Sungir

History

This site was discovered in 1955, in the course of local digging from clay pits. Some 4500 km2 were excavated in sixteen field seasons between 1957 and 1977 (Bader 1965; 1967; 1978; 1998). Archeology teams from the Geological Institute of the Russian Academy of Science (R.A.S.), University of Groningen, Oxford University, and the University of Arizona in the United States have all worked on the excavations and related studies to review the findings from the site.

They determined that the cultural layer was located in what is called Bryansk soil, related to the period (thirty-two to twenty-four millennia ago) of the corresponding interstadial of the Valdai Ice age of the Late Pleistocene. Evidence of only surface dwellings on the site led the team to conclude it was likely used seasonally.

Burials

Graves 1 and 2 at Sungir are described as "the most spectacular" among European Gravettian burials. The adult male was buried in what is called Grave 1 and the two adolescent children in Grave 2, placed head-to-head, together with an adult femur filled with red ochre. The three people buried at Sungir were all adorned with elaborate grave goods that included ivory-beaded jewelry, clothing, and spears. More than 13,000 beads were found (which would have taken 10,000 hours to produce). Red ochre, an important ritual material associated with burials at this time, covered the burials.

The children are considered a twin burial, thought to have ritual purpose, possibly sacrifice. The findings of such complete skeletons are rare in late Stone Age, and indicate the high status of the male adult and children. The children had the same mtDNA, which may indicate the same maternal lineage, but new analyses determined they were not siblings.

The site is one of the earliest examples of ritual burials and constitutes important evidence of the antiquity of human religious practices. The extraordinary collection of grave goods, the position of the bodies, and other factors all indicate it was a burial of high importance. Two other remains at the site are partial skeletons.

The remains are held by the Institute of Ethnology and Anthropology of R.A.S., Moscow. In 2004, the International Seminar, "Upper Paleolithic People from Sunghir, Russia," was hosted by the Department of Archaeology, University of Durham, U.K. It is the second of two major conferences about this site.

Two books have been published in Moscow about the findings. Upper Palaeolithic Site Sungir (graves and environment) (1998) was the first complete publication about the site, including an inventory of artifacts, reconstruction of the Paleolithic man's clothes, archaic counting and calendar. The second part of the book displays the reconstruction of the environment by geological, palynological, zoological data.

The second book, Homo Sungirensis (2000) edited by T.I. Alexeeva et al., includes articles published since the first book, and new anthropological data derived from morphology, palaeopathology, X-ray study, histology, trace elements and molecular genetic analyses. It has an illustrated catalogue of all the skeletal materials.

Archaeogenetics

| image-width = 301 In 2017, researchers successfully sequenced the DNA of multiple individuals from Sungir (c. 34,000 years BP), including one from Burial 1 (Sunghir I) and three from Burial 2: the two adolescent burials (Sunghir II and Sunghir III) and the adult femur accompanying the burial (Sunghir IV). The younger adolescent from Burial 2, Sunghir III, yielded high coverage genomes. Sungir III was previously thought to be female; however, genetic analysis shows that all four of the tested individuals at Sungir were male. Contrary to previous interpretations of the burials, genetic analysis shows that none of the individuals are closely related (none of the individuals were third-degree relatives or closer).

However, when compared against other populations, the individuals at Sungir are genetically closest to each other. The individuals at Sungir show closest genetic affinity to the individuals from Kostenki, with closer affinity to the individual from Kostenki 12 than to the individual from Kostenki 14. The closer affinity between Kostenki 12 and Sungir individuals was mutual, with Kostenki 12 being closer to the Sungir remains than to Kostenki 14. The Sungir individuals are inferred to have descended from a lineage that was forming a sister branch to Kostenki 14. The Sungir individuals also show close genetic affinity to various individuals belonging to Vestonice Cluster buried in a Gravettian context, such as those excavated from Dolní Věstonice. In terms of their Y-chromosome, they all belonged to a subclade of haplogroup C1 (C1a2), which was common among early West Eurasian specimens, such as the ones in Kostenki (C1b*), but today rare among Europeans. The maternal haplogroups of S I belonged to U8c, while S II, S III, and S IV belonged to a subclade of U2, which is close to the ones observed among the Kostenki specimens.

There is some evidence for low amounts (c. 2%) of Tianyuan-related (East Eurasian) geneflow into the Upper Paleolithic Sunghir population, consistent with traces of Denisovan ancestry. This type of ancestry is absent from the Kostenki14 specimen, which is regarded as "baseline" for West Eurasian (European-related) ancestry.

DNA analysis on a medieval individual from the Sungir 6 site (730-850 cal BP) showed it to belong to the mtDNA haplogroup W3a1, and Y-DNA haplogroup I2a1b2 (I-A16681).

References

References

1. (2017). "Ancient genomes show social and reproductive behavior of early Upper Paleolithic foragers". Science.
2. (September 2018). "The GICC05 time scale – University of Copenhagen".
3. (2011). "Direct radiocarbon dates for the Mid Upper Paleolithic (eastern Gravettian) burials from Sunghir, Russia". Bulletins et mémoires de la Société d'anthropologie de Paris.
4. Formicola, Vincenzo. "From the Sunghir children to the Romito dwarf: aspects of the Upper Paleolithic funerary landscape." Current Anthropology 48.3 (2007): 446-453.
5. (February 2018). "Diversity and differential disposal of the dead at Sunghir". Antiquity.
6. [http://soilinst.msu.ru/~ladygin/sungir/findings/index.php The Sunghir archaeological site] {{Webarchive. link. (3 October 2013 , hosted by Institute for Bioarcheology, Moscow State University, accessed 24 September 2013)
7. (25 August 2020). "Ancient Jomon genome sequence analysis sheds light on migration patterns of early East Asian populations". Communications Biology.
8. (20 October 2025). "An early East Asian lineage with unexpectedly low Denisovan ancestry". Current Biology.
9. (27 June 2020). "I-A16681 YTree v8.06.01". YFull.com.