Global Ancestry K38 with Jewish Populations

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Exclusive Admixture Report

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Exclusive Admixture / Reference model

Global Ancestry K38 with Jewish Populations

Statistical genetic similarity to this calculator's reference populations. Read the modeled weights with the panel's context.

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Selected sampleDEMO REPORT
Largest componentNorth West Europe 77.3% of this model
Model components13positive contributions

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Model results

Population composition

Read the exact modeled percentages beside reference geography and its limitations.

Reference contributions
North West Europe Primary region 77.3%
Middle East 8.9%
North African 5.5%

Exact model percentages appear on the right; bars are relative to the largest displayed contribution. Rounding can affect the total. Components below 5% are grouped under "Other".

The numerical composition remains available if the chart cannot load.

Explore component context
Regions

Reference regions

Click any region to explore detailed information

North West Europe
77.3%

This region represents 77.3% of this reference model.

Middle East
8.9%

This region represents 8.9% of this reference model.

North African
5.5%

This region represents 5.5% of this reference model.

Smaller reference components

Small modeled weights depend on the reference panel and do not establish distant ancestry or family connections.

Chinese And Vietnamese 2.26%
Masaai 1.53%
Central African 1.28%
Somalia 0.82%
Sardinian 0.54%
Kenyan 0.52%
Irish Scottish And Welsh 0.41%
Papuan 0.38%
Tibetan 0.33%
Japanese And Korean 0.23%
Supporting analysis

Chromosome Admixture Analysis

Inspect chromosome-level contributions within this reference model.

Exclusive Feature
Chromosome 1
North West Europe Primary region 54.1%
English 10.2%
North African 8.2%
Greek And South Italian 7.4%
Mesoamerican And Andean 6.5%
Italian 5.5%

Percentages may not sum to 100% due to rounding. Regions below 5% are grouped under "Other".

Sort:
37 regions detected | 22 chromosomes analyzed |
Chromosome breakdown
Chr 15: 98.2%
  • 1 54.13%
  • 2 83.67%
  • 3 64.54%
  • 4 78.96%
  • 5 78.37%
  • 6 62.23%
  • 7 64.49%
  • 8 55.93%
  • 9 54.51%
  • 10 71.84%
  • 11 52.15%
  • 12 54.37%
  • 13 67.79%
  • 14 68.27%
  • 15 98.18%
  • 16 54.01%
  • 17 72.18%
  • 18 60.19%
  • 19 52.97%
  • 20 47.73%
  • 21 55.99%
  • 22 71.18%
Chromosome breakdown
Chr 14: 19.8%
  • 4 8.88%
  • 5 2.54%
  • 6 10.40%
  • 7 9.84%
  • 9 12.98%
  • 10 0.76%
  • 11 9.19%
  • 13 7.50%
  • 14 19.78%
  • 17 16.06%
  • 18 6.29%
  • 20 7.90%
  • 22 1.56%
Chromosome breakdown
Chr 21: 27.6%
  • 8 3.15%
  • 9 6.63%
  • 12 5.19%
  • 13 1.84%
  • 18 15.73%
  • 19 10.86%
  • 21 27.63%
  • 22 6.74%
Chromosome breakdown
Chr 8: 16.2%
  • 1 8.17%
  • 3 5.33%
  • 4 10.14%
  • 5 0.61%
  • 7 5.99%
  • 8 16.23%
  • 9 3.16%
  • 10 5.64%
  • 14 6.84%
  • 18 0.16%
Chromosome breakdown
Chr 19: 20.8%
  • 1 5.48%
  • 2 2.29%
  • 8 2.38%
  • 9 1.61%
  • 12 11.79%
  • 13 2.77%
  • 18 3.57%
  • 19 20.76%
  • 20 3.25%
  • 21 0.09%
Chromosome breakdown
Chr 11: 31.4%
  • 3 9.04%
  • 11 31.36%
  • 12 3.97%
  • 16 6.84%
  • 22 0.04%
Chromosome breakdown
Chr 12: 14.2%
  • 1 0.41%
  • 8 1.69%
  • 10 5.46%
  • 12 14.17%
  • 13 9.31%
  • 20 8.51%
Chromosome breakdown
Chr 9: 9.4%
  • 2 1.25%
  • 4 0.65%
  • 6 8.89%
  • 8 1.13%
  • 9 9.37%
  • 14 2.41%
  • 16 5.44%
  • 17 3.83%
  • 20 3.62%
Chromosome breakdown
Chr 8: 7.1%
  • 6 1.55%
  • 7 1.87%
  • 8 7.12%
  • 10 3.88%
  • 12 3.34%
  • 13 0.46%
  • 16 3.88%
  • 20 5.32%
  • 21 2.16%
  • 22 4.10%
Chromosome breakdown
Chr 16: 15.9%
  • 1 7.37%
  • 5 5.08%
  • 13 0.49%
  • 16 15.92%
Chromosome breakdown
Chr 6: 10.5%
  • 6 10.49%
  • 8 3.07%
  • 13 5.81%
  • 18 5.04%
Chromosome breakdown
Chr 22: 9.3%
  • 3 4.18%
  • 5 1.62%
  • 8 0.66%
  • 16 0.70%
  • 17 4.64%
  • 22 9.28%
Chromosome breakdown
Chr 7: 11.0%
  • 1 0.27%
  • 7 11.04%
  • 14 0.30%
  • 16 6.01%
  • 18 0.24%
  • 21 2.46%
Chromosome breakdown
Chr 19: 10.4%
  • 14 2.39%
  • 19 10.40%
  • 21 6.91%
Chromosome breakdown
Chr 21: 4.8%
  • 2 0.10%
  • 5 2.80%
  • 7 1.69%
  • 8 2.85%
  • 9 0.18%
  • 11 2.49%
  • 18 0.50%
  • 20 1.52%
  • 21 4.76%
  • 22 2.23%
Chromosome breakdown
Chr 1: 6.5%
  • 1 6.48%
  • 2 3.00%
  • 8 1.99%
  • 9 2.55%
  • 19 5.01%
Chromosome breakdown
Chr 20: 10.2%
  • 15 1.82%
  • 16 3.93%
  • 18 0.71%
  • 20 10.17%
Chromosome breakdown
Chr 6: 5.7%
  • 4 0.40%
  • 5 0.65%
  • 6 5.66%
  • 7 3.21%
  • 8 3.81%
  • 11 2.12%
Chromosome breakdown
Chr 3: 8.7%
  • 3 8.70%
  • 6 0.78%
  • 20 4.16%
Chromosome breakdown
Chr 20: 4.5%
  • 1 1.24%
  • 3 0.07%
  • 10 1.08%
  • 11 0.29%
  • 12 2.60%
  • 17 2.12%
  • 20 4.45%
Chromosome breakdown
Chr 1: 10.2%
  • 1 10.21%
  • 10 0.13%
  • 17 1.18%
Chromosome breakdown
Chr 16: 3.3%
  • 4 0.48%
  • 5 2.01%
  • 6 0.01%
  • 9 1.25%
  • 13 1.17%
  • 16 3.27%
  • 20 1.64%
  • 22 0.87%
Chromosome breakdown
Chr 22: 4.0%
  • 2 1.22%
  • 5 1.99%
  • 10 1.72%
  • 20 0.81%
  • 22 4.01%
Chromosome breakdown
Chr 12: 4.4%
  • 5 4.34%
  • 12 4.40%
Chromosome breakdown
Chr 9: 4.0%
  • 9 3.96%
  • 11 0.41%
  • 13 2.87%
Chromosome breakdown
Chr 18: 6.3%
  • 4 0.48%
  • 18 6.25%
Chromosome breakdown
Chr 2: 5.1%
  • 2 5.13%
  • 10 1.04%
  • 20 0.01%
Chromosome breakdown
Chr 1: 4.7%
  • 1 4.68%
  • 20 0.91%
Chromosome breakdown
Chr 10: 5.6%
  • 10 5.59%
Chromosome breakdown
Chr 3: 5.3%
  • 3 5.31%
Chromosome breakdown
Chr 10: 2.9%
  • 9 2.03%
  • 10 2.86%
Chromosome breakdown
Chr 9: 1.8%
  • 2 0.96%
  • 3 1.44%
  • 9 1.78%
Chromosome breakdown
Chr 7: 1.9%
  • 3 1.39%
  • 7 1.85%
Chromosome breakdown
Chr 2: 2.4%
  • 2 2.38%
  • 12 0.17%
Chromosome breakdown
Chr 11: 2.0%
  • 11 1.99%
Chromosome breakdown
Chr 1: 1.6%
  • 1 1.55%
Chromosome breakdown
Chr 18: 1.3%
  • 18 1.32%
No regions found

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Chromosome Heatmap 37 regions
0%
100%
Scroll horizontally to view all chromosomes
Region 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22
Europe 12
North West Europe
54.1% 83.7% 64.5% 79.0% 78.4% 62.2% 64.5% 55.9% 54.5% 71.8% 52.2% 54.4% 67.8% 68.3% 98.2% 54.0% 72.2% 60.2% 53.0% 47.7% 56.0% 71.2%
Sardinian
- - - - - - - 3.2% 6.6% - - 5.2% 1.8% - - - - 15.7% 10.9% - 27.6% 6.7%
Italian
5.5% 2.3% - - - - - 2.4% 1.6% - - 11.8% 2.8% - - - - 3.6% 20.8% 3.2% 0.1% -
Iberian
- - 9.0% - - - - - - - 31.4% 4.0% - - - 6.8% - - - - - 0.0%
Irish Scottish And Welsh
- - - - - 1.6% 1.9% 7.1% - 3.9% - 3.3% 0.5% - - 3.9% - - - 5.3% 2.2% 4.1%
Greek And South Italian
7.4% - - - 5.1% - - - - - - - 0.5% - - 15.9% - - - - - -
Baltic
- - - - - - - - - - - - - - 1.8% 3.9% - 0.7% - 10.2% - -
English
10.2% - - - - - - - - 0.1% - - - - - - 1.2% - - - - -
Scandinavian
- 5.1% - - - - - - - 1.0% - - - - - - - - - 0.0% - -
Eastern European
- - 5.3% - - - - - - - - - - - - - - - - - - -
Balkans
- - - - - - - - - - 2.0% - - - - - - - - - - -
Finnish
1.6% - - - - - - - - - - - - - - - - - - - - -
Asia 9
Middle East
- - - 8.9% 2.5% 10.4% 9.8% - 13.0% 0.8% 9.2% - 7.5% 19.8% - - 16.1% 6.3% - 7.9% - 1.6%
West Asian
0.4% - - - - - - 1.7% - 5.5% - 14.2% 9.3% - - - - - - 8.5% - -
South Asia
0.3% - - - - - 11.0% - - - - - - 0.3% - 6.0% - 0.2% - - 2.5% -
Tibetan
- - - 0.5% 2.0% 0.0% - - 1.2% - - - 1.2% - - 3.3% - - - 1.6% - 0.9%
Japanese And Korean
- - - - - - - - 4.0% - 0.4% - 2.9% - - - - - - - - -
Mongol
- - - 0.5% - - - - - - - - - - - - - 6.2% - - - -
Peoples Of Central Asia
4.7% - - - - - - - - - - - - - - - - - - 0.9% - -
Chinese And Vietnamese
- - - - - - - - - 5.6% - - - - - - - - - - - -
Cambodian And Thai
- - 1.4% - - - 1.8% - - - - - - - - - - - - - - -
Africa 8
North African
8.2% - 5.3% 10.1% 0.6% - 6.0% 16.2% 3.2% 5.6% - - - 6.8% - - - 0.2% - - - -
Somalia
- 1.2% - 0.6% - 8.9% - 1.1% 9.4% - - - - 2.4% - 5.4% 3.8% - - 3.6% - -
Sierra Leonese
- - - - - - - - - - - - - 2.4% - - - - 10.4% - 6.9% -
Central African
- 0.1% - - 2.8% - 1.7% 2.8% 0.2% - 2.5% - - - - - - 0.5% - 1.5% 4.8% 2.2%
Kenyan
- - - 0.4% 0.6% 5.7% 3.2% 3.8% - - 2.1% - - - - - - - - - - -
Nigeria
- - 8.7% - - 0.8% - - - - - - - - - - - - - 4.2% - -
Masaai
- 1.2% - - 2.0% - - - - 1.7% - - - - - - - - - 0.8% - 4.0%
West African
- - - - 4.3% - - - - - - 4.4% - - - - - - - - - -
Oceania 4
Papuan
- - 4.2% - 1.6% - - 0.7% - - - - - - - 0.7% 4.6% - - - - 9.3%
Polynesian
1.2% - 0.1% - - - - - - 1.1% 0.3% 2.6% - - - - 2.1% - - 4.4% - -
Austronesian
- 1.0% 1.4% - - - - - 1.8% - - - - - - - - - - - - -
Melanesian
- 2.4% - - - - - - - - - 0.2% - - - - - - - - - -
North America 2
Inuit
- - - - - 10.5% - 3.1% - - - - 5.8% - - - - 5.0% - - - -
Native American
- - - - - - - - 2.0% 2.9% - - - - - - - - - - - -
South America 2
Mesoamerican And Andean
6.5% 3.0% - - - - - 2.0% 2.6% - - - - - - - - - 5.0% - - -
Amazonian
- - - - - - - - - - - - - - - - - 1.3% - - - -
Europe North West Europe
Chr 1 54.1%
Chr 2 83.7%
Chr 3 64.5%
Chr 4 79.0%
Chr 5 78.4%
Chr 6 62.2%
Chr 7 64.5%
Chr 8 55.9%
Chr 9 54.5%
Chr 10 71.8%
Chr 11 52.2%
Chr 12 54.4%
Chr 13 67.8%
Chr 14 68.3%
Chr 15 98.2%
Chr 16 54.0%
Chr 17 72.2%
Chr 18 60.2%
Chr 19 53.0%
Chr 20 47.7%
Chr 21 56.0%
Chr 22 71.2%
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 3.2%
Chr 9 6.6%
Chr 10 -
Chr 11 -
Chr 12 5.2%
Chr 13 1.8%
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 15.7%
Chr 19 10.9%
Chr 20 -
Chr 21 27.6%
Chr 22 6.7%
Chr 1 5.5%
Chr 2 2.3%
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 2.4%
Chr 9 1.6%
Chr 10 -
Chr 11 -
Chr 12 11.8%
Chr 13 2.8%
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 3.6%
Chr 19 20.8%
Chr 20 3.2%
Chr 21 0.1%
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 9.0%
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 31.4%
Chr 12 4.0%
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 6.8%
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 0.0%
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 1.6%
Chr 7 1.9%
Chr 8 7.1%
Chr 9 -
Chr 10 3.9%
Chr 11 -
Chr 12 3.3%
Chr 13 0.5%
Chr 14 -
Chr 15 -
Chr 16 3.9%
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 5.3%
Chr 21 2.2%
Chr 22 4.1%
Chr 1 7.4%
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 5.1%
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 0.5%
Chr 14 -
Chr 15 -
Chr 16 15.9%
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 1.8%
Chr 16 3.9%
Chr 17 -
Chr 18 0.7%
Chr 19 -
Chr 20 10.2%
Chr 21 -
Chr 22 -
Chr 1 10.2%
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 0.1%
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 1.2%
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 5.1%
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 1.0%
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 0.0%
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 5.3%
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 2.0%
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 1.6%
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 8.9%
Chr 5 2.5%
Chr 6 10.4%
Chr 7 9.8%
Chr 8 -
Chr 9 13.0%
Chr 10 0.8%
Chr 11 9.2%
Chr 12 -
Chr 13 7.5%
Chr 14 19.8%
Chr 15 -
Chr 16 -
Chr 17 16.1%
Chr 18 6.3%
Chr 19 -
Chr 20 7.9%
Chr 21 -
Chr 22 1.6%
Chr 1 0.4%
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 1.7%
Chr 9 -
Chr 10 5.5%
Chr 11 -
Chr 12 14.2%
Chr 13 9.3%
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 8.5%
Chr 21 -
Chr 22 -
Chr 1 0.3%
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 11.0%
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 0.3%
Chr 15 -
Chr 16 6.0%
Chr 17 -
Chr 18 0.2%
Chr 19 -
Chr 20 -
Chr 21 2.5%
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 0.5%
Chr 5 2.0%
Chr 6 0.0%
Chr 7 -
Chr 8 -
Chr 9 1.2%
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 1.2%
Chr 14 -
Chr 15 -
Chr 16 3.3%
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 1.6%
Chr 21 -
Chr 22 0.9%
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 4.0%
Chr 10 -
Chr 11 0.4%
Chr 12 -
Chr 13 2.9%
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 0.5%
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 6.2%
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 4.7%
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 0.9%
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 5.6%
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 1.4%
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 1.8%
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 8.2%
Chr 2 -
Chr 3 5.3%
Chr 4 10.1%
Chr 5 0.6%
Chr 6 -
Chr 7 6.0%
Chr 8 16.2%
Chr 9 3.2%
Chr 10 5.6%
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 6.8%
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 0.2%
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 1.2%
Chr 3 -
Chr 4 0.6%
Chr 5 -
Chr 6 8.9%
Chr 7 -
Chr 8 1.1%
Chr 9 9.4%
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 2.4%
Chr 15 -
Chr 16 5.4%
Chr 17 3.8%
Chr 18 -
Chr 19 -
Chr 20 3.6%
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 2.4%
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 10.4%
Chr 20 -
Chr 21 6.9%
Chr 22 -
Chr 1 -
Chr 2 0.1%
Chr 3 -
Chr 4 -
Chr 5 2.8%
Chr 6 -
Chr 7 1.7%
Chr 8 2.8%
Chr 9 0.2%
Chr 10 -
Chr 11 2.5%
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 0.5%
Chr 19 -
Chr 20 1.5%
Chr 21 4.8%
Chr 22 2.2%
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 0.4%
Chr 5 0.6%
Chr 6 5.7%
Chr 7 3.2%
Chr 8 3.8%
Chr 9 -
Chr 10 -
Chr 11 2.1%
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 8.7%
Chr 4 -
Chr 5 -
Chr 6 0.8%
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 4.2%
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 1.2%
Chr 3 -
Chr 4 -
Chr 5 2.0%
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 1.7%
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 0.8%
Chr 21 -
Chr 22 4.0%
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 4.3%
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 4.4%
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 4.2%
Chr 4 -
Chr 5 1.6%
Chr 6 -
Chr 7 -
Chr 8 0.7%
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 0.7%
Chr 17 4.6%
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 9.3%
Chr 1 1.2%
Chr 2 -
Chr 3 0.1%
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 1.1%
Chr 11 0.3%
Chr 12 2.6%
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 2.1%
Chr 18 -
Chr 19 -
Chr 20 4.4%
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 1.0%
Chr 3 1.4%
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 1.8%
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 2.4%
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 0.2%
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 10.5%
Chr 7 -
Chr 8 3.1%
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 5.8%
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 5.0%
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 2.0%
Chr 10 2.9%
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 6.5%
Chr 2 3.0%
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 2.0%
Chr 9 2.6%
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 5.0%
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 1.3%
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
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Reference

Reference Panel

Populations used in this analysis

Ashkenazi Jews

#1
Jewish Diaspora +2 more

A Jewish diaspora population that historically settled in Central and Eastern Europe, developing distinct cultural and religious traditions. Genetically they show a mix of Levantine ancestry with significant European admixture from medieval and early modern periods. Ashkenazi communities are notable for founder effects and specific medical genetic signatures. Their history includes migration, urban settlement, and rich contributions to European intellectual and cultural life.

Jewish Diaspora Levantine Founder effect
Related Regions:
  • Central Europe
  • Eastern Europe
  • Levant

Eastern European

#2
Slavic European +2 more

Populations primarily from countries like Poland, Russia, and Ukraine, shaped by Slavic migrations and later historic admixture. Genetic profiles often reflect a blend of Slavic, Baltic, Finno-Ugric, and steppe influences accrued over millennia. Regional variation is substantial due to border shifts, trade routes, and historical population movements. Cultural and linguistic diversity maps onto genetic substructure across the region.

Slavic European Baltic Steppe influence
Related Regions:
  • Poland
  • Ukraine
  • Western Russia

Balkans

#3
Southeast Europe Balkan +2 more

Groups from Southeast Europe, including countries like Serbia, Bulgaria, and Croatia, with deep layers of prehistoric, Roman, Byzantine, and Ottoman influence. The genetic landscape shows mixtures of Balkan-specific lineages with inputs from Anatolia, the eastern Mediterranean, and Central Europe. High local diversity reflects complex population turnover, migrations, and long-term regional continuity in some areas. Language families and religious histories add further structure to the genetic picture.

Southeast Europe Balkan Mediterranean Ottoman legacy
Related Regions:
  • Serbia
  • Bulgaria
  • Croatia

Greek and South Italian

#4
Mediterranean Hellenic +2 more

Populations from Greece and Southern Italy reflecting strong Mediterranean continuity, ancient Greek colonization, and later Roman and Byzantine interactions. Genetic signals include eastern Mediterranean and Anatolian inputs alongside local Bronze Age and Iron Age ancestry. Historical maritime trade and colonization have left detectable patterns linking these coastal populations. Cultural and linguistic links between Greece and parts of southern Italy (Magna Graecia) are mirrored in shared genetic components.

Mediterranean Hellenic Southern Europe Ancient colonization
Related Regions:
  • Greece
  • Southern Italy
  • Aegean Islands

Finnish

#5
Uralic Scandinavian +2 more

People from Finland influenced by both Uralic (Finno-Ugric) and Scandinavian ancestry, with notable genetic continuity in the north and founder effects in isolated regions. Finns often show elevated Siberian/Uralic-linked components relative to neighboring populations, reflecting ancient eastern connections. Internal north-south and east-west substructure is pronounced due to geography and settlement history. Cultural and linguistic distinctiveness is paralleled by genetic signatures unique to the region.

Uralic Scandinavian Northern Europe Founder effect
Related Regions:
  • Finland
  • Karelia
  • Scandinavia

North-West Europe

#6
Western Europe Germanic +2 more

Comprising countries like Germany and France, this region reflects a complex mix of Germanic, Celtic, and Roman-era influences. Genetic variation includes ancient hunter-gatherer, Neolithic farmer, and Bronze Age steppe ancestries combined through millennia of migration and cultural change. Urban and rural contrasts reflect later demographic events, trade, and migration patterns within Europe. The region serves as a genetic crossroads linking northern and western European gene pools.

Western Europe Germanic Celtic Roman influence
Related Regions:
  • Germany
  • France
  • Benelux

Iberian

#7
Iberian Mediterranean +2 more

Populations from the Iberian Peninsula, including Spain and Portugal, shaped by prehistoric European layers, Roman and Visigothic periods, and later Islamic-era contributions from North Africa and the Near East. Genetic profiles show a strong local Iberian signature with detectable North African and Mediterranean admixture in some regions. Coastal and inland contrasts exist due to historical trade and settlement patterns. Distinct regional identities—Basque, Catalan, Andalusian—correspond to measurable substructure.

Iberian Mediterranean North African admixture Regional substructure
Related Regions:
  • Spain
  • Portugal
  • Basque region

English

#8
Anglo-Saxon Celtic +2 more

Represents the Anglo-Saxon and Celtic heritage of England, with genetic contributions from pre-Neolithic inhabitants, Neolithic farmers, and later Anglo-Saxon and Viking migrations. Regional variation is notable: southern England often shows more continental European input, while western and northern areas retain stronger Celtic signals. Historical invasions, trade, and internal migrations have shaped the modern English genetic landscape. Cultural and linguistic change across centuries is reflected in underlying population structure.

Anglo-Saxon Celtic British Isles Viking influence
Related Regions:
  • Southern England
  • Northern England
  • British Isles

Italian

#9
Central Europe Mediterranean +2 more

Central and Northern Italian populations marked by varied historical influences including Etruscan, Roman, Celtic, Germanic, and later Mediterranean contacts. Genetic variation shows north-south clines, with northern regions exhibiting more central European affinities and southern areas reflecting stronger Mediterranean and Near Eastern inputs. Long-term patterns of trade, urbanization, and migration have produced considerable local differentiation. The Italian peninsula's role as a crossroads of Europe and the Mediterranean is evident in its genetic mosaic.

Central Europe Mediterranean Roman legacy Regional clines
Related Regions:
  • Northern Italy
  • Central Italy
  • Tuscany

Irish, Scottish, and Welsh

#10
Celtic Gaelic +2 more

Celtic groups with a rich Gaelic cultural heritage and deep prehistoric roots in the British Isles. Genetic signatures include strong regional continuity, with notable differentiation between Ireland, Scotland, and Wales due to historical isolation, drift, and localized admixture. Viking, Anglo-Saxon, and later Norman contacts have left varying imprints in coastal and urban areas. Strong cultural traditions and languages correlate with genetic substructure across the islands.

Celtic Gaelic British Isles Regional continuity
Related Regions:
  • Ireland
  • Scotland
  • Wales

Sardinian

#11
Island Neolithic continuity +2 more

An island population with unique genetic markers and elevated levels of ancestry continuity dating back to the Neolithic and pre-Neolithic periods. Sardinians often serve as a genetic proxy for early European farmers due to relative isolation and reduced later admixture. High frequency of certain haplogroups and population-specific variants reflects long-term demography and founder effects. Cultural and linguistic distinctiveness further mirrors the island's genetic uniqueness.

Island Neolithic continuity Founder effect Mediterranean
Related Regions:
  • Sardinia
  • Tyrrhenian Sea
  • Italy

Scandinavian

#12
Nordic Viking +2 more

Includes Norwegians, Swedes, and Danes, populations with shared history of Viking expansion and northern European ancestries. Genetic profiles combine ancient hunter-gatherer, early farmer, and steppe-related components with later regional differentiation. Maritime mobility, trade, and historical kingdoms contributed to gene flow across the region and into the British Isles. Modern Scandinavians show relative genetic homogeneity with subtle north-south and coastal-inland structure.

Nordic Viking Northern Europe Maritime
Related Regions:
  • Norway
  • Sweden
  • Denmark

West Asian

#13
Anatolian Caucasus +2 more

Encompassing populations from regions like Turkey and the Caucasus, this group reflects a crossroads between Europe, the Near East, and Central Asia. Genetic diversity includes Anatolian Neolithic farmer lineages, Caucasus-specific components, and later gene flow from the Arabian Peninsula and Central Asia. The area has been a major corridor for agricultural spread, languages, and empires, creating complex local admixture patterns. Cultural, linguistic, and topographic diversity generate fine-scale genetic structure.

Anatolian Caucasus Near East Neolithic farmer
Related Regions:
  • Turkey
  • Caucasus
  • Anatolia

Mongol

#14
Steppe Nomadic +2 more

Central Asian groups with historical ties to the Mongol Empire, often showing genetic continuity from steppe pastoralist populations. Typical ancestry components include East Asian, Siberian, and ancient steppe-derived lineages shaped by nomadic mobility and imperial-era admixture. Regional diversity is high, reflecting local tribal structure, Silk Road interactions, and later Turkic expansions. Cultural traits such as pastoralism and mounted warfare correlate with demographic patterns visible in the genome.

Steppe Nomadic Central Asia Mongol Empire
Related Regions:
  • Mongolia
  • Inner Asia
  • Central Asian steppe

South Asia

#15
South Asia Indo-European +2 more

Populations from India, Pakistan, Bangladesh, and Sri Lanka with complex ancestry formed by ancient indigenous hunter-gatherers, Neolithic farmers, and multiple waves of inward migration. Genetic structure is strongly influenced by caste, language families (Indo-European, Dravidian, Tibeto-Burman), and geography, yielding deep substructure and diverse haplogroup profiles. South Asia has been a longstanding nexus for trade and migration linking West Eurasia with Southeast Asia. High endogamy in many groups has produced regionally specific genetic patterns and medical-relevant variants.

South Asia Indo-European Dravidian High substructure
Related Regions:
  • India
  • Pakistan
  • Sri Lanka

Peoples of Central Asia

#16
Central Asia Turkic +2 more

Diverse ethnic groups from the central Asian steppe region, shaped by millennia of nomadism, Silk Road trade, and successive empires. Genetic profiles typically combine West Eurasian, East Asian, and local steppe ancestries reflecting admixture between Indo-European, Turkic, and Mongolic populations. Geographic corridors and oases produced pockets of high diversity and distinct local signatures. Language shift and cultural assimilation have often outpaced complete genetic turnover, leaving layered ancestry components.

Central Asia Turkic Silk Road Steppe
Related Regions:
  • Kazakhstan
  • Uzbekistan
  • Turkestan

Middle East

#17
Levant Arab +2 more

Includes Arab and Persian populations with a deep and continuous history spanning the Fertile Crescent, Levant, and Arabian Peninsula. Genetic variation captures ancient Neolithic farmer ancestry, local hunter-gatherer lineages, and later admixture from Afro-Asiatic, Indo-European, and Eurasian sources. The region's role as a cradle of agriculture and civilization produced complex demographic layering and high haplotype diversity. Cultural, linguistic, and religious shifts have further structured genetic subpopulations.

Levant Arab Persian Neolithic
Related Regions:
  • Levant
  • Arabian Peninsula
  • Iran

Chinese and Vietnamese

#18
East Asian Han Chinese +2 more

East Asian groups primarily representing Han Chinese and Vietnamese populations, reflecting agricultural expansions from the Yellow River and associated demographic growth. Genetic signatures show strong East Asian continuity with regional substructure across southern China and mainland Southeast Asia due to prehistoric migrations and local admixture. Language families, especially Sino-Tibetan and Austroasiatic interactions, parallel genetic variation. Long histories of state formation, migration, and cultural exchange have shaped population patterns.

East Asian Han Chinese Sino-Tibetan Austroasiatic
Related Regions:
  • China
  • Vietnam
  • Southeast Asia

Japanese and Korean

#19
East Asian Jomon +2 more

Distinct East Asian populations with shared and unique ancestries; both show mixtures of ancient Northeast Asian hunter-gatherers and later agriculturalist inputs. Japanese populations include Jomon and Yayoi-derived components, while Koreans reflect ancient northeastern Asian and Yellow River-associated influences. Despite geographic proximity, each group retains signatures of separate demographic histories and limited post-medieval admixture. Cultural developments, island isolation in Japan, and peninsula dynamics in Korea contribute to genetic differentiation.

East Asian Jomon Yayoi Korean Peninsula
Related Regions:
  • Japan
  • Korea
  • East Asia

Tibetan

#20
High-altitude Tibetic +2 more

Indigenous people from the Tibetan Plateau adapted culturally and genetically to high-altitude environments, with distinctive alleles related to hypoxia tolerance. Tibetan ancestry combines ancient Himalayan hunter-gatherer components with East Asian inputs, shaped by long-term isolation and occasional gene flow across mountain corridors. Cultural practices, language (Tibetic), and pastoralism correlate with genetic distinctiveness. The plateau’s extreme environment has driven convergent and unique genetic adaptations.

High-altitude Tibetic Himalayan Adaptation
Related Regions:
  • Tibetan Plateau
  • Himalayas
  • Qinghai

North African

#21
Berber Arab +2 more

Includes Berber and Arab groups from countries like Egypt and Morocco, with ancestry reflecting indigenous North African, Near Eastern, and sub-Saharan African inputs. Long-term habitation since the Paleolithic and Neolithic, plus later Phoenician, Roman, Arab, and Ottoman influences, have produced substantial regional heterogeneity. Coastal areas often show stronger Mediterranean ties while inland and Saharan zones carry Saharan and sub-Saharan signals. Linguistic diversity (e.g., Berber languages, Arabic dialects) parallels genetic substructure.

Berber Arab Maghreb Saharan admixture
Related Regions:
  • Morocco
  • Algeria
  • Egypt

Kenyan

#22
East Africa Bantu +2 more

Diverse ethnic communities from East Africa, including Nilotic, Bantu, and Cushitic-speaking groups with varied subsistence strategies from pastoralism to agriculture. Genetic diversity reflects ancient East African hunter-gatherer lineages, Bantu expansions, and later Afro-Asiatic and Nilotic migrations. Coastal populations show Indian Ocean connections and historical trade-related admixture. Environmental gradients and cultural practices have produced fine-scale population structure across Kenya.

East Africa Bantu Nilotic Cushitic
Related Regions:
  • Kenya
  • Great Rift Valley
  • Horn of Africa

West African

#23
West Africa Yoruba +2 more

Varied ethnic groups with rich cultural traditions from West Africa, including Yoruba, Akan, and Mande-speaking peoples, shaped by ancient local continuity and later migration waves. Genetic signatures commonly show deep sub-Saharan lineages with localized structure corresponding to linguistic and historical kingdoms. The region was also a major source for transatlantic migration during historical times, which shaped diaspora genetics. High haplotype diversity and complex demographic history characterize West African populations.

West Africa Yoruba Mande High diversity
Related Regions:
  • Nigeria
  • Ghana
  • Senegal

Central African

#24
Central Africa Bantu expansion +2 more

Populations from the Central African region often associated with the Bantu expansion, showing a mix of rainforest-adapted hunter-gatherer lineages and Bantu-speaking agriculturalist ancestry. Genetic diversity includes Pygmy-associated hunter-gatherer components in some groups and wide-ranging Bantu-derived signals across others. Environmental factors like dense forests and rivers have influenced demographic patterns and genetic drift. Historical migrations and language spread have left clear genetic footprints throughout the region.

Central Africa Bantu expansion Hunter-gatherer admixture Rainforest
Related Regions:
  • Congo Basin
  • Central African Republic
  • Gabon

Sierra Leonese

#25
Sierra Leone Mende +2 more

Ethnic groups within Sierra Leone with distinct cultural identities and genetic backgrounds shaped by West African demographic history. Populations such as the Mende and Temne show local continuity mixed with broader West African lineages from trade and migration. Historical coastal interactions, including Atlantic trade, have influenced gene flow in some coastal communities. Regional languages, clan structure, and historical migrations contribute to measurable substructure.

Sierra Leone Mende Temne West African
Related Regions:
  • Sierra Leone
  • Liberia
  • Guinea

Nigeria

#26
Yoruba Igbo +2 more

Highly diverse, with numerous ethnic groups like the Yoruba, Igbo, and Hausa, reflecting deep West African genetic variation and complex demographic history. Distinct linguistic families (Niger-Congo, Chadic) and historical kingdoms produced local differentiation and unique haplotype distributions. Nigeria's large population size and internal migrations contribute to high genetic diversity and regional substructure. Urbanization and historical trade networks have also mediated admixture between distinct groups.

Yoruba Igbo Hausa High diversity
Related Regions:
  • Nigeria
  • Niger Delta
  • West Africa

Somalia

#27
Horn of Africa Cushitic +2 more

East African populations renowned for pastoralist traditions and long-standing connections across the Horn of Africa and Arabian Peninsula. Genetic profiles show Cushitic and Afro-Asiatic ancestry with Near Eastern and Arabian inputs due to historic maritime and trade links. Cultural continuity, clan structures, and adaptation to arid environments contribute to distinct regional genetic signatures. Coastal trade across the Indian Ocean has left detectable admixture in some Somali communities.

Horn of Africa Cushitic Pastoralist Arabian admixture
Related Regions:
  • Somalia
  • Horn of Africa
  • Gulf of Aden

Masai

#28
Nilotic Pastoralist +2 more

Indigenous pastoralist tribes from Kenya and Tanzania known for distinct cultural practices, mobility, and warrior traditions. Genetically they reflect Nilotic ancestry with influences from neighboring Bantu and Cushitic populations due to centuries of contact and intermarriage. Social organization, endogamy within clans, and pastoral lifestyle have shaped effective population sizes and genetic drift patterns. Their genetic and cultural identity remain emblematic of East African pastoral systems.

Nilotic Pastoralist East Africa Cultural continuity
Related Regions:
  • Kenya
  • Tanzania
  • Great Rift Valley

Amazonian

#29
Amazon Indigenous +2 more

Indigenous groups residing within the Amazon rainforest with deep local continuity and extensive ecological knowledge adapted to tropical forest environments. Genetic lineages often reflect ancient peopling of South America with high isolation and strong local drift in many communities. Cultural diversity and language families (e.g., Tupi, Arawak) correspond to fine-scale genetic structure influenced by riverine geography. Recent contact and population decline have also impacted genetic diversity in some groups.

Amazon Indigenous Tropical forest High drift
Related Regions:
  • Amazon Basin
  • Brazil
  • Peru

Mesoamerican and Andean

#30
Native American Mesoamerica +2 more

Descendants of ancient civilizations like the Maya, Aztec, and Inca, carrying genetic signatures of pre-Columbian population structure across highland and lowland environments. Andean populations often show adaptations to high-altitude life and continuity in the central Andes, while Mesoamerican groups reflect dense archaeological and cultural histories in Mexico and Central America. Post-contact admixture with Europeans and Africans has shaped modern genomes, but indigenous structure remains detectable. Linguistic and cultural diversity aligns with regional genetic differentiation.

Native American Mesoamerica Andes Ancient civilizations
Related Regions:
  • Mexico
  • Peru
  • Central America

Melanesian

#31
Melanesia Papuan ancestry +2 more

Indigenous peoples of the Melanesian islands (e.g., Papua New Guinea, Solomon Islands) characterized by deep ancestry and some of the region’s highest levels of genetic diversity. Melanesians often carry ancient Papuan lineages with later Austronesian admixture in many coastal communities. Distinct phenotypic and genetic features, including Denisovan-related ancestry in some populations, reflect long-term isolation and complex prehistoric interactions. Linguistic diversity (Papuan vs Austronesian languages) parallels genetic structure across islands.

Melanesia Papuan ancestry Denisovan signal Austronesian admixture
Related Regions:
  • Papua New Guinea
  • Solomon Islands
  • Vanuatu

Papuan

#32
Papuan High diversity +2 more

Indigenous inhabitants of Papua New Guinea and neighboring islands with deep genetic roots predating Austronesian expansion. Papuan groups often show high internal diversity, long-term isolation, and unique lineages distinct from Austronesian-speaking coastal peoples. Genetic and linguistic fragmentation is extreme across the island’s rugged terrain, leading to many small, differentiated populations. Ancient ancestry components and limited gene flow have preserved archaic and region-specific variants.

Papuan High diversity Pre-Austronesian Isolation
Related Regions:
  • Papua New Guinea
  • Bismarck Archipelago
  • New Guinea Highlands

Austronesian

#33
Austronesian Maritime expansion +2 more

Encompassing maritime cultures across the Pacific and Southeast Asia that spread via dramatic oceanic expansions from Taiwan and Island Southeast Asia. Austronesian-speaking populations show a mix of Southeast Asian farmer ancestry and varying degrees of Melanesian or Papuan admixture depending on island location. Their seafaring history produced rapid dispersals, founder events, and distinctive genetic clines across Oceania. Linguistic coherence and shared cultural traits accompany genetic signatures of migration routes.

Austronesian Maritime expansion Island Southeast Asia Founder effect
Related Regions:
  • Taiwan
  • Philippines
  • Island Southeast Asia

Polynesian

#34
Polynesia Austronesian +2 more

Indigenous peoples across the central and southern Pacific Ocean whose ancestry derives from Austronesian voyagers mixed with varying Melanesian input. Polynesian genetics show signatures of long-distance voyaging, bottlenecks, and serial founder events that shaped modern diversity across remote islands. Cultural and linguistic unity across vast ocean distances reflects recent rapid dispersal and strong founder effects. Genetic markers often reveal shared East Asian origins with subsequent admixture and island-specific drift.

Polynesia Austronesian Founder events Voyaging
Related Regions:
  • Polynesia
  • Hawaii
  • Samoa

Native American

#35
Indigenous First Americans +2 more

Indigenous peoples of the United States and Canada with deep ancestral lineages tracing back to the first peopling of the Americas. Genetic diversity among tribes is structured by geography, language families, and historical migrations across North America. Post-contact demographic collapse and subsequent admixture have modified many population genomes, but regional indigenous signatures remain detectable. Cultural, linguistic, and ecological adaptations contribute to fine-scale population differentiation.

Indigenous First Americans Tribal diversity Regional structure
Related Regions:
  • United States
  • Canada
  • Arctic to Plains

Inuit

#36
Arctic Paleo-Eskimo +2 more

Indigenous people inhabiting the Arctic regions, known for genetic and physiological adaptations to extreme cold and marine-based diets. Inuit ancestry derives from distinct Paleo-Eskimo and Neo-Eskimo migrations with links across Greenland, Canada, Alaska, and parts of Siberia. High-latitude adaptations (e.g., lipid metabolism genes) and cultural continuity through specialized subsistence strategies mark their genetic distinctiveness. Geographic isolation and small effective population sizes have produced detectable founder effects and local differentiation.

Arctic Paleo-Eskimo Adaptation Circumpolar
Related Regions:
  • Greenland
  • Canadian Arctic
  • Alaska
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