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The data might include older samples from different countries. It is not just new data from Serbia, unfortunately.
The sites for the research of population’s genetic changes include Viminuacium, Mediana, Timacum Minus and several other sites in the Balkans, which provides a basis for the analysis of later Slavic migrations and facilitates modelling of the genetic structure of the modern Serbian population in the wider context of other Balkan people.
maybe you can calculate the numbers by.........Fox does not disclose the sites of the graph, in question. Here is a higher resolution form the video:
Unless the Serbian presenter disclosed anything in the introduction, I'll agree with Riverman and take this quote as written literally:
Samples are entirely from eastern Serbia plus other regions of the Balkans. If I were to guess, Romania and Bulgaria are excluded from that table, otherwise haplogroup I would have a larger representation in BA. If Greece is excluded, the graph implies J2a was abundant in BA Serbia, bubanj-hum is probably R-Z2103 and J2a combo.
Hard to tell if they excluded Greece, maybe they did not? Locations of Roman sites.
maybe you can calculate the numbers by.........
there are 7 .. T Ydna Neolithic samples .............4 x Harz mountain area Germany and 3 x modern Bulgaria area ( including one on the black sea )
maybe you should exclude the german ones and only use the bulgarian ones as they are balkan
i see this graph is causing some confusion in the thread.
These results aren't exclusively from Serbia, they are from the entire Balkans, compiled from all available studies.
Most of them are already published.
the % of E-V13 from the IA equals around 10 samples, which are simply the ones from Kapitan Andreevo.
0-500 CE is mostly the Viminacium and Timacum ones.
the J2b2 are mostly the ones from Croatia we already know of.
my guess is that either IA Serbia will be mostly R1b-Z2103, or we won't get any IA samples from central Serbia at all.
I see what he is saying, but I am 100% certain Bulgaria is excluded, use the higher resolution image I provided and paste it into Microsoft paint. Than measure the pixel distances.
Let me demonstrate: The entire graph bar has a pixel height of 640. In IA for example the E-V13 pixel is 100. So ratio times total sample size (100/640 x 58) = 9.0625 = 9. We have to round, as this is image based calc. Slavomir is close but incorrect. There are 9 E-V13 in the Southern Arc paper only from Bulgaria IA alone, plus one MKD and one Croatia, a total of 11 in IA Balkans only from Southern Arc. I am certain Bulgaria is excluded, because you can test out the same method for the Bronze Age, where haplogroup I2-L621 equals to be a total of 4 individuals. You guys should crosscheck my work, as I don't know what falls under this haplogroup, I do know there is tons of I2 in BA Romania and Bulgaria, and the figure of 4 seems extremely low if this is all inclusive Balkan samples.
Plus I am using the presenters hint from one of his slides. For the AD comparison analysis, Fox's additional samples come from Croatia-Bosnia-Montenegro-Albania-MKD-Greece. They are not consistent, because they did leave out Montenegro Dioclea AD samples (which I am sure in BA they did not leave out), but that is the general geographical focus they seem to be using.
So, there are only 9 E-V13 in the graph, one is likely Croatia, and one is MKD, this leaves 7 for Serbia.:bigsmile:
it says
Additional Balkan sites ........................means additional to the video presenting Y lineages balkan video
A several-year-long study on the origin of the Balkan people has revealed that about a half of today’s Serbian population’s genomes is indigenous, at least up to the Bronze age, whereas the remaining half is of Slavic origin, descendant from the Slavic migrants in the 7th century. Therefore, Slavic migration to the Balkans did not bring about population replacement, but an admixture of indigenous Balkan genome and the genome of Slavic migrants. Molecular markers have suggested that the Slavic migrations to the Balkans could have originated from present-day Poland and Ukraine. This study analyses the genetic structure of the local people in the region of Serbia in the Bronze, Iron, Roman and post-Roman period, and the present-day population. This continuity in the analysis has paved the way for identifying the constancy of population in our region and the DNA proportion in today’s modern population with lineage traced back to ancient history. The sites for the research of population’s genetic changes include Viminuacium, Mediana, Timacum Minus and several other sites in the Balkans, which provides a basis for the analysis of later Slavic migrations and facilitates modelling of the genetic structure of the modern Serbian population in the wider context of other Balkan people.
https://www.sanu.ac.rs/en/lecture-on-slavic-migrations-and-the-origin-of-people-in-the-balkans/
1 E-V13 in Bronze Age Serbia would be interesting considering Vatin, Dubovac-Zuto Brdo, Paracin Brnjica are cultures known to extensively cremate their deaths.
Also one addition regarding the debate of South-East Bulgarian E-V13, funny enough that culture is called as Eastern Hallstattian and its origin is usually tied to North-Western Bulgaria or Southern Carpathians/Oltenia by various archaeologists. Obviously they are not descended from Gava but rather from the same cultural block as them, they were their southern cousins. Whether Gava had E-V13, that i don't know. But, Gava and it's southern cousin cultures Psenicevo, Babadag and Insula Banului is what is considered to have consisted the Daco-Thracian ethnos.
Basarabi it's mostly derived from Insula Banului and as such was more influenced by the Hallstat groups unlike the Thracian groups in Bulgaria.
Nevertheless the main horizon behind the spread of the Thracian ethnicity is the Stamped Ware and it's perfectly clear where was it's core, Thrace, northern Bulgaria, Dobrugia, Moldova, Oltenia.
It's only after the Stamped Ware horizon, it's descendant the Basarabi group spread in Transylvania and elsewhere.
The upper Early Iron Age layers at Malkoto kale and Ada Tepe II, and the lower layers at Cala and Psenicevo itself belong to the second stage, which marks the apogee of geometric ornamentation.53 Most used are the stamped motifs, among which the S-ornaments are generally preferred. Combinations of stamped decoration and flutes are often seen.
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