MOESAN
Elite member
- Messages
- 6,372
- Reaction score
- 1,615
- Points
- 113
- Location
- Brittany
- Ethnic group
- more celtic
- Y-DNA haplogroup
- R1b - L21/S145*
- mtDNA haplogroup
- H3c
You seem to have much knowledge. I'm an amateur, but I conclude from your writing that there is no clear corellation between dinaroid look and one haplogroup. But this topic is too interesting to be ignored
I agree, that mountainous areas are important (Dinaric mountains, alps, carpathians, caucasus). You seem to favour HG G and I2. Thats possible but I have the gut feeling that J2 (goat herding in the mountains) and even some R1b is more important. Assuming that dinaroid look originates from south-eastern rather than north-western direction, HG compositions in SE should be considered as more reliable correlators with dinaroid look than remote places due to lower selection bias. The caucasus is famous for its genetic and anthropologic diversity like a mosaic. It was rather source rather than target of migration. So lets look at armenians who are mainly J2+R1b and look very dinaroid. Georgians look much less so and have much less R1b and more G (I'm not sure here). Dinaric correlates well with I2a2 in eastern europe, but not elsewhere. Maybe the original HG I man have not looked dinaroid, yet HG I might have accidentally become an attached genetic trait in SE-Europe by interbreeding or genetic drift (perhaps Cucuteni-Tripolye?). To summarize my point: the present haplogroups in the Caucasus or Anatolia might be more reliable explanations for dinaroid look than those in present europe. It might be worth to investigate some R1b clades. Unfortunately I've not much knowledge, especially not about R1b.
Since I'm a follower of Maciamo's IE-steppe-theory as opposed to paleolithic continuity I wonder: Could it be that R1b is responsible for brachycephalization in Denmark, South-Scandinavia, Germany and Britain such that "Borrebys" and "Brünns" are not paleolithic remnants but rather the result of very slight dinaroid admixtrure?
I'm an amateur like you.
What I favour now is the Y-I2a1b (I2a2) link and maybe Y-I2a2 (I2b) to 'dinaric' phenotype – Y-G was a second choice but I hesitate a lot : G seams linked to the diffusion of Cardial and LBK (for LBK it's not evident every time, wait and see) and in the previous settlements of Cardial in France it don't seam there had been a noticeable brachycephalic component -
'dinaroid' is linked with old 'armenoid' and 'taurid' concept – someones said there was no more of a kind of “forged” type in Armenia since they abandoned the cradle system with crania deformation by that flattened the occipital. Half truth – in fact the 'dinaroid' strain in these mountainous regions is not as strong as in the Dinaric Alps, even if we can find today some dinaroid-like features among a lot of people in Caucasus, Armenia, Turkey, Kurdistan, and Some Syrians highland regions and Lebanese – some of the Tadjiks also.
For Turks, Armenians and some people of Albania, the cradle deformations was responsible of a lot of 'planocciptal bracycephals' – but some true dinaroids exist yet today in these countries (In Western Europe, there is no cranial deformation and true planocciptal people exist too!) - I add that in the populations practising craddle deformations, some of the children reminded dolichocephalic.
Dinaroid type birthdate and evolution is not very well known today yet – but it seams that the planoccipital trait (and brachycephaly) could be a dominant one, and could be find in mixed populations, and with intermediary forms (not always the same occipital angle) with different faces. Even if the crane is not 100% typical dinaroid it will be classified as 'dinaroid' if it presents the occipital flattening... on dolichocephalic cranes metric anthropology scholars was more demanding... So the proportion of 'dinaroid' accretion can be widely interpreted. The 'dinaroids' of the Chalcolithic/Bronze Western Europe did not show so high crania and so narrow faces thant the Near-Eastern-Caucasus 'dinaroids' of the 1930's. It supports the crania deformation thesis, the crane tending to grow higher vertically and smaller on all the others directions when compressed -
First 'Dinaroid' appeared (scholars say, not me) in Syria, Palestina only about the Chalcolithic times.
They seam to descend from Caucasus-Anatolia. Some 'alpinoids' or 'alpines' appeared about the same time in Anatolia.Ancient Egyptians depicted the Hittites in a very different way compared to Assyrians that seamed a mix of 'dinaroids' and 'indo-afghans' (>> or more precisely 'eurafrican' types) – they gave the Hittites 'alpinoid' features on the way to the 'georgian' thick variant (found too among some Armenians) KHERUMIAN prefered seeing the 'dinaroids' come down the Balkans. All that to say I see the moderate bracycephalic people of these regions as an old crossing of 'alpinoids' and 'dinaroid' types (the 2 heavy in the crossing) with various dolichocéphalic types encompassing small 'danubian mediterraneans', 'eurafricans' (with remnants of Brünn-Combe-Capelle features), other variant of small 'mediterraneans' not too far from western 'mediterraneans', and some 'nordic' according to the places: all these dolichocephalic types put one together don't overcome the brachycephalic mixture – The true 'dinaroid' weight would not exceed some 20%, but varying depending on the place . It would be interesting to study the weight of Y-I in these regions where I believe there was languages shifts for some small tribes and Y-DNA derive too. To say that there, it would be difficult to can link an Y-HG to a global phenotype.
As you I was wondering if Y-J2 could not be linked to a sort of 'dinaroid' tendance, when settled after a long time in North Highlands (scholars believe that brachycephaly could be linked to the life in altitude far from the sea, in a complicated and not simple mechanical way). The same with Y-G2 even if it seams to be wrong.
A french Scholars believed that 'dinaroid' types was evolved on a 'brünnoid' type in highlands not too far from sea, and 'alpinoids' in highlands far from sea... I agree timidly for that, but not when he said this process can reverse so easily as it took place! And I have in mind that G and IJK was “sons” of Y-F and that they could have shared some genetic close heritage (some of their descendants, the ones stayed in the same regions , even if not all of them) – I believe Y-I2a1a-M86 (South-Western Europe) and Y-I1 (North Europe) have developped big differences compared to Y-I2a1b and Y-2a2 (I2b) stayed between (maybe) Bohem and Anatolia... I believe that the process of dinaricization is a bracycephalization of a kind of paleolithic dolichocephal closer to the brutal C-Capelle/Brünn types than to the Cro-Magnon type I link better to 'alpinoids' and 'borreby's' – just a bet!
You think that Y-I2 is from N-W Europe, I not!!! Y-I2 is from Central Europe for I think, and was separated in 3 branches yet during the LGM or just after it – I2a is from Central-South-Eastern Europe (I see very well the Carpathes) - the great age of Y-I2 in Britain has no signification for me: they could have stayed a long time in Bohem before moving West (with B.Beakers) – the high percentages of Y-I2b in Germany can be due to derive (and I keep in mind that the Harz region was a metallic one: B.Beakers yet). Even in far Russia you find Y-I2b, and in Moldaves and Gagauzes and every time I2a12. So, S-E Europe: Y-I2a1b + Y-I2a2 (I2b) ++ 'dinaroids'
sure the mtDNA an Y-DNA aren't linked to strictly to autosomals (>> phenotypes ) but the statistical links can be of some importance in big populations – In Caucasus, the old link could have been erased completely by derive, I agree -
Maciamo could give us some up-to-date data on Y-I in detailed little populations of Caucasus and Near-Eastern – Iran... it could help.
Thank and don't forget drink a glass of something to put all that down.