Ofnet - A woman buried in Germany in the Mesolithic era

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Portrait reconstruction of A woman buried in Germany in the Mesolithic era
Ancient Individual

A woman buried in Germany in the Mesolithic era

A woman buried in Germany during the Ofnet Caves, Germany

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

Ofnet
6472 BCE - 6091 BCE
Female
Germany
Scroll to begin
Chapter I

Identity

The biological and cultural markers that define this ancient individual

Sample ID

Ofnet

Date Range

6472 BCE - 6091 BCE

Cultural Period

Ofnet Caves, Germany

Biological Sex

Female

mtDNA Haplogroup

U5b1d1

Y-DNA Haplogroup

N/A (Female)

Social Role

Gatherer (AI estimate, era-typical)

Chapter II

Place

Where this individual was discovered

Country Germany
Locality Ofnet
Coordinates 48.4900, 10.2700
Chapter III

Time

When this individual lived in the broader context of human history

Ofnet 6472 BCE - 6091 BCE
Chapter IV

Story

The narrative of this ancient life

Region & Environment

The Ofnet Caves lie in southern Germany, within a karst landscape formed by limestone bedrock. The surrounding terrain offered a patchwork of woodland, wetlands, and open ground shaped by post-glacial climates, with rivers and slopes supporting wild plant and animal resources.

Historical Context

This era falls in the Mesolithic, when communities in central Europe lived largely through hunting, fishing, and gathering, with only limited, regionally uneven evidence for early farming. The Ofnet period corresponds to a time when Late Neolithic practices had not yet widely transformed lifeways in this particular region.

Populations & Lifeways

The people who used the caves were foragers, organizing their movements and seasonal activities around local resources. Their lifeways likely included exploiting game in nearby landscapes, fishing in river systems, and harvesting wild plant foods, with social learning and ritual traditions repeated across generations.

Archaeology & Material Culture

Archaeological work at Ofnet has emphasized the cave’s unusual funerary deposits. The repeated placement of human remains within the cave deposits points to planned funerary activity rather than incidental use. Other associated material culture—such as chipped-stone tools and evidence for structured cave use—supports a Mesolithic presence, though details vary by excavation and preservation.

Culture & Society

The spatial organization of the deposits indicates that cave use held special social and symbolic significance. Such practices suggest the presence of shared norms for death, community memory, and possibly identity markers within a broader Mesolithic world.

Legacy & Transition

Over time, central Europe experienced changing subsistence strategies and the gradual expansion of Neolithic lifeways. The Ofnet evidence belongs to an earlier horizon, offering a contrast to later farming societies by preserving a record of Mesolithic ritual behavior that predates widespread agricultural transformation in the region.

Chapter V

Genetics

These comparisons show genetic similarity, not identity or origin. The populations listed are those whose genomes show statistical alignment to this ancient individual.

Similarity reflects shared history, not shared identity. These are analytical comparisons, not claims about who this person was.

Modern Genetic Admixture

This analysis compares the DNA profile with present-day reference populations, showing statistical similarity to modern reference populations from different regions. The excavation site records where this individual was found, not a fixed modern genetic identity.

Europe 100.0%
Northwestern European 86.3%
Finnish 54.7%
Northwestern European 31.5%
Southern European 13.7%
Iberian 13.7%

Closest Modern Populations

These are the modern populations showing the closest statistical alignment to A woman buried in Germany in the Mesolithic era, ranked by genetic distance. Lower distance values indicate closer statistical similarity. Cross-region similarity can reflect shared ancestry, population movement, continuity, or later admixture.

1
Russian Tver
2.5611
2
Lithuanian PA
2.6224
3
Estonian
2.7334
4
Russian Yaroslavl
2.7797
5
Russian Kursk
2.8085
6
Russian Pskov
2.8974
7
Belarusian
2.9288
8
Russian Kaluga
2.9542
9
Lithuanian VA
3.0156
10
Russian Orel
3.0946
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
Ofnet Ofnet Caves, Germany 6472 BCE Ofnet, Germany 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.

G25 Coordinates

These coordinates represent a position in genetic space, a tool for comparison, not a conclusion. You can use these to perform custom admixture analysis in G25 Studio.

Ofnet,0.13415572,0.10929524,0.08089348,0.07567988,0.03602296,0.03070532,-0.00124828,0.00068276,-0.00051448,-0.02608696,-0.00797424,-0.00687596,0.01853036,0.02651572,-0.00755176,0.00628044,0.00066468,-0.00061888,0.00535248,0.00222248,0.00078924,-0.00302756,0.00868196,-0.00100508,-0.00219408
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