Homo erectus DNA in Denisovan sequences passed on to modern day Asians, Oceanians, Polynesians
The Chinese have long claimed an ancestral lineage to Homo erectus.
From CambridgeCore, Abstract, 2017:
In 1993, in response to the international Human Genome Project pioneered by the United States, the Chinese government began to sponsor national projects in conjunction with the international effort… the longstanding nationalist belief that the “Chinese” had lived in “China” as an independent human group since Homo erectus, represented by the 700,000-year-old Peking Man…
anthropology of the Stone Age to identify “Chineseness.” In that nationalist discourse, Peking Man—a Homo erectus (H. erectus) group that inhabited mountain caves in Zhoukoudian (about 50 kilometers southwest of today’s metropolitan Beijing) more than half a million years ago and was first discovered in 1929—was established to represent all Paleolithic hominid groups whose archaeological sites found in China identified them as the direct ancestors of the Chinese people.
Left-leaning globalist anthropologists pushed back on the Chineseness of East Asian Anthropologists.
From Subspecieist.com, Race Realism vs. Racism:
In the highly acclaimed 2013 documentary “The Incredible Journey,” Alice Roberts confronted Dr. Wu in the BBC documentary:
“Professor Wu… I’m a complete novice… but I look at this modern skull here, this 30,000 year old skull from Zhuokoudian, and this looks quite similar to me to other skulls from Europe.” (BBC, 40 min. mark).
The famous Dali skull from China’s Shaanxi province has since been reanalyzed, strongly suggesting a continuum from Homo erectus to modern Han Chinese, (Newsweek, Nov 2017).
Chinese ancestral lineage to Homo erectus now confirmed!
“There is some interesting indication in the Denisovan genome. They have an old component in their genome that is not there in Neanderthals. It seems to come in more than a million years from something that diverged from the human lineage. It’s very tempting to say that’s a Homo erectus type thing or something like that.”
And now we have confirmation.
From Melissa Hubisz (Photo), Adam Siepel, Amy Williams, JournalsPLOS.org, Aug. 9:
ARGweaver-D also identified 1% of the Denisovan genome as introgressed from a super-archaic hominin. Previous studies have attributed roughly 6% of the Denisovan genome to this event, but ours is the first study to identify specific introgressed regions. Our apparent weak power to detect these regions suggests that the introgressing population was not too highly diverged from other hominins; according to our simulations, the observed sensitivity is more consistent with a divergence time of 1Mya than 1.5Mya. Still, we identify 27Mb of putative super-archaic sequence from this previously unsequenced hominin, and we estimate that ∼15% of these regions have been passed on to at least one modern humans through Den→Hum introgression. Thus, our analysis suggests that at least about 4Mb of modern human genomes derives from an unknown but highly diverged archaic hominin, possibly Homo erectus… the true contribution could be as much as six times larger. [Emphasis added]
it is plausible that if Homo erectus mixed with the Denisovans, they may have also mixed with Neanderthals, perhaps in the Middle East; or perhaps DNA passed from Homo erectus to Neanderthal through the Denisovans.
In layman’s terms, from Nerdist.com:
Using ARGweaver-D, the scientists found that the Denisovans, a subspecies of archaic human—which may, in fact, be its own distinct species—have a genome that contains one percent of DNA from an unknown and more distant relative. And because the Denisovans interbred with ancestors of H. sapien, they passed on some of that mysterious relative’s genes. By the accounts of ARGweaver-D, about 15% of these “super-archaic” genetic sequences may be present in some modern humans.
More from LiveScience.com:
The researchers also found that 1% of the Denisovan genome hails from the genes of an unknown ancestor, from an interbreeding event that must have happened, roughly, a million years ago. This mystery ancestor could have been Homo erectus, Siepel said, because Homo erectus likely did overlap in Eurasia with the ancestors of Denisovans and Neanderthals.
And ScienceAlert.com, describes it as follows, Aug. 11,
Some Humans Are Carrying DNA From an Unknown Ancient Ancestor
This interbreeding would therefore add new insight into the increasingly complicated history of our emergence as a species, and of our migration out of Africa… There is the possibility that the unknown ancestor is actually Homo erectus, an archaic human ancestor thought to have died out more than 100,000 years ago…
Actually, London Museum’s Director and famed Anthropologist Chris Stringer along with a number of other Anthropologists, many in Oceania and Australia, believe Homo erectus may have survived in Java up to 30,000 years ago.
From the BBC, 2019,
Homo erectus: Ancient humans survived longer than we thought
In the 1990s, one team came up with unexpectedly young ages of between 53,000 and 27,000 years ago. This raised the distinct possibility that modern humans overlapped with Homo erectus on the Indonesian island…
[Stringer] “This is a very comprehensive study of the depositional context of the famous Ngandong Homo erectus partial skulls and shin bones…”
Of critical importance to the Subspecieist, and Pro-Human Variation community, this new research confirms multi-regional origins.
Note – The ARGweaver-D did not identify Homo erectus introgression into modern Afro or Afro-ethnics. It appears that some Homo erectus resides in Euros as noted above, but via later interbreeding events between Neanderthals and Denisovans.