enter_tain
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- Y-DNA haplogroup
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I've wanted to make this thread for a few months now. Today there are millions of Italian, Greek, and Romanian men under EV13. In places like Albania, Kosovo, Hungary, Austria, Bulgaria, Serbia, they number ~ 1 million/each with some places frequencies as high as 40-50%. This Y-DNA has spread, not only in the Balkans, but all over southern, central and even northern/western Europe.
I've never been a proponent of 1 ethnic group = 1 Y-DNA. That is stupid. You will only find such cases in very specific archeological sites, and not in large countries. As such, I do not believe there is only 1 source of E-V13. This will depend on individual branches. We have 3 EV13s in the Western Balkans during Roman times, but since that can be attributed to Roman Empire, we also have 1 Iron Age EV13. We also have the precursors to EV13 in a few different places like Spain and central Europe.
The point of this thread is not to determine where it arose initially. It is to point out the spread of this group during Roman Empire times. That is a clear undeniable fact. Places like Italy, Greece, Albania have shown 0 EV13 so far. Yet, people there number in the millions today. In fact, in the latest study even Serbia/Romania showed 0 samples. The only place with a noticeable amount of samples was south-east Bulgaria.
Like I said, it is a fact that this Y-DNA spread all over Europe during Roman times. But autosomally this is very interesting, because so did this elusive "Roman Imperial admixture".
This is what the paper's authors say
"Consistent with this, we model the ancestry of this Balkans Iron Age Cluster as predominantly deriving from Iron Age (IA) groups from nearby areas in the Balkans, with 67% Aegean Bronze Age-related ancestry and the remainder Slovenia Iron Age-related ancestry (Figure 2; Supplementary section 12.1). A local origin is supported by a high frequency of Y-chromosome lineage E-V13"
The issue here, is that they assume the E-V13 people were locals, while pointing out that 2/3rds of their ancestry was "Aegean". In fact, we have pure "Near Eastern"/"southeastern" men with E-V13. The "Balkan Iron Age Cluster" is a mixture of Western Balkan + Near-Eastern. These are probably Near Eastern EV13 men with local Balkan women.
How does it make sense for northern Serbia to be "67% Bronze Age Aegean" and be "locals"? This assumption the author's paper made seems to be erroneous.
Such a massive pan-European spread of E-V13 could only be facilitated by this "Roman Imperial" admixture, especially since it's mentioned these men had "high status" in European society.
"Individuals with Eastern Mediterranean ancestry could have high social status: 3 out of the 4 individuals buried in twosarcophagi (each containing a male-female pair) with exceptionally rich grave goods at the Ritnecropolis in Viminacium belonged to the Near Eastern-related cluster, while the remainingone belonged to the Balkans Iron Age-related cluster. This kind of burial was common in theEastern Roman settlements for aristocratic members of society "
I've never been a proponent of 1 ethnic group = 1 Y-DNA. That is stupid. You will only find such cases in very specific archeological sites, and not in large countries. As such, I do not believe there is only 1 source of E-V13. This will depend on individual branches. We have 3 EV13s in the Western Balkans during Roman times, but since that can be attributed to Roman Empire, we also have 1 Iron Age EV13. We also have the precursors to EV13 in a few different places like Spain and central Europe.
The point of this thread is not to determine where it arose initially. It is to point out the spread of this group during Roman Empire times. That is a clear undeniable fact. Places like Italy, Greece, Albania have shown 0 EV13 so far. Yet, people there number in the millions today. In fact, in the latest study even Serbia/Romania showed 0 samples. The only place with a noticeable amount of samples was south-east Bulgaria.
Like I said, it is a fact that this Y-DNA spread all over Europe during Roman times. But autosomally this is very interesting, because so did this elusive "Roman Imperial admixture".
This is what the paper's authors say
"Consistent with this, we model the ancestry of this Balkans Iron Age Cluster as predominantly deriving from Iron Age (IA) groups from nearby areas in the Balkans, with 67% Aegean Bronze Age-related ancestry and the remainder Slovenia Iron Age-related ancestry (Figure 2; Supplementary section 12.1). A local origin is supported by a high frequency of Y-chromosome lineage E-V13"
The issue here, is that they assume the E-V13 people were locals, while pointing out that 2/3rds of their ancestry was "Aegean". In fact, we have pure "Near Eastern"/"southeastern" men with E-V13. The "Balkan Iron Age Cluster" is a mixture of Western Balkan + Near-Eastern. These are probably Near Eastern EV13 men with local Balkan women.
How does it make sense for northern Serbia to be "67% Bronze Age Aegean" and be "locals"? This assumption the author's paper made seems to be erroneous.
Such a massive pan-European spread of E-V13 could only be facilitated by this "Roman Imperial" admixture, especially since it's mentioned these men had "high status" in European society.
"Individuals with Eastern Mediterranean ancestry could have high social status: 3 out of the 4 individuals buried in twosarcophagi (each containing a male-female pair) with exceptionally rich grave goods at the Ritnecropolis in Viminacium belonged to the Near Eastern-related cluster, while the remainingone belonged to the Balkans Iron Age-related cluster. This kind of burial was common in theEastern Roman settlements for aristocratic members of society "