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Portrait reconstruction of A woman born in Croatia in the Modern era
Ancient Individual

A woman born in Croatia in the Modern era

A woman buried in Croatia during the Vindija Cave

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

Vindija_light
2000 CE - 2000 CE
Female
Croatia
Scroll to begin
Chapter I

Identity

The biological and cultural markers that define this ancient individual

Sample ID

Vindija_light

Date Range

2000 CE - 2000 CE

Cultural Period

Vindija Cave

Biological Sex

Female

mtDNA Haplogroup

Not available

Y-DNA Haplogroup

N/A (Female)

Chapter II

Place

Where this individual was discovered

Country Croatia
Locality Vindija Cave
Coordinates 46.3000, 16.1000
Chapter III

Time

When this individual lived in the broader context of human history

Vindija_light 2000 CE - 2000 CE
Chapter IV

Story

The narrative of this ancient life

Region & Environment

Vindija Cave lies in a karstic setting in what is today northwestern Croatia. The cave preserves deposits formed during Late Pleistocene environmental conditions typical of glacial-interglacial fluctuations in central and southeastern Europe, with varied local habitats including open steppe and wooded zones.

Historical Context

The site records human use during the Late Pleistocene, a period when Neanderthal populations and later anatomically modern humans occupied parts of Europe. Vindija is part of broader research into the timing, behavior, and biological relationships of Pleistocene populations in the region.

Populations & Lifeways

Archaeological layers reflect repeated short-term and longer occupations by small hunter-gatherer groups. Activities include stone tool production and use, processing of animal resources, and sheltering. These lifeways align with broader Late Pleistocene subsistence patterns in temperate Europe.

Archaeology & Material Culture

Excavations at Vindija have produced stratified deposits with stone tools, faunal remains, hearth features, and hominin bones. Lithic assemblages show regional Paleolithic tool-making techniques. The site is also notable for recovery of human skeletal material that has been used in comparative morphological and genetic studies.

Culture & Society

As a cave site used intermittently, Vindija provides evidence for group-level organization of hunting and processing activities, raw material provisioning, and curated toolkits. Ornamentation and symbolic materials are not the primary focus at the site, which is better known for its faunal, lithic, and human remains.

Legacy & Transition

Vindija Cave has been influential in Late Pleistocene research because of its stratified sequence and the hominin remains recovered there. Material from the site has contributed to comparative anatomical studies and to retrieval of ancient DNA used in broader analyses of Neanderthal biology and their relationship to later human populations. Findings from Vindija continue to inform understanding of Neanderthal presence in Europe and the transitions that accompanied the end of the Pleistocene.

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
HGDP00112 Modern Pakistan 2000 CE , Pakistan View
HGDP00116 Modern Pakistan 2000 CE , Pakistan View
HGDP00119 Modern Pakistan 2000 CE , Pakistan View
HGDP00267 Modern Pakistan 2000 CE , Pakistan View
HGDP00336 Modern Pakistan 2000 CE , Pakistan View
HGDP00465 Modern Central African Republic 2000 CE , Central African Republic View
HGDP00720 Modern Cambodia 2000 CE , Cambodia View
HGDP00763 Modern Japan 2000 CE , Japan View
HGDP00768 Modern Japan 2000 CE , Japan View
HGDP01003 Modern Brazil 2000 CE , Brazil View
HGDP01006 Modern Brazil 2000 CE , Brazil View
HGDP01024 Modern China 2000 CE , China View
HGDP01051 Modern Mexico 2000 CE , Mexico View
HGDP01097 Modern China 2000 CE , China View
HGDP01147 Modern Italy 2000 CE , Italy View
HGDP01226 Modern China 2000 CE , China View
HGDP01273 Modern Algeria 2000 CE , Algeria View
HGDP01278 Modern Algeria 2000 CE , Algeria View
HGDP01316 Modern China 2000 CE , China View
HGDP01344 Modern China 2000 CE , China View
HGDP01371 Modern France 2000 CE , France View
HGDP01381 Modern Russia 2000 CE Caucasus. Krasnodar, Russia View
Vindija_light Vindija Cave 2000 CE Vindija Cave, Croatia View
NA18500 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA18503 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA18506 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA18515 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA18521 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA18852 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA18854 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA18855 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA18857 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA18859 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA18860 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA18862 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA18863 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA18872 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA18913 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA18914 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19094 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19100 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19101 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19103 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19120 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19127 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19128 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19132 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19139 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19140 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19142 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19154 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19161 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19173 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19192 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19193 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19194 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19202 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19203 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19208 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19211 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA19221 Modern Nigeria 2000 CE Ibadan, Nigeria View
NA13626 Modern Russia 2000 CE Krasnodar. Caucasus, Russia View
NA13619 Modern Russia 2000 CE Krasnodar. Caucasus, Russia View
HGDP00456_WGA Modern Congo 2000 CE , Congo View
HGDP01029_WGA Modern Namibia 2000 CE , Namibia View
HGDP00551_WGA Modern Papua New Guinea 2000 CE NewGuinea, Papua New Guinea View
HGDP00927_WGA Modern Nigeria 2000 CE , Nigeria View
HGDP00998_WGA Modern Brazil 2000 CE , Brazil View
HGDP00778_WGA Modern China 2000 CE , China View
HGDP01224_WGA Modern China 2000 CE , China View
HGDP00521_WGA Modern France 2000 CE , France View
HGDP00665_WGA Modern Italy 2000 CE , Italy View
HGDP00491_WGA Modern Papua New Guinea 2000 CE Bougainville Island (Nasoi), Papua New Guinea View
NA13622 Modern Russia 2000 CE Krasnodar. Caucasus, Russia View
NA13624 Modern Russia 2000 CE Krasnodar. Caucasus, Russia View
NA13625 Modern Russia 2000 CE Krasnodar. Caucasus, Russia View
NA13617 Modern Russia 2000 CE Krasnodar. Caucasus, Russia View
NA13618 Modern Russia 2000 CE Krasnodar. Caucasus, Russia View
Sample ID Culture/Period Date Location Action
Vindija_light Vindija Cave 2000 CE Vindija Cave, Croatia View
Sources

References

Scientific publications and genetic data that inform this profile.

Scientific Publication

Ancient admixture in human history

Authors Patterson N, Moorjani P, Luo Y, Mallick S, Rohland N et al.
Abstract

Population mixture is an important process in biology. We present a suite of methods for learning about population mixtures, implemented in a software package called ADMIXTOOLS, that support formal tests for whether mixture occurred and make it possible to infer proportions and dates of mixture. We also describe the development of a new single nucleotide polymorphism (SNP) array consisting of 629,433 sites with clearly documented ascertainment that was specifically designed for population genetic analyses and that we genotyped in 934 individuals from 53 diverse populations. To illustrate the methods, we give a number of examples that provide new insights about the history of human admixture. The most striking finding is a clear signal of admixture into northern Europe, with one ancestral population related to present-day Basques and Sardinians and the other related to present-day populations of northeast Asia and the Americas. This likely reflects a history of admixture between Neolithic migrants and the indigenous Mesolithic population of Europe, consistent with recent analyses of ancient bones from Sweden and the sequencing of the genome of the Tyrolean "Iceman."