Last thread was here;
>
I don't care to do a recap, but any questions re-asked that I couldn't answer will be answered here.
To start with - my essays where I've collected this information;
>freetexthost.com
>Mu, Part 1
>freetexthost.com
>Mu, Part 2
>freetexthost.com
>Mu, Part 3
>freetexthost.com
>Mu, Part 4
>freetexthost.com
>Mu, Part 5
>pastebin.com
>Mu, Part 6
>freetexthost.com
>Mu, Part 7
So, from these essays certain links sum up what Sup Forums is interested in;
Haplogroup BT is found in Europe dating back to 30k-31kYBP, CT to 31k-33k, I to 31k-34k, C to 36k-38k, F to 37k-41k, and K to 42k-47k;
>ncbi.nlm.nih.gov
I1 is concentrated in all regions, but abscent from modern Australian aboriginees - supposedly. Y Haplogroups I and R1b1, supposedly from admixture, are found among native Australians;
>ncbi.nlm.nih.gov
>Previous analysis of AuR mtDNA11,12 showed that 37 individuals are likely to have ancient Australian maternal origin with deep-rooting mtDNA lineages (haplogroups M42a and b, P4b and S1a), with one mtDNA of probable European origin (haplogroup U5).
>However, five of these Y chromosomes clearly fall into European haplogroups (R1b1 and I)
The notion that R1b or I might be native to Australia is bolstered by the fact that basal R1b1 (If the R1b1 is basal and not a subclade) is extremely rare in Eurasia, and by the presence of 'European' mtDNA haplogroups in ancient Australian remains;
>m.pnas.org
>The haplogroups observed for WLH4 were S2 and V3c
>The haplogroups observed for WLH3a were H15a1, U5a, and H1. WLH3b showed haplogroups H40b, H1, and H3