to southern Italy and only after that to Greece and the Balkans. It is almost certain that E-M81 crossed directly from Morocco to Iberia sometime between the Late Palaeolithic and the Neolithic, so why wouldn't E-V13 (+ some E-M81 ?) been able to do the same ? That would explain the lower incidence of E-V13 in the Near East, especially in Anatolia and Syria, compared to Southeast Europe. That would also explain why there is also more E-M81 in southern and central Italy than in the Balkans. If it had come through the Near East its frequency would have diminished progressively from Anatolia to southern Italy.
I am not saying that E1b1b didn't come with Neolithic farmers from the southern Levant to the Balkans as well. That could have been an additional migration, bringing more Southwest Asian admixture with such lineages as E-M34, E-V22, E-V12, J1 and T, and perhaps more E-V13 too.
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