A recent paper announcing the results of the analysis of DNA taken from some ancient bones unearthed in Russia in 1954 is causing a stir. Genomic structure in Europeans dating back at least 36,200 years was published in the journal Science. The abstract reads:
The origin of contemporary Europeans remains contentious. We obtain a genome sequence from Kostenki 14 in European Russia dating to 38,700 to 36,200 years ago, one of the oldest fossils of Anatomically Modern Humans from Europe. We find that K14 shares a close ancestry with the 24,000-year-old Mal’ta boy from central Siberia, European Mesolithic hunter-gatherers, some contemporary western Siberians, and many Europeans, but not eastern Asians. Additionally, the Kostenki 14 genome shows evidence of shared ancestry with a population basal to all Eurasians that also relates to later European Neolithic farmers. We find that Kostenki 14 contains more Neandertal DNA that is contained in longer tracts than present Europeans. Our findings reveal the timing of divergence of western Eurasians and East Asians to be more than 36,200 years ago and that European genomic structure today dates back to the Upper Paleolithic and derives from a meta-population that at times stretched from Europe to central Asia.
The meta-population claim is controversial. More on this below.
ScienceNordic published an article titled, Scandinavians are the earliest Europeans, explaining the results in layman’s terms:
“From a genetic point of view he’s an European,” says Professor Eske Willerslev, Director of the Centre for GeoGenetics at the University of Copenhagen, who was involved in the new study, and adds:
“Actually, he is closer to Danes, Swedes, Finns and Russians than to Frenchmen, Spaniards and Germans”.
Split happened within a 8.000 year gap
The new results reveal that the man is the oldest that we know of so far to genetically represent a separate line from the forebears of present-day Asians. This is decisive when it comes to dating one of the most important events in history.
“We can now date the separation time between Asians and Europeans,” says Professor Rasmus Nielsen from the University of Copenhagen and the University of California, Berkeley, who was also involved in the study.
He points out that the Kostenki genome sets a line 37,000 years ago. Here the lines must have split, while the 45,000-year-old genome from the recently discovered Ust’ Ishim in Siberia sets the limit in the other direction.
This gives the answer to one of the biggest questions in the history of mankind; scientists now know that it is within the 8000 year gap that Europeans and Asians went their separate ways.
Willerslev presents his views in a brief video, Early peopling of Europe.
The ScienceNordic article concludes:
It turns out that Scandinavians are more closely related to the Kostenki man than any other now-living population. This means that Scandinavians are the earliest Europeans.
However, the genome also indicates that many European traits, including those from the Middle East, were already present in the first Europeans.
So from a genetic point of view it makes no sense to categorise the Scandinavians as a separate people.
The article is relatively free of the anti-“racist”/pro-miscegenation spin found in most of the rest of the mainstream, judaized media “reporting” on Kostenki 14 (K14), but that last sentence is patent semitically correct nonsense. The whole premise of the genetic research, and all the various interpretations of it, is that genetic categorization does make sense, because genetic categories are real and significant. This is, for example, why the claim can be made that the K14 genes came from a mixture of three older and distinct genetic categories, that this mix is closest to a contemporary genetic category called Europeans, and furthermore, that it is closer to a genetic subcategory called Scandanavians.
The reality and significance of genetic categorization is a reflection of the biological reality and significance of race. Genetic categorization is race, and vice versa. Those in academia who remain dedicated to understanding genetic reality, and yet wish to avoid being seen as “racist”, simply avoid the term race, even as they examine the very fibers of it. Meanwhile, the rest of academia and all of media, where the hegemonic ideological line is that biological race does not exist, either pretend genetic research and genetic categories don’t exist, or at least twist their reporting on it with nonsense minimizing its significance.
From a genetic point of view it makes sense not only to distinguish Scandanavians from Europeans but to acknowledge even finer subcategories. Moreover, it makes just as much sense to note that all European subcategories – e.g. the Danes, Swedes, Finns, Russians, Frenchmen, Spaniards and Germans mentioned above – have more in common with each other genetically than they have, individually or collectively, with any kind of Asians. The distance is not simply cultural or geographical, but temporal – prior to globalization there was no significant interbreeding between Europeans and Asians for at least 37 thousand years. The distance between Europeans and Africans is greater still, with genetics indicating that the divide dates back at least 100 thousand years.
Those in media or science who are more semitically correct try to obscure these basic facts and instead spin the K14 news to fit the “melting pot”/”nation of immigrants” narrative so favored by the jews. National Geographic’s Europe Was a Melting Pot From the Start, Ancient DNA Reveals is a good example:
Tale of Migrations
Archaeologists and geneticists have long debated who the ancestors of modern Europeans are—and how, and when, they arrived. It’s typically been a tale of migration and invasion, of people moving into Europe in waves that left distinct genetic signatures behind.
First, the thinking goes, there were groups of hunter-gatherers, moving from Africa into Europe beginning about 40,000 years ago. Much later, a separate group of farmers and herders from the Middle East made their way north, eventually out-competing the hunter-gatherer locals and forming the basis for the European genome we see today.
The introduction of agriculture by this second wave of people—the so-called Neolithic Revolution—was such a pivotal moment in prehistory that it can be seen in both artifacts and genes.
The new results add a surprising wrinkle.
What other geneticists have identified as separate hunter-gatherer and farmer genes are all present in the Kostenki find. “You wouldn’t predict if you go back to one of our earliest individuals, all the components of modern Europeans were already there,” Willerslev says. (Related: “Discovery of Oldest DNA Scrambles Human Origins Picture.”)
Genes once thought to have arrived with the first farmers, for instance, now seem to have been around much earlier. “Until now, it seemed clear this was something that came into Europe during the Neolithic,” says Pontus Skoglund, a geneticist at Harvard Medical School. “It’s an extremely interesting suggestion that they have.”
The complex mixture of DNA in such an old specimen, Willerslev says, suggests that Stone Age Europe was a lively place. Instead of separate groups colliding and occasionally mingling, Willerslev argues there was a single, genetically similar population sprawling across the continent, from Russia to the Middle East to northern Europe. (Related: “Blue-Eyed Hunter-Gatherers Roamed Prehistoric Europe, Gene Map Reveals.“)
“Rather than separate populations moving into each others’ areas and having sex with each other,” he says, “there was a single ‘meta-population’ having sex—or exchanging genes—in a complex and heterogeneous way.”
This is a fairly straight telling of the “tale” and what the new K14 analysis might mean, if true. But rather than calling any attention to the relatively long-term similarity of Europeans, or the distinction from Asians and Africans, the article closes by quoting Willerslev projecting the race conscious jew Israel Zangwill’s early 20th century race-mixing-for-the-goyim vision into the prehistoric past:
The new find complicates a picture of Europe’s deep past that geneticists thought was becoming clearer. “We all thought you could sequence these bones and come up with a simple story. This paper really shows things are not as simple as people thought they were,” Willerslev says. “Europe has always been a melting pot.”
Of course, however long and however relatively genetically homogenous Europeans have been, what made them Europeans in the first place was the fact that Europe wasn’t any kind of melting pot for Asians or Africans, as Zangwill’s tribemates (like Barbara Spectre) today envision.
One folkish pro-European response to the National Geographic article came from Steve McNallen at Asatru Update, European Genetics Remarkably Unchanged for at Least 36,000 Years. McNallen accepts the implication that European genetic homogeneity dates back farther than previously believed, yet senses something is wrong. He writes:
Why does the headline tell us one thing, and the body of the article tell us exactly the opposite? Is the idea of a long-term, stable European identity just not permissible under the ruling intellectual paradigm?
Many people recognize the poisonous “ruling intellectual paradigm” without recognizing that the source and driving force is a genetically distinct group which identifies itself as “the jews” and identifies Europeans as the enemy.
Dienekes Pontikos’ Genome of Kostenki-14, an Upper Paleolithic European (Seguin-Orlando, Korneliussen, Sikora, et al. 2014) ignores semitical correctness entirely, but provides more technical information and expresses some skepticism. The most significant point in his opinion:
The new paper shows that K14 was definitely European (or more correctly West Eurasian or Caucasoid), as it was more similar to modern Europeans than to East Asians or other non-West Eurasian populations. Thus, the morphological description of the sample as “Australoid” by some early anthropologists did not reflect its ancestral makeup. Also, this proves that Caucasoids existed 37,000 years ago
Dienekes also describes how this new research meshes with another less controversial result recently published by Lazaridis et al. in Nature, Ancient human genomes suggest three ancestral populations for present-day Europeans:
most present-day Europeans derive from at least three highly differentiated populations: west European hunter-gatherers, who contributed ancestry to all Europeans but not to Near Easterners; ancient north Eurasians related to Upper Palaeolithic Siberians, who contributed to both Europeans and Near Easterners; and early European farmers, who were mainly of Near Eastern origin but also harboured west European hunter-gatherer related ancestry.
In A look at an early European, Peter Frost addresses another smaller and more ancient component:
Modern humans received their Neanderthal admixture when they were just spreading out of Africa some 54,000 years ago.
When our ancestors spread farther north into Europe, some 45,000 to 42,000 years ago, they could have interbred directly with Neanderthals, but they didn’t. Perhaps the two groups were just too different. They seem to have intermixed only via a third party that was neither fully modern nor fully archaic.
Frost’s point – that Europeans who already carried a trace of Neanderthal genes later avoided mixing with them – hasn’t gotten much play in the semitically correct media. Perhaps they think the potential benefit of screeching about ancient “racist” apartheid doesn’t yet outweigh the potential reawakening and reassertion of such instincts. They are eager to pathologize and neutralize aversion to the Other, not call attention to how well-established such instincts are.
Like Dienekes, Frost is relatively sympathetic toward Europeans, and furthermore specializes in the genetics of skin color. Thus his tacit acceptance of the following points carries some weight:
The European phenotype came later
Kostenki Man was dark-skinned, dark-eyed, and rather short. These details, curiously enough, appear not in the paper but in a review of the paper, published by the same journal, as well as in an interview with one of the authors (Associated Press, 2014; Gibbons, 2014).
So we now have an upper bound for the emergence of the European phenotype, i.e., light skin and a diverse palette of hair and eye colors. The lower bound has been set by the remains of a Swedish hunter-gatherer, dated to 8,000 years ago, who had the “European” allele for light skin at the gene SLC24A5 (Skoglund et al., 2014).
By retrieving ancient DNA from an early modern human, we have made a key advance in human paleogenetics, perhaps more so than by sequencing the Neanderthal genome. We again see that evolution did not slow down with the emergence of anatomically and behaviorally modern humans some 60,000 years ago. It actually began to speed up, as humans began to enter not only new natural environments but also new cultural environments of their own making.
Greg Cochran rejects the ancient meta-population “melting pot” portion of the K14 results. In Remix Cochran flatly states his belief that Willerslev’s conclusion is wrong. He points out that more recent (8Kya) western European hunter-gatherers didn’t have any ancient north Eurasian genetics, and moreover, there is “plenty of evidence of serious migrations in Europe”. Cochran provides two possible explanations for the result: “a small mixing event” that was not widespread but was instead reproduced again later, or “error: they’ve made a mistake”.
My understanding (laid out here, here and here) is that the genetic makeup of contemporary Whites is a composite of two main components, which I’ve called Old European and Aryan (the semitically correct euphemism is Indo-European). Lazaridis and Cochran use the corresponding terms western European hunter-gatherer (WHG) and early European farmer (EEF). The Neanderthal component was discovered several years ago, but is only a trace. The recent Lazaridis result revealed yet another component in the mix – the so-called ancient north Eurasian (ANE, Cochran also uses “Sibermen”) – which is more significant than Neanderthal, but less than WHG or EEF.
Prior to the K14 analysis the likely hypothesis was that the WHG/EEF mixing occurred when Aryans swept in and combined with the indigenous Old European hunter-gatherers circa 6Kya. Cochran may be right. K14 might be either an anomaly or erroneous. But even if the major genetic amalgamation had already occurred 37Kya, it only means that the Aryans and Old Europeans were more closely related than previously thought.
By the way, the picture Willerslev paints of “one enormous meta-population stretching across Europe, the Middle East and Central Asia” calls to mind the following passage from William Pierce’s Who We Are (emphasis added):
Upper Paleolithic Man
For roughly 20,000 years during the closing chapter of the Ice Ages — the period known to archaeologists as the Upper Paleolithic, or “late old stone age” — our ancestors lived as big-game hunters in Europe, ranging from the Mediterranean coast to the edge of the ice in the north. Their physical remains and those of their artifacts are relatively plentiful, giving us a great deal of information about them and their lifestyle. One of the most striking things about the Upper Paleolithic inhabitants of Europe was their physical homogeneity. Measurements made on their skeletal remains indicate a population more racially homogeneous than that of any European country today — and this population was spread over an enormous area throughout a span of time very long compared to that of all recorded human history.
Whether their relative genetic homogeneity came sooner or later, what should concern Europeans most is that the genocidal “melting pot” that the jews and their useful idiots promote so feverishly today is not only ahistoric and unnatural, but antithetical to very the existence of Europeans.