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Portrait reconstruction of A man buried in Italy in the Pleistocene era
Ancient Individual

A man buried in Italy in the Pleistocene era

A man buried in Italy during the Villabruna Hunter-Gatherer, Northern Italy

A fragment of the ancient world, preserved across millennia in strands of DNA.

Villabruna
12268 BCE - 11851 BCE
Male
Italy
Scroll to begin
Chapter I

Identity

The biological and cultural markers that define this ancient individual

Sample ID

Villabruna

Date Range

12268 BCE - 11851 BCE

Cultural Period

Villabruna Hunter-Gatherer, Northern Italy

Biological Sex

Male

mtDNA Haplogroup

U5b2b

Y-DNA Haplogroup

R-L754

Chapter II

Place

Where this individual was discovered

Country Italy
Locality Veneto. Villabruna
Coordinates 46.1500, 12.2100
Chapter III

Time

When this individual lived in the broader context of human history

Villabruna 12268 BCE - 11851 BCE
Chapter IV

Story

The narrative of this ancient life

The Villabruna Hunter-Gatherers represent a significant Late Upper Paleolithic culture in Northern Italy, known for their presence during a transformative period in human prehistory. This era is noted for its contributions to understanding the genetic and cultural transition of European Paleolithic societies.

Temporal and Geographical Context: The Villabruna cluster dates to approximately 14,000-10,000 years ago, during the Late Glacial and the onset of the Holocene, a time when Europe was gradually emerging from the grip of the Last Glacial Maximum. This period is characterized by significant climatic fluctuations that profoundly impacted flora, fauna, and human societies. The Villabruna Hunter-Gatherers inhabited the region around present-day Northern Italy, an area that served as a refugium during the harshest glacial periods and later flourished as the ice sheets retreated.

Archaeological Evidence: Archaeological sites associated with the Villabruna culture include cave sites and open-air settlements. These sites provide a wealth of material culture, offering insights into the technologies, subsistence strategies, and social structures of these prehistoric people. Lithic assemblages from Villabruna sites typically feature sophisticated blade and bladelet technologies, indicating advancements in tool-making skills. These tools were used for hunting, processing animal hides, and creating clothing and other necessary items.

The presence of art and symbolic objects, such as decorated bone tools and portable art, suggests a complex cognitive and cultural life. These artifacts reflect a rich symbolic culture, indicating that the Villabruna people engaged in ritualistic or artistic expression, although the specific meanings remain open to interpretation.

Subsistence Strategies: As hunter-gatherers, the Villabruna people relied heavily on the rich environmental resources available to them. The retreat of glaciers led to the expansion of woodlands and open landscapes, which supported diverse fauna, including red deer, wild boar, and aurochs, as well as smaller game. The varied topography of Northern Italy also provided access to abundant plant resources. Evidence from isotopic analyses of human remains indicates a mixed diet that included both terrestrial and aquatic resources, reflecting an adaptable subsistence strategy.

Genetic and Anthropological Insights: The Villabruna group is particularly important in genetics for being part of the broader Villabruna cluster, which is a genetic lineage essential for understanding the prehistoric population dynamics of Europe. Analysis of ancient DNA from Villabruna individuals has revealed significant insights into the ancestry of modern Europeans. This group is considered part of a lineage that contributed to the genetic makeup of subsequent Mesolithic and Neolithic populations across Europe. Studies have shown that the Villabruna cluster introduced genetic traits that are still found in contemporary European populations, such as specific alleles associated with skin pigmentation.

Cultural and Social Aspects: Although direct evidence of social organization from the Villabruna period is scarce, the complexity of their material culture and long-distance exchange networks suggest a degree of social organization and interaction among groups. The trade of raw materials like flint and marine shells indicates established networks that may have facilitated cultural and genetic exchanges. This interaction could have played a role in the dissemination of technological innovations and cultural practices.

Legacy and Transition: The legacy of the Villabruna Hunter-Gatherers lies in their role during a pivotal era in prehistoric Europe. As the climate of the late Pleistocene shifted to the warmer Holocene, these hunter-gatherers adapted to changing environments, laying the groundwork for the Mesolithic societies that followed. Their genetic, cultural, and technological contributions have provided researchers with a clearer picture of the complex tapestry of prehistoric Europe.

In conclusion, the Villabruna Hunter-Gatherer culture embodies a period of transition and adaptation, marked by technological innovation, artistic endeavors, and significant contributions to the genetic landscape of Europe. Their story, pieced together through archaeological and genetic research, allows us to appreciate the resilience and ingenuity of our prehistoric ancestors during a time of profound environmental change.

Context

Related Samples

This individual exists within a broader network of ancient samples. No ancient genome stands alone.

Sample ID Culture/Period Date Location Action
Rochedane Rochedane Site, France 11207 BCE Rochedane, France View
Kostenki12 Kostenki 12 Site, Russia 31300 BCE Kostenki, Russia View
Vestonice16 Vestonice 16 Site, Czech Republic 28500 BCE Dolni Vestonice, Czech Republic View
Kostenki14 Kostenki 14 Site, Russia 37426 BCE Kostenki, Russia View
Pavlov1 Pavlov 1 Site, Czech Republic 29300 BCE Dolni Vestonice, Czech Republic View
Muierii2 Peștera Muierii Site, Romania 32228 BCE Muierii 2, Romania View
Vestonice13 Vestonice 13 Site, Czech Republic 29200 BCE Dolni Vestonice, Czech Republic View
Vestonice15 Vestonice 15 Site, Czech Republic 29200 BCE Dolni Vestonice, Czech Republic View
Vestonice43 Vestonice 43 Site, Czech Republic 28500 BCE Dolni Vestonice, Czech Republic View
Ostuni2 Ostuni 2 Hunter-Gatherer, Southern Italy 27546 BCE Apulia. Ostuni, Italy View
Ostuni1 Ostuni 1 Hunter-Gatherer, Southern Italy 25860 BCE Apulia. Ostuni, Italy View
Vestonice14 Vestonice 14 Site, Czech Republic 29200 BCE Dolni Vestonice, Czech Republic View
ElMiron El Mirón Cave, Spain 16898 BCE El Miron, Spain View
I1577 Krems-Wachtberg 3 Site, Austria 29500 BCE Krems-Wachtberg, Austria View
AfontovaGora3 Afontova Gora 3 Site, Russia 16257 BCE Afontova Gora, Russia View
Cioclovina1 Cioclovina Cave, Romania 31343 BCE Cioclovina, Romania View
Villabruna Villabruna Hunter-Gatherer, Northern Italy 12268 BCE Veneto. Villabruna, Italy View
Paglicci133 Paglicci 133 Hunter-Gatherer, Southern Italy 33150 BCE Apulia. Paglicci, Italy View
Continenza Southern Italy Hunter-Gatherer 9300 BCE Abruzzo. Grotta de Continenza, Italy View
Paglicci108 Paglicci 108 Hunter-Gatherer, Southern Italy 26700 BCE Apulia. Paglicci, Italy View
HohleFels49 Hohle Fels 49 Site, Germany 13771 BCE Swabian Jura. Baden-Wurttemberg. Hohle Fels. Ach Valley, Germany View
Burkhardtshohle Burkhardtshohle Cave, Germany 13127 BCE Swabian Jura. Baden-Wurttemberg. Burkhardtshöhle. Westerheim, Germany View
Bockstein Bockstein Cave, Germany 6450 BCE Swabian Jura. Baden-Wurttemberg. Bockstein-Höhle. Lone valley, Germany View
Brillenhohle Brillenhohle Cave, Germany 13167 BCE Swabian Jura. Baden-Wurttemberg. Brillenhöhle. Ach Valley, Germany View
HohleFels79 Hohle Fels 79 Site, Germany 13101 BCE Swabian Jura. Baden-Wurttemberg. Hohle Fels. Ach Valley, Germany View
Ofnet Ofnet Caves, Germany 6472 BCE Ofnet, Germany View
Ranchot88 Ranchot 88 Site, France 8290 BCE Ranchot, France View
Chaudardes1 Chaudardes Site, France 6400 BCE Chaudardes, France View
BerryAuBac Berry-au-Bac Site, France 5368 BCE Berry Au Bac, France View
Rigney1 Rigney 1 Site, France 13696 BCE Rigney, France View
Iboussieres39 Iboussieres 39 Site, France 9992 BCE Aven des Iboussières à Malataverne. Rhône-Alpes, France View
LesCloseaux13 Les Closeaux 13 Site, France 8282 BCE Les Closeaux, France View
GoyetQ116-1 Upper Paleolithic Goyet Cave Q116-1, Belgium 33678 BCE Troisieme caverne of Goyet cave, Belgium View
GoyetQ376-19 Upper Paleolithic Goyet Cave Q376-19, Belgium 25771 BCE Troisieme caverne of Goyet cave, Belgium View
GoyetQ53-1 Upper Paleolithic Goyet Cave Q53-1, Belgium 26440 BCE Troisieme caverne of Goyet cave, Belgium View
GoyetQ56-16 Upper Paleolithic Goyet Cave Q56-16, Belgium 24847 BCE Troisieme caverne of Goyet cave, Belgium View
Paglicci108 26700 BCE Apulia. Paglicci, Italy View
GoyetQ53-1 26440 BCE Troisieme caverne of Goyet cave, Belgium View
GoyetQ56-16 24847 BCE Troisieme caverne of Goyet cave, Belgium View
Rigney1 13696 BCE Rigney, France View
Burkhardtshohle 13127 BCE Swabian Jura. Baden-Wurttemberg. Burkhardtshöhle. Westerheim, Germany View
Iboussieres39 9992 BCE Aven des Iboussières à Malataverne. Rhône-Alpes, France View
Continenza 9300 BCE Abruzzo. Grotta de Continenza, Italy View
AfontovaGora3 16257 BCE Afontova Gora, Russia View
GoyetQ-2 13305 BCE Troisieme caverne of Goyet cave, Belgium View
GoyetQ116-1 33678 BCE Troisieme caverne of Goyet cave, Belgium View
Ofnet 6472 BCE Ofnet, Germany View
LesCloseaux13 8282 BCE Les Closeaux, France View
HohleFels79 13101 BCE Swabian Jura. Baden-Wurttemberg. Hohle Fels. Ach Valley, Germany View
Cioclovina1 31343 BCE Cioclovina, Romania View
Brillenhohle 13167 BCE Swabian Jura. Baden-Wurttemberg. Brillenhöhle. Ach Valley, Germany View
Bockstein 6450 BCE Swabian Jura. Baden-Wurttemberg. Bockstein-Höhle. Lone valley, Germany View
GoyetQ376-19 25771 BCE Troisieme caverne of Goyet cave, Belgium View
HohleFels49 13771 BCE Swabian Jura. Baden-Wurttemberg. Hohle Fels. Ach Valley, Germany View
Falkenstein 7472 BCE Swabian Jura. Baden-Wurttemberg. Falkenstein-Höhle, Germany View
Chaudardes1 6400 BCE Chaudardes, France View
Ranchot88 8290 BCE Ranchot, France View
Falkenstein 7472 BCE Swabian Jura. Baden-Wurttemberg. Falkenstein-Höhle, Germany View
BerryAuBac 5368 BCE Berry Au Bac, France View
GoyetQ116-1 33678 BCE Troisieme caverne of Goyet cave, Belgium View
Paglicci133 33150 BCE Apulia. Paglicci, Italy View
Rochedane 11207 BCE Rochedane, France View
I0061 7050 BCE Karelia. Yuzhnyy Oleni Ostrov, Russia View
Villabruna 12268 BCE Veneto. Villabruna, Italy View
Sample ID Culture/Period Date Location Action
Villabruna Villabruna Hunter-Gatherer, Northern Italy 12268 BCE Veneto. Villabruna, Italy View
Sources

References

Scientific publications and genetic data that inform this profile.

Scientific Publication

The genetic history of Ice Age Europe

Authors Fu Q, Posth C, Hajdinjak M, Petr M, Mallick S et al.
Abstract

Modern humans arrived in Europe ~45,000 years ago, but little is known about their genetic composition before the start of farming ~8,500 years ago. Here we analyse genome-wide data from 51 Eurasians from ~45,000-7,000 years ago. Over this time, the proportion of Neanderthal DNA decreased from 3-6% to around 2%, consistent with natural selection against Neanderthal variants in modern humans. Whereas there is no evidence of the earliest modern humans in Europe contributing to the genetic composition of present-day Europeans, all individuals between ~37,000 and ~14,000 years ago descended from a single founder population which forms part of the ancestry of present-day Europeans. An ~35,000-year-old individual from northwest Europe represents an early branch of this founder population which was then displaced across a broad region, before reappearing in southwest Europe at the height of the last Ice Age ~19,000 years ago. During the major warming period after ~14,000 years ago, a genetic component related to present-day Near Easterners became widespread in Europe. These results document how population turnover and migration have been recurring themes of European prehistory.

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