Best of EvX: How Turkic is Turkey?


map of the spread of farming in Turkey/Anatolia/Europe

Hello my Turkish and Turkic readers! In honor of having written a lot on this blog, we’re taking a look back at our most popular posts, and today’s is on the genetic history of Turkey and the Turkic peoples.

Since my original post, I have learned many things about Turkey–mostly that Turks and other Turkic peoples love their culture and heritage. Note: I will probably use “Turkey” and “Anatolia”, interchangeably in this post. Turkey is the name for the modern state located in the region; Anatolia is a more generic name for the geography. I know that “Turkey” as a state or even a people didn’t exist 8,000 years ago.

Turkey has a long and fascinating history. It is possibly the cradle of civilization, as sites like Gobekli Tepe attest, and one of the birthplaces of agriculture.

1280px-j228y-dna29Early farmers spread out from Anatolia into Europe and Asia, contributing much of the modern European gene pool. There are many Y-DNA haplogroups in modern Turkey, which most likely means the Turkish male population hasn’t been completely replaced in recent invasions. (It’s not uncommon for an invasion to wipe out 80+% of the male population in an area.) About 24% of Turkish men carry haplogroup J2, which might not have originated in Turkey all of those centuries ago, but by 12,000 years ago it was common throughout Turkey (and today remains the most common haplogroup). This lineage spread with the Anatolian farmers into Europe around 8,000 years ago. and presumably Asia, as well.

From Haak et al

The second most common Y-haplogroup, at 16%, is good old R1b, which was carried into Turkey around 5-6,000 years ago by the Indo-European invaders. (The Indo-European invasion in Spain apparently wiped out all of the local men, but was not nearly so bad in Turkey.) These invaders spoke the Anatolian branch of the Indo-European tree, including Hittite and Luwian.

The Anatolian languages went extinct following Anatolia’s conquest by Alexander the Great in the 4th century BC (though it took several centuries for the languages to fall completely out of use.)

Haplogroup G–11%–is most common in the Caucasus, spread thinly over much of Anatolia and Iran, and even more thinly through Europe, North Africa, and central Asia. It’s probably a pretty old group–Otzi the Iceman was a member of the G clade.

Haplogroup E-M215 is found in about 10% of Turks and is most common in North Africa and the Horn of Africa, but is also quite common in Bedouin populations. It seems likely to be a very old haplogroup.

J1–9%–is common throughout the Middle East and amusingly reaches 46% among Jewish men named “Cohen.”

The rest of Turkish Y-chromosomes hail either from related haplogroups, like R1a, or represent smaller fractions of the population, like Q, 2%, commonly found in Siberia and Native Americans.

(Information on all Turkish Y-haplogroups.)

TurkmenSo how much Turkish DNA hails from Turkic peoples?

Modern Turks don’t speak Anatolian or Greek. They speak a Turkic language, which hails originally from an area near Mongolia. The Turkic-speaking peoples migrated into Anatolia around a thousand years ago, after a long migration/expansion through central Eurasia that culminated with the conquering of Constantinople. Today, the most notable Turkic-speaking groups are the Turks of Turkey,  AzerbaijanisUzbeksKazakhsTurkmen and Kyrgyz people.

The difficulty with tracing Turkic DNA is that, unlike the Mongols, Turkic DNA isn’t terribly homogeneous. The Mongols left a definite genetic signature wherever they went, but imparted less of their language–that is, they killed, raped, and taxed, but didn’t mix much with the locals. By contrast, the Turkic peoples seem to have mixed with their neighbors as they spread, imparting their language and probably not massacring too many people.

Asian, Australian, and Melanesian ethic groups (including Indian, Middle Eastern, and Chinese) from Haak et al’s dataset

According to Wikipedia:

The largest autosomal study on Turkish genetics (on 16 individuals) concluded the weight of East Asian (presumably Central Asian) migration legacy of the Turkish people is estimated at 21.7%.[1]

Note that Turkey shares haplogroup J2 with its Turkic neighbors. This raises an interesting possibility: early Anatolian farmers spread into central Eurasia, mixed with local nomadic Turkic speakers, and then migrated back into Turkey. But 16 people isn’t much of a study.

“South Asian contribution to Turkey’s population was significantly higher than East/Central Asian contributions, suggesting that the genetic variation of medieval Central Asian populations may be more closely related to South Asian populations, or that there was continued low level migration from South Asia into Anatolia.”

“South Asian” here I assume means that Turkey looks more like Iran than Uzbekistan, which is true. The Turkic wanderers likely passed through Iran on their way to Turkey, picking up Iranian culture (such as Islam) and DNA–plus the pre-existing Anatolian population was probably closer to Iran than Uzbekistan anyway.

… the exact kinship between current East Asians and the medieval Oghuz Turks is uncertain. For instance, genetic pools of Central Asian Turkic peoples is particularly diverse and modern Oghuz Turkmens living in Central Asia are with higher West Eurasian genetic component than East Eurasian.[2][3][4]

I think “West Eurasian” is a euphemism for “Caucasian.” East Eurasian (aka Asian) DNA, you can see in the map above, tends to be red+yellow, tending toward all red in Siberia and all yellow in Taiwan. Indo-European groups, including Iranians, tend to have a teal/blue/orange pattern. Turkmen, Uzbeks, and Uygurs, as you can see in the graph, have a combination of both sets of DNA. The Turks also have a small amount of east Asian DNA–but much less–while their neighbors in Iran and central Eurasia share a little Indian DNA.

Several studies have concluded that the genetic haplogroups indigenous to Western Asia have the largest share in the gene pool of the present-day Turkish population.[5][6][7][8][5][9][10][11] An admixture analysis determined that the Anatolian Turks share most of their genetic ancestry with non-Turkic populations in the region and the 12th century is set as an admixture date.[12]

Western Asia=Middle East.

So Turkish DNA is about 22% Turkic, from nomads who entered the country via Iran, and about 78% ancient Anatolian, from the people who had already lived there on the Anatolian plateau for centuries.

But as the Turkic peoples (and many of the comments on my original post) show, culture doesn’t have to be genetic, and many Turkic people feel a strong cultural connection to each other. (And many people report that various Turkic languages are pretty easy to understand if you speak one Turkic language–EG:

hello everyone I’m an Uzbek,

… tatars played a great role in Genghis’s empire and they had an empire after dividing the empire called Golden Horde, it was mongol state but after it became to turki with a time. and their sons are kazakh and kirgiz. Thats why we uzbeks can understand turkish easly more than our neighboors kazakhs. and we uzbeks are not mongoloid like kazakhs.because uzbek language has oghuz and karluk dialect. uzbek-uygur are like turkish-azerbaijani or turkish-crimean tatar. thats why uzbek dialect is most understandable language for every turkic people. but we can understand %95 uygur, %85 turkish-turkmen, %70 azerbaijani %50 kazakh.

Our Uzbeki friend’s full comment is very interesting, and I recommend you read the whole thing.

For that matter, many thanks to everyone who has left interesting comments sharing your family’s histories or personal perspectives on Turkish/Turkic culture and history over the years–I hope you have enjoyed this update.

The People Who Went Down the Rivers: Origin of the Sino-Tibetan Language Family

I recently received a question from Quas Lacrimas:

“What (if anything) do you make of the fact that Proto-Tibetan and Proto-Sinitic were sister languages, but Tibetans and Han are so genetically disparate?”

My first response was that, assuming the question itself was correct, then one group must have conquered the other group, imparting its language but not its DNA.

On further reflection, though, I decided it’d be best to check whether the question’s initial premises were correct.

Sino-Tibetan, it turns out, is a legit language family:

The Sino-Tibetan languages, in a few sources also known as Tibeto-Burman or Trans-Himalayan, are a family of more than 400 languages spoken in East Asia, Southeast Asia and South Asia. The family is second only to the Indo-European languages in terms of the number of native speakers. The Sino-Tibetan languages with the most native speakers are the varieties of Chinese (1.3 billion speakers), Burmese (33 million) and the Tibetic languages (8 million). Many Sino-Tibetan languages are spoken by small communities in remote mountain areas and as such are poorly documented.

Map of the Sino-Tibetan language family
Red: Chinese; Yellow: Tibetan; Brown: Karen; Green: Lolo-Burmese; Orange: Other

But the claim that Tibetans and Chinese people are genetically disparate looks more questionable. While the Wikipedia page on Sino-Tibetan claims that, “There is no ethnic unity among the many peoples who speak Sino-Tibetan languages,” in the next two sentences it also claims that, “The most numerous are the Han Chinese, numbering 1.4+ billion(in China alone). The Hui (10 million) also speak Chinese but are officially classified as ethnically distinct by the Chinese government.”

But the Chinese government claiming that a group is an official ethnic group doesn’t make it a genetic group. “Hui” just means Muslim, and Muslims of any genetic background can get lumped into the group. I actually read some articles about the Hui ages ago, and as far as I recall, the category didn’t really exist in any official way prior to the modern PRC declaring that it did for census purposes. Today (or recently) there are some special perks for being an ethnic minority in China, like exceptions to the one-child policy, which lead more people to embrace their “Hui” identity and start thinking about themselves in this pan-Chinese-Muslim way rather than in terms of their local ethnic group, but none of this is genetics.

So right away I am suspicious that this claim is more “these groups see themselves as different” than “they are genetically different.” And I totally agree that Tibetan people and Chinese people are culturally distinct and probably see themselves as different groups.

For genetics, let’s turn back to Haak et al’s representation of global genetics:

Haak et all’s full dataset










Just in case you’re new around here, the part dominated by bright blue is sub-Saharan Africans, the yellow is Asians, and the orange is Caucasians. I’ve made a map to make it easier to visualize the distribution of these groups:

Asian, Australian, and Melanesian ethic groups (including Indian, Middle Eastern, and Chinese) from Haak et al’s dataset

This dataset doesn’t have a Tibetan group, but it does have the Nepalese Kusunda, Mongolic Tu (a Mongolic-language speaking people in China), and the Burmese Lahu. So it’s a start.

The first thing that jumps out at me is that the groups in the Sino-Tibetan language family do not look all that genetically distinct, at least not on a global scale. They’re more similar than Middle Easterners and Europeans, despite the fact that Anatolian farmers invaded Europe several thousand years ago.

The Wikipedia page on Sino-Tibetan notes:

J. A. Matisoff proposed that the urheimat of the Sino-Tibetan languages was around the upper reaches of the Yangtze, Brahmaputra, Salween, and Mekong. This view is in accordance with the hypothesis that bubonic plague, cholera, and other diseases made the easternmost foothills of the Himalayas between China and India difficult for people outside to migrate in but relatively easily for the indigenous people, who had been adapted to the environment, to migrate out.[68]

The Yangtze, Brahmaputra, Salween and Mekong rivers, as you might have already realized if you took a good look at the map at the beginning of the post, all begin in Tibet.

Since Tibet was recently conquered by China, I was initially thinking that perhaps an ancient Chinese group had imposed their language on the Tibetans some time in the remote past, but Tibetans heading downstream and possibly conquering the people below makes a lot more sense.

oh look, it’s our friends the Ainu

According to About World Languages, Proto-Sino-Tibetan may have split into its Tibeto- and Sinitic- branches about 4,000 BC. This is about the same time Proto-Indo-European started splitting up, so we have some idea of what a language family looks like when it’s that old; much older, and the languages start becoming so distinct that reconstruction becomes more difficult.

But if we look at the available genetic data a little more closely, we see that there are some major differences between Tibetans and their Sinitic neighbors–most notably, many Tibetan men belong to Y-Chromosome haplogroup D, while most Han Chinese men belong to haplogroup O with a smattering of Haplogroup C, which may have arrived via the Mongols.

According to Wikipedia:

The distribution of Haplogroup D-M174 is found among nearly all the populations of Central Asia and Northeast Asia south of the Russian border, although generally at a low frequency of 2% or less. A dramatic spike in the frequency of D-M174 occurs as one approaches the Tibetan Plateau. D-M174 is also found at high frequencies among Japanese people, but it fades into low frequencies in Korea and China proper between Japan and Tibet.


It is found today at high frequency among populations in Tibet, the Japanese archipelago, and the Andaman Islands, though curiously not in India. The Ainu of Japan are notable for possessing almost exclusively Haplogroup D-M174 chromosomes, although Haplogroup C-M217 chromosomes also have been found in 15% (3/20) of sampled Ainu males. Haplogroup D-M174 chromosomes are also found at low to moderate frequencies among populations of Central Asia and northern East Asia as well as the Han and Miao–Yao peoples of China and among several minority populations of Sichuan and Yunnan that speak Tibeto-Burman languages and reside in close proximity to the Tibetans.[5]

Unlike haplogroup C-M217, Haplogroup D-M174 is not found in the New World…

Haplogroup D-M174 is also remarkable for its rather extreme geographic differentiation, with a distinct subset of Haplogroup D-M174 chromosomes being found exclusively in each of the populations that contains a large percentage of individuals whose Y-chromosomes belong to Haplogroup D-M174: Haplogroup D-M15 among the Tibetans (as well as among the mainland East Asian populations that display very low frequencies of Haplogroup D-M174 Y-chromosomes), Haplogroup D-M55 among the various populations of the Japanese Archipelago, Haplogroup D-P99 among the inhabitants of Tibet, Tajikistan and other parts of mountainous southern Central Asia, and paragroup D-M174 without tested positive subclades (probably another monophyletic branch of Haplogroup D) among the Andaman Islanders. Another type (or types) of paragroup D-M174 without tested positive subclades is found at a very low frequency among the Turkic and Mongolic populations of Central Asia, amounting to no more than 1% in total. This apparently ancient diversification of Haplogroup D-M174 suggests that it may perhaps be better characterized as a “super-haplogroup” or “macro-haplogroup.” In one study, the frequency of Haplogroup D-M174 without tested positive subclades found among Thais was 10%.

Haplogroup D’s sister clade, Haplogroup E, (both D and E are descended from Haplogroup DE), is found almost exclusively in Africa.

Haplogroup D is therefore very ancient, estimated at 50-60,000 years old. Haplogroup O, by contrast, is only about 30,000 years old.

On the subject of Han genetics, Wikipedia states:

Y-chromosome haplogroup O3 is a common DNA marker in Han Chinese, as it appeared in China in prehistoric times. It is found in more than 50% of Chinese males, and ranging up to over 80% in certain regional subgroups of the Han ethnicity.[100] However, the mitochondrial DNA (mtDNA) of Han Chinese increases in diversity as one looks from northern to southern China, which suggests that male migrants from northern China married with women from local peoples after arriving in modern-day Guangdong, Fujian, and other regions of southern China.[101][102] … Another study puts Han Chinese into two groups: northern and southern Han Chinese, and it finds that the genetic characteristics of present-day northern Han Chinese was already formed as early as three-thousand years ago in the Central Plain area.[109]

(Note that 3,000 years ago is potentially a thousand years after the first expansion of Proto-Sino-Tibetan.)

The estimated contribution of northern Hans to southern Hans is substantial in both paternal and maternal lineages and a geographic cline exists for mtDNA. As a result, the northern Hans are the primary contributors to the gene pool of the southern Hans. However, it is noteworthy that the expansion process was dominated by males, as is shown by a greater contribution to the Y-chromosome than the mtDNA from northern Hans to southern Hans. These genetic observations are in line with historical records of continuous and large migratory waves of northern China inhabitants escaping warfare and famine, to southern China.

Interestingly, the page on Tibetans notes, ” It is thought that most of the Tibeto-Burman-speakers in Southwest China, including the Tibetans, are direct descendants from the ancient Qiang.[6]

On the Qiang:

The term “Qiang” appears in the Classic of Poetry in reference to Tang of Shang (trad. 1675–1646 BC).[14] They seem to have lived in a diagonal band from northern Shaanxi to northern Henan, somewhat to the south of the later Beidi. They were enemy of the Shang dynasty, who mounted expeditions against them, capturing slaves and victims for human sacrifice. The Qiang prisoners were skilled in making oracle bones.[15]

This ancient tribe is said to be the progenitor of both the modern Qiang and the Tibetan people.[16] There are still many ethnological and linguistic links between the Qiang and the Tibetans.[16] The Qiang tribe expanded eastward and joined the Han people in the course of historical development, while the other branch that traveled southwards, crosses over the Hengduan Mountains, and entered the Yungui Plateau; some went even farther, to Burma, forming numerous ethnic groups of the Tibetan-Burmese language family.[17] Even today, from linguistic similarities, their relative relationship can be seen.

So here’s what I think happened (keeping in mind that I am in no way an expert on these subjects):

  1. About 8,000 years ago: neolithic people lived in Asia. (People of some sort have been living in Asia since Homo erectus, after all.) The ancestors of today’s Sino-Tibetans lived atop the Tibetan plateau.
  2. About 6,000 years ago: the Tibetans headed downstream, following the course of local rivers. In the process, the probably conquered and absorbed many of the local tribes they encountered.
  3. About 4,000 years ago: the Han and Qiang are ethnically and linguistically distinct, though the Qiang are still fairly similar to the Tibetans.
  4. The rest of Chinese history: Invasion from the north. Not only did the Mongols invade and kill somewhere between 20 and 60 million Chinese people in the 13th century, but there were also multiple of invasions/migrations by people who were trying to get away from the Mongols.

Note that while the original proto-Sino-Tibetan invasion likely spread Tibetan Y-Chromosomes throughout southern China, the later Mongol and other Chinese invasions likely wiped out a large percent of those same chromosomes, as invaders both tend to be men and to kill men; women are more likely to survive invasions.

Most recently, of course, the People’s Republic of China conquered Tibet in 1951.

I’m sure there’s a lot I’m missing that would be obvious to an expert.

Genetic History of the Finno-Ugrics

Click for full size
From Haak et al.

I often run across people asserting that the Finno-Ugrics are “Mongols” or “Asian” or Chinese,”so today’s post is dedicated to the genetic history of the Finno-Urgrics.

The Finno-Ugrics (which includes the Udmurts but not the Uyghurs,) are people who speak Finno-Ugric languages such as the Khanty, Mansi, Hungarians, Maris, Mordvins, Sámi, Estonians, Karelians, Finns, Udmurts and Komis.[1]

Here’s a map:

Distribution of the Finno-Ugric languages
Distribution of the Finno-Ugric languages

Here are some pictures:

Charles Simonyi, Hungarian
Charles Simonyi, Hungarian
Presidents of the Norwegian Sami Parliament
3 Presidents of the Norwegian Sami Parliament
Erzaya women
Erzaya (Mordvin) women

Edit: I formerly had here pictures of Lennart Meri, President of Estonia, and Linus Torvalds, of Finland, but it turns out they’re actually ethnically Swedish. So I am substituting instead Finish figure skater Kiira Korpi and Estonian soldier Andres Nuiamae (killed in Iraq.) Hopefully they aren’t secretly Swedish.

Kiira Korpi, Finnish
Kiira Korpi, Finnish
Andres Nuiamae, Estonian
Andres Nuiamae, Estonian
Karelian women
Karelian women (Karelia is next door to Finland)
Janne Seurujärvi, Finnish Sami
Janne Seurujärvi, Finnish Sami
Udmurt people
Udmurt people
Khanty family
Khanty family
Mari man
Mari man
Komi People
Komi People
The two men on the right are from the Mansi.
The two men on the right are from the Mansi.


The Finno-Ugric languages are a subset of the Uralic Language family that excludes the Samoyedic languages.

Language is always a problematic base for claiming ethnic identity, because conquered people can easily learn a new language. African Americans today speak English, even though their ancestors weren’t Anglo-Saxons. Even the English aren’t majority Anglo-Saxon.

However, combining language, genetics, archaeology, and whatever historical records we have may result in a pretty trustworthy picture.

In this case, all of the Finno-Ugric people from within “Europe”–Finns, Estonians, Sami, Hungarians, etc.–all look very much like their neighbors. If you just randomly asked me to guess Torvalds or Meri’s ethnicity, the one thing I would not say is “Mongol.”

The groups that hail from Russia’s Siberia look more like other folks from Siberia.

Here are some genetic profiles (these are closeups of the graph at the top of the page):

DNA from various European peoples
DNA from various European peoples

With a few isolated exceptions (eg, the Basque,) almost all Europeans have a fairly similar genetic profile reflecting three main ancestral groups. The original “orange” and “blue” tribes have been identified via DNA sequencing of ancient European skeletons; at some point they seem to have merged. The “teal” component looks like it came in when a “blue” tribe migrated east and merged with a “teal” tribe, then came back and conquered the “orange-blue” tribes, resulting in blue-orange-teal tribes. (You can see the ancient skeleton sequences at the far left on the graph at the top of the page.)

A few groups don’t show this pattern–the Basques, for example, who don’t speak an Indo-European language, have very little teal. Based on this and other evidence, “Blue-Teal” tribe is therefore believed to be the original Indo-Europeans.

The Finns, Estonians, Mordovans, and Sami all have the blue, teal, and orange of other European groups and they also share a bit of red that is also found in the Russians. This group (including Russians) also seems to have a bit more blue than the other Europeans. The Sami in particular seem to have a fair amount of this red; they look rather similar to the Chuvash, a Russian ethnic group:

World's most famous Chumash
World’s most famous Chuvash

The Hungarians have a tiny bit of red if you look very closely, but this is not much at all; several other groups have similarly tiny smidgeons of red and no claims of Finno-Ugric ancestry. The Wikipedia page on Hungarians also states that, despite the well-documented Magyar invasion around 1100, modern Hungarians appear to be genetically continuous with pre-Magyar Hungarians. Perhaps there were never enough Magyars to have much of an impact besides imparting their language; or they just failed to reproduce and so gradually died out in their new land, leaving their language behind; or the red-DNA contained specific adaptations that help people survive in the arctic, and so have been selected against in warmer Hungary; or perhaps the Magyars themselves never had much of the red-DNA for whatever reasons.

By contrast, various tribes from central Eurasia (the Chuvash may perhaps be included) show quite mixed ancestries:

DNA from various steppe peoples
DNA from various Eurasian peoples

The Hazara are from Pakistan/Afghanistan; the Uygurs are primarily from the far western end of China; Turkmen and Uzbeks you’re probably familiar with; and the Evens are a Siberian people who live in far eastern Russia.

The Mansi are one of our Finno-Ugric people, with large sections of blue, red, and even a little teal. Based on the photos, I’m not surprised to see essentially a mix of Siberian and typically European DNA. The Wikipedia has this to say about their origins:

“The ancestors of Mansi people populated the areas west of the Urals.[3] Mansi findings have been unearthed in the vicinity of Perm.[3]

In the first millennium BC, they migrated to Western Siberia where they assimilated with the native inhabitants.[3] According to others they are originated from the south Ural steppe and moved into their current location about 500 AD.” (wikiepdia)

The Selkups are a Samoyed people–the Samoyed languages are cousins to the Finno-Ugric languages under the larger family of Uralic Languages.

It looks like the original Finno-Ugric speakers who settled in Finland, Lapland, Estonia, etc., looked like the Mansi or Selkups, this might explain the slightly higher quantities of blue in these groups.

The red DNA reaches its greatest dominance in the Nganasan, a Samoyedic people living in north central Siberia:

DNA from various Siberian Peoples.
DNA from various Siberian Peoples.

An old picture of the Nganasan:

Ngasani People
It’s cold there.

(The Yukagir are from further east in Siberia than the Nganasan (the olive-brown shade is shared with the Eskimo;) the Daur and Oroqen live in inner Mongolia, China; the Henzhen live in northern Manchuria/the region north of there along the Sea of Okhotsk; the Ulchis live just north of them. The Tubalar and Altaian people hail from the meeting point of Russia, China, Mongolia, and Kazakhstan; the Dolgans from north central Siberia; the Yakuts live to their east.)

The red/yellow combination is found throughout most of the “Asian” countries–Japan, China, Korea, Mongolia, etc., but not in Cambodia or Thailand. You can see them on the big chart at the top. The two pure yellow groups, the Ami and Atayal, are indigenous people of Taiwan.

The Red, therefore, is found in large quantities in Siberia/polar peoples. In Asia it mixes with the yellow, with the ration of yellow/red increasing as you go south. Red finds its maximum in far northern Siberia, and yellow in Taiwan. I therefore speculate that the red started in Siberia and worked its way south, while the yellow started somewhere around southern China and moved outwards from there.

The Blue is found in all Europeans but is rare in the Middle East; it appears in small quantities in Central Asia, India, and Siberia. Small quantities could just be the result of thousands of years of people moving around ancient trade routes, but the relatively larger quantities in Siberia seem less likely to be the result of trade.

Teal appears to be found in all Indo-European and Middle Eastern regions; it is even more wide-spread than orange, which never made it to India.

Therefore I suspect that a band of blue and a band of red people merged to form the original Uralic people from which the Finno-Ugrics later split off. (The lack of red in Hungary could be due to the branch which eventually became the Magyars having split off before the red-blue merger, but they lack the extra blue found in Finns, so this seems unlikely. Plus, their language would be quite different from the other Finno-Ugric languages if they had, perhaps similar to the relationship between Anatolian and the other Indo European languages.) More likely, as the original Red/Blue people spread out across Siberia, mostly toward Europe, they were spread thinner and thinner, or mixed with and taught their languages to more and more new until they were only a small percent of the total population, leaving behind only a smidgen of their DNA in Finnland, Estonia, and Hungary.

Here is a map of the distribution of Haplogroup N, which appears to have emerged about 20,000 years ago:

Distribution haplogroup N
Distribution Haplogroup N

According to Wikipedia, Subtype N-P43 is estimated at 4,000 to 6,000 years old, frequently among the Samoyedic peoples, with a sub-clade common in Finno-Ugric and other Uralic speakers in Europe. Additionally,

“The subclade N-M178 … has higher average frequency in Northern Europe than in Siberia, reaching frequencies of approximately 60% among Finns and approximately 40% among Latvians, Lithuanians & 35% among Estonians (Derenko 2007 and Lappalainen 2008).

“Miroslava Derenko and her colleagues noted that there are two subclusters within this haplogroup, both present in Siberia and Northern Europe, with different histories. The one that they labelled N3a1 first expanded in south Siberia (approximately 10,000 years ago on their calculated by the Zhivotovsky method) and spread into Northern Europe where its age they calculated as around 8,000 years ago.”

Here’s a beautiful map showing the spread of Y Chromosome Haplogroups all over the world:

World map of Y-DNA Haplotypes
Isn’t it beautiful?

Since Haplogroup N is found on the Y chromosome, this probably implies armed invasion that resulted in many of the local men dying and the invaders marrying (or raping) the remaining women.

Note that this scenario does not depend on whether the Indo-Europeans or Finno-Ugrics arrived first; it merely describes their relative ratios in the population. We know they arrived after the Indo Europeans in Hungary, for example, but the Sami are considered the indigenous people of Finno-Scandia. Genetically, the Sami have some teal and orange, which the Red-Blue people basically lacked, so they have at least some Indo-European; just eyeballing the graph, it looks like the Sami are a little more than half Indo-European and a little less than half Red-Blue people.

Overall: the Finno-Ugrics living in Europe proper are genetically closest to other Europeans; their Siberian component is quite small. The Sami are the one exception, with a larger chunk of Siberian DNA, but they are still mostly European.

The Finno-Ugrics who live within the heart of Russian Siberia, however, appear to have quite a bit more Siberian DNA, some European, but not Indo-European DNA.