Comments by "Matt Matt" (@CENTRIX4) on "Anglo-Saxon DNA: The Early English Gene Pool Revealed…" video.

  1. R1b L21 Atlantic Climate Zone R1b L21 MC1R Ginger Gene -- Depigmentation Of The Skin Depigmentation Of The Skin Being Less Melanin In The Skin Atlantic Climate Zone Low Ambient Ultra Violet Levels Dense cloud cover and dense precision Away from the coastal fringe further inland precipitation is a dense mist of mini-droplets. Very low ambient ultra violet levels at ground level. Depigmentation of the skin will enable people to produce Vitamin D3 more efficiently from UVB in contact with the skin. Also very strong winds from Atlantic Storms. This correlates with the region where R1b L21 proliferates. Different eras of migration from the Romans to the Anglo Saxons invasions left very little genetic legacy in the geographic areas with the highest cloud density and the highest levels of precipitation and the strongest wind speed. Is the real reason for this the very low ambient Ultra Violet levels at ground level left them with a very low Vitamin D3 levels thus a weak immune system so they would not choose to live in these regions? Viking presence had been primarily along the coast and along the rivers they sailed up and down. However famine in Scandinavia started the Viking era and forced the Vikings to migrate so they were more likely to live within the Atlantic Climate Zone with the lowest ambient Ultra Violet levels populated by the R1b L21 population as a matter of survival being they were forced to migrate to a region where there had been food to eat. The historic butter trade between Ulster and Scandinavia pre-dated the Viking era by thousands of yeas. Of what significance is low ambient Ultra Violet levels as a result of dense cloud cover and dese precipitation with regards to population migrations and settlement locations?
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