Din nou Istorie Veche, antropologie prin genetica

http://isogg.org/tree/index.html Y-DNA Haplogroup Tree 2010
http://www.eupedia.com/forum/showthread.php?t=25779 The Atlantic fringe of Europe, from the British Isles to Iberia, could once have been a predominantly I2 region. I2 men could either have been slaughtered in battle, prevented from reproducing by having their women taken by the new invaders, or simply not able to compete in term of boys fathered. Whatever the relative importance of each factor, it is likely that R1b took wives in the indigenous I2 population. This would explain the continuity in skeletal phenotypes between Paleolithic and modern western Europeans (e.g. elongated skulls). One could say that the I2 population was genetically absorbed by the new R1b lineages.
http://www.eupedia.com/forum/showthread.php?t=25663 Pharaoh Tutankhamun, Akhenaten and Amenhotep III were R1b. Egypt’s 18th dynasty inaugurated the New Kingdom after the Second Intermediate Period, when the Hyksos ("foreign rulers") took over power between 1650 and 1570 BCE. It is very possible that the 18th Dynasty was of Hyksos origin, which could be Hittite or of other Indo-European origin. The Hyksos were described as bowmen and cavalrymen wearing the cloaks of many colors associated with the mercenary Mitanni. This strongly suggest an Indo-European origin indeed, as the steppe people were mounted archers, and the Mitanni are of proven IE origin. R1b1b2 is quite rare in modern Egypt (2% of the population) and was assumed to have come mostly through the Greek and Roman occupation. R1b1a makes up 4% of the Egyptian male lineages and dates from the Paleolithic.
Here is a summary of the current genetic knowledge regarding ancient ethnic groups. This is based on Y-chromosome DNA haplogroups only. For the latest Y-DNA haplogroup tree check the ISOGG’s website.

The ancient Egyptians

Based on the modern population of Egypt, and removing the foreign elements, it is reasonable to assume that the ancient Egyptians belonged primarily to haplogroups E1b1b and T. Nowadays about half of the Egyptian paternal lines could be descended from invaders, notably from the Arabic peninsula (hg J1, about 1/3 of the population), but also from Greece, Anatolia and Persia.

The ancient Persians

Iran has a heterogeneous populations when it comes to Y-DNA. Percentages vary greatly between East and West, and from North to South. Ancient Persia was less diverse, but still very mixed by ancient standards. Its ethnic composition prior to the Greek, Arabic and Mongol invasions was probably made of about 40% of haplogroup J (J1 being more predominant in the South and J2 in the North), 25% of hg R1a, 15% of hg F (possibly including G’s), 10% of hg G and 10% of hg H, I, K and L.

The ancient Babylonians

Babylonians and Assyrians belonged mostly to haplogroup J (mostly J2, but with some J1 in southern Mesopotamia) with a minority of E1b1b, G and K. Haplogroup G is more common around the Caucasus.

The ancient Greek & Romanss

=> See post #3 below.

The ancient Celts

It is now believed that the ancient Celts were by a very large majority R1b people. Many subclades of R1b divide the various geographic groups of Celts. 2500 years ago, British and Irish Celts belonged mostly to the subclade R1b-L21. Celts from Iberia and south-west Gaul were R1b-M167, while the other Gauls, from central France to southern Germany to northern Italy, belonged to R1b-U152. Further subgroups exist for all these clades (see Origins of European haplogroups).

The ancient Germanic people

The three main haplogroups associated with Germanic people are I1, I2b1 and R1b-U106. The latter is an old pre-Celtic branch of R1b mostly found around Frisia. These people are thought to have mixed with I1 people to form the ancient Germanic culture. In Scandinavia R1a is also quite common, although its presence could have predated a Germanic expansion from northern Germany, Denmark and southern Sweden.

The ancient Slavs

Present-day Eastern Slavs are descended from the ancient Kurgan culture of the Eurasian steppes. The Scythians were the branch of R1a that remained in the steppes of from whom modern Russians are descended (along with other haplogroups). Slavic Europeans belonged to haplogroup R1a and I2. Southern Slavs have a much higher proportion of I2 (notably in the Croatia). 

Eastern Europeans from the Danubian basin and the Balkans have also inherited a sizeable percentage of haplogroup E (and some G and T) from the expansion Neolithic farmers that started from northern Greece 7,000 years ago (Linear Pottery culture). 

The ancient Indians

The Indo-Aryan people who invaded the Indian peninsula from Central Asia and Iran 3,500 years ago belonged mostly to haplogroups R1a, with also some R2 and J2. This is known from the analysis of Y-DNA of the upper castes of Indian society (the Brahmins and the Kshatriyas), thought to be descended from the Indo-Aryans with minimal admixture on the paternal side. The native Dravidians belonged to the indigenous South Asian haplogroups F, H and L.

The ancient Chinese

Haplogroup O is associated with the Han ethnicity, as well as most of the people of East Asia and Polynesia. Nowadays O2a is the most common in northern China, and O1a in southern China.

The ancient Japanese

Modern Japanese people are composed of two ancient ethnicities : the Yayoi people, who migrated from the Korean peninsula about 2,300 years ago, bringing with them agriculture; and the Jomon people, the hunter-gathers who had lived on the archipelago for millennia before that. The Yayoi were hg O people, like the Chinese and Koreans. The Jomon belonged mostly to the rare haplogroup D (also found in Tibet and in the Andamans, some of the most isolated places on Earth). For more information see The Origin of Japanese people.

The ancient Americans

Be them nomadic tribes from North America, Aztecs, Mayas, Quechuas or cannibals from Amazonia, almost all native Americans belonged to haplogroup Q1a3a, but a minority of hg C existed in North America.

All haplogroups I are the indigenous people of Europe, the direct descendants of Cro-Magnon (it isn’t R1b as previously thought). This is why I is found everywhere in Europe at low frequencies, except I1 which remained strong in Germanic countries. A pocket of I2a2 survived around Croatia because of it’s relative isolation, outside the Danubian corridor used by new waves of immigrants/invaders. I2a1 survived at high frequency in Sardinia simply because it is the most isolated place in Europe.

Ancient Greeks

Pelasgians (pre-Minoan Greeks, or Helladic Greeks) belonged to an admixture of I, E-V13, T and G2a. E-V13 and T probably arrived in Greece from the Levant (and ultimately from Egypt, hence the small percentage of T) in the early Neolithic, 8,500 years ago. G2a came from the Caucasus approximately 6,000 years ago as herders of sheep and goats (and early miners ?).

Minoan Greeks migrated from Mesopotamia via Anatolia. They were mostly J2 people, but probably had some E too.

Mycenaean Greeks arrived around 3,600 years ago from the Ukrainian steppes. They were an Indo-European people belonging to R1a. So were the Macedonians and the Thracians (hence the higher density of R1a in northern Greece).

Greece was invaded by the Dorians around 1200 BCE. Nobody knows who they were or where they came from, but the high percentage of R1b in the regions where they settled (Peloponese, Crete) strongly suggest that they were R1b people. The events are linked to the Sea Peoples (see below), who were probably R1b people from the north-east of the Black Sea, or early Celts from central Europe. 

Greek historians sometimes mention that the Dorians were the descendants of the Trojans who came back to avenge their ancestors. The Trojans were an Indo-European people related to the R1b Hittites (see below). This would also explain why there is about the same percentage of R1b and R1a in modern Greece. Each correspond to a different wave of Indo-European invader. They only make up 12% of the population (each) because the Neolithic farmers (especially E and J2) were already well-established and numerous by that time.

Modern Greece is a melting pot. The Pelasgians were first there (probably haplogroup I2), then came early farmers from the Near East (E1b1b and J2), herders from the Caucasus and Anatolia (G2), then the Mycenaeans (I would think R1a), the Dorians (possibly R1b) and others.

Ancient Anatolians

Southern Anatolia was colonised early by Neolithic farmers from the Near East (E + J2).

The Indo-European invasions brought the Hittites (1750 BCE), the Lydians and Lycians (1450 BCE) and theProto-Armenians (1200 BCE). All were probably R1b, considering the high percentage of R1b in the regions they settled. R1b Indo-Europeans are thought to have originated on the north-eastern shores of the Black Sea, just north of the Caucasus. They could have invaded northern Anatolia by crossing the Caucasus, sailing across the sea, or going around via the steppes through the Bosphorus. 

Later R1b were possibly (part of) the Sea Peoples that ravaged the ancient Near Eastern civilizations, from Greece to Egypt. Their advance military technology and sea-based culture make of them very good candidates.

The Phrygians arrived in northern Anatolia after 1200 BCE, and were probably an offshoot from the Thracians (so R1a).

The Cimmerians are probably the last wave of migration (around 700 BCE) from the R1b homeland. They are said to have be expelled from Anatolia and moved to Europe, where they joined the other R1b people. Germanic and Celtic people both claim (partial) Cimmerian ancestry.

Romans, Celts and Germans

Celtic, Italic and Germanic people are all descended from the same R1b1b2 stock. They split north of the Alps. 

The Italic branch went south and mixed with the Terramare people who were I2a, G2a and E-V13. Northern Italians have more Indo-European Celto-Italic blood, while southern Italian have more indigenous blood (the highest being Sardinia, then Basilicata).

The Germanic branch moved north and mixed with the indigenous I1 and I2b people, who had already mixed with R1a migrants from the Corded Ware (Battle Axe) culture. The new hybrid Germanic people retained the highest percentage of aboriginal haplogroup I.

Celtic people split in several groups : the Brythonic went to Britain and Ireland, the Gaulish to France, the Iberian to Spain and Portugal, and the Alpine remained around Austria, Switzerland, southern Germany, Eastern France and Belgium. The Iberian and Gaulish groups mixed with I2b, I2a and E people, the Alpine with I2b and E, and the Brythonic just with I2b people. 

It is likely that the language of the aboriginal Europeans influenced the various Celtic, Italic and Germanic dialects. Germanic languages diverted the most from the original European R1b language because it assimilated a very large part of aborigines.

From about 700 BCE, the Etruscans settled around Tuscany and the Greeks in southern Italy. Etruscans probably came from Palestine and brought haplogroups J1, J2 and E with them. The Greeks in Italy were Doric and brought J2, E, G2a and probably more R1b (see above). The Romans progressively absorbed the Etruscans and Italian Greeks and mixed with them. By the time of Julius Caesar Roman citizens were probably composed of 45% of R1b, 20% of J, 15% of E, 15% of G2a and 5% of I2a.

The Phoenicians

The unique colonization pattern of the Phoenicians and the isolation of some of their colonies (Ibiza, Sardinia, Malta) have made it easy to identify their genetic signature. The Phoenician population was already very mixed 3000 years ago : E-V22, J1, J2, J2a4b, J2a4b1, G2a, R1a and R1b1a. E-V22 and R1b1a are quite specific to Levantines (Syrians, Lebanese, Druzes, Jews, Palestinians).

The Hungarians

Modern Hungarians are virtually undistinguishable from their Austrian and Slovak neighbours in terms of Y-chromosome haplogroups. 

But Hungary is a notoriously difficult country for Y-DNA proportions. Percentages tend to vary widely from one study to another, depending on the regional populations sampled. Some studies have found over 60% of R1a in Hungary, although the average if half that figure. Some villages have a small percentage of CentralNorth Asian haplogroups N, Q or C, but they are otherwise quite rare. Interestingly neighbouring countries like Austria, Slovakia and Ukraine appear to have more C, Q and N than Hungary.

Hungary has a peculiar history due to its geography – a vast plain surrounded by mountains on every side (the Alps and the Carpathians). In Neolithic times, it was at the centre of the Danubian cultures, which was composed of E-V13 farmers from Thessaly and I2 hunter-gatherers (soon converted to farming). Then came the Slavic invasion (around 3,000 BCE), followed by the Proto-Italo-Celts and Alpine Celts (2,000 BCE to 200 BCE), who brought respectively R1a and R1b to the region.

Hungary was named after the Huns, who invaded Europe from 370 CE and partly settled in the Pannonian plain (now known as Hungarian plain). It isn’t sure where the Huns came from, but it is generally believed that they descended from the Xiongnu peoples of Mongolia. They were a confederation and included various ethnic group under Hunnic leadership. It is likely that there were many R1a peoples (e.g. Scythians) from the Eurasian Steppe. The Huns themselves may have been an admixture of haplogroup Q and C. However less than 2% of the modern population belong to Q and C combined.

The next invaders were the Magyar, a Finno-Ugric people who arrived in Europe in the 9th century, and settled in Hungary in the 10th. Hungarian language is actually a descendant of Magyar, not Hunnic, despite the misleading name in "Hun-". The Magyar came from Central Asia, and are related to the modern Bashkirs of Russia. Modern Bashkirs have about 35% of haplogroup R1b1b2, 26% of R1a, 17% of N1c and 13% of R1b1b1. However, they were conquered by the Mongols, which may account for all the haplogroup C. In fact, the presence of C in Europe is usually attributed exclusively to the Mongols, and C is almost non-existent in Hungary anyway. 

A study compared the Y-chromosome of the Madjar tribe from Kazakhstan to the Magyars of Hungary, and found that some G lineages were related. The article doesn’t specify the subcalde, but G1 is the dominant strain in Kazakhstan, and is also found in Hungary (but normally not elsewhere in Europe).

Another study compared the Y-DNA of Hungarians with other Finno-Ugric-speaking populations in order to understand why modern Hungarians have so little of the typical Uralic haplogroup N1c. They tested a few individuals from a 10th-century cemetery found out that half of the individuals belonged to N1c. The sample was small, and maybe "pure" Magyar, but it nonetheless suggests that the original Magyar had much more N1c than modern Hungarians. 

The Magyar population is thought to have suffered considerably from the 13th-century Mongol invasion of Europe, and from the 16th-century war against the Ottomans. Hungary was repopulated in great number by ethnic Germans/Austrians, which explains why modern Hungary is closest to Austria for its Y-DNA composition.

From all this can be deduced that the original Magyars were an admixture of N1c and R1a (predominant), with some G1, and maybe some R1b.

As haplogroup Q is neither associated with the Magyars not with the Mongols, it must be either be of Hunnic origin, or from other Asian tribes part of the various invaders from the steppes.


About Alex Imreh

http://www.aleximreh.ro http://www.facebook.com/alex.imreh 0742-669918
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