Global Ancestry K34 2023 with Jewish Populations

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Exclusive Admixture Report

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Exclusive Admixture / Reference model

Global Ancestry K34 2023 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 componentNorthwestern European 63.0% of this model
Model components15positive contributions

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Model results

Population composition

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

Reference contributions
Northwestern European Primary region 63.0%
West Asian 8.5%

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.

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Regions

Reference regions

Click any region to explore detailed information

Northwestern European
63.0%

This region represents 63.0% of this reference model.

West Asian
8.5%

This region represents 8.5% of this reference model.

Smaller reference components

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

Sardinian 4.83%
Central African 4.68%
South Asian 4.63%
North African 4.26%
French Basque 2.97%
Anatolian 2.10%
East Asian 1.52%
Southeast Asian 1.50%
Nigerian 0.89%
Irish Scottish Welsh 0.53%
Native American 0.48%
Melanesian 0.11%
Southern European 0.05%
Supporting analysis

Chromosome Admixture Analysis

Inspect chromosome-level contributions within this reference model.

Exclusive Feature
Chromosome 1
Northwestern European Primary region 65.4%
Anatolian 11.9%
North African 8.3%

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

Sort:
33 regions detected | 22 chromosomes analyzed |
Chromosome breakdown
Chr 5: 71.2%
  • 1 65.35%
  • 2 65.57%
  • 3 45.75%
  • 4 53.30%
  • 5 71.22%
  • 6 10.41%
  • 7 54.67%
  • 8 20.12%
  • 9 42.81%
  • 10 58.94%
  • 11 42.30%
  • 12 33.96%
  • 13 55.49%
  • 14 16.82%
  • 15 69.51%
  • 16 35.37%
  • 17 18.16%
  • 18 42.58%
  • 20 8.69%
  • 21 7.41%
  • 22 41.37%
Chromosome breakdown
Chr 18: 24.0%
  • 1 2.47%
  • 2 3.48%
  • 3 1.07%
  • 6 4.87%
  • 7 1.94%
  • 8 4.40%
  • 9 11.49%
  • 12 5.60%
  • 13 8.52%
  • 14 7.32%
  • 16 2.99%
  • 17 14.61%
  • 18 23.95%
  • 19 12.23%
  • 20 4.79%
  • 21 18.16%
  • 22 13.19%
Chromosome breakdown
Chr 19: 36.2%
  • 3 17.36%
  • 4 7.57%
  • 7 3.00%
  • 11 8.20%
  • 12 8.32%
  • 14 4.64%
  • 15 13.16%
  • 16 5.54%
  • 18 1.81%
  • 19 36.17%
  • 21 20.65%
  • 22 6.01%
Chromosome breakdown
Chr 10: 27.3%
  • 1 4.51%
  • 2 1.53%
  • 5 14.02%
  • 7 9.98%
  • 10 27.28%
  • 13 12.93%
  • 14 18.22%
  • 20 16.69%
  • 22 9.51%
Chromosome breakdown
Chr 14: 36.4%
  • 2 5.13%
  • 6 5.84%
  • 8 23.42%
  • 14 36.40%
  • 17 18.81%
Chromosome breakdown
Chr 16: 13.3%
  • 1 3.52%
  • 4 0.37%
  • 6 12.16%
  • 7 13.15%
  • 10 3.54%
  • 12 13.10%
  • 14 11.49%
  • 16 13.25%
  • 18 9.81%
  • 20 2.96%
  • 21 4.08%
  • 22 0.46%
Chromosome breakdown
Chr 19: 24.5%
  • 3 3.54%
  • 6 4.97%
  • 7 2.50%
  • 8 7.37%
  • 10 2.43%
  • 12 12.69%
  • 15 0.75%
  • 16 6.54%
  • 19 24.47%
  • 20 13.87%
  • 22 4.60%
Chromosome breakdown
Chr 21: 24.8%
  • 2 5.50%
  • 5 0.15%
  • 6 22.07%
  • 8 11.65%
  • 11 15.11%
  • 15 1.07%
  • 16 0.58%
  • 21 24.81%
Chromosome breakdown
Chr 6: 16.8%
  • 1 8.33%
  • 4 15.81%
  • 6 16.82%
  • 8 6.96%
  • 11 5.05%
  • 17 4.83%
Chromosome breakdown
Chr 20: 18.0%
  • 11 7.57%
  • 12 8.91%
  • 13 1.20%
  • 20 17.97%
  • 21 11.65%
Chromosome breakdown
Chr 21: 12.1%
  • 2 6.00%
  • 4 0.37%
  • 5 0.45%
  • 6 0.66%
  • 8 2.82%
  • 9 3.90%
  • 10 1.67%
  • 11 4.73%
  • 12 1.24%
  • 15 3.31%
  • 18 3.43%
  • 19 3.49%
  • 20 2.96%
  • 21 12.08%
Chromosome breakdown
Chr 17: 25.5%
  • 8 4.07%
  • 17 25.50%
  • 20 14.64%
Chromosome breakdown
Chr 1: 11.9%
  • 1 11.88%
  • 2 3.30%
  • 5 2.92%
  • 9 7.29%
  • 16 8.70%
  • 17 0.71%
Chromosome breakdown
Chr 9: 15.9%
  • 3 0.40%
  • 4 7.51%
  • 6 1.50%
  • 9 15.89%
  • 11 1.47%
  • 12 1.69%
  • 16 4.57%
Chromosome breakdown
Chr 19: 11.7%
  • 1 3.51%
  • 2 3.42%
  • 3 0.03%
  • 9 10.24%
  • 11 1.22%
  • 13 1.25%
  • 15 1.53%
  • 19 11.72%
Chromosome breakdown
Chr 12: 10.0%
  • 6 2.96%
  • 10 0.22%
  • 12 10.02%
  • 15 4.21%
  • 16 10.02%
  • 19 2.63%
Chromosome breakdown
Chr 7: 8.9%
  • 3 0.20%
  • 4 5.23%
  • 5 8.63%
  • 7 8.92%
  • 16 2.14%
  • 19 2.12%
Chromosome breakdown
Chr 22: 10.3%
  • 5 0.50%
  • 8 7.23%
  • 17 6.81%
  • 22 10.27%
Chromosome breakdown
Chr 22: 10.0%
  • 7 3.04%
  • 8 1.15%
  • 14 4.39%
  • 20 5.01%
  • 21 1.17%
  • 22 10.00%
Chromosome breakdown
Chr 13: 8.2%
  • 1 0.43%
  • 3 6.65%
  • 12 1.33%
  • 13 8.16%
  • 16 4.41%
  • 20 0.81%
Chromosome breakdown
Chr 6: 7.0%
  • 6 6.97%
  • 8 3.06%
  • 13 5.19%
  • 18 5.97%
Chromosome breakdown
Chr 6: 7.9%
  • 6 7.88%
  • 10 0.03%
  • 17 3.28%
  • 19 7.17%
  • 20 2.79%
Chromosome breakdown
Chr 3: 3.2%
  • 2 2.37%
  • 3 3.21%
  • 5 2.10%
  • 8 1.60%
  • 9 2.75%
  • 11 0.47%
  • 12 3.15%
  • 17 2.47%
  • 22 2.86%
Chromosome breakdown
Chr 3: 11.2%
  • 3 11.23%
  • 4 0.36%
  • 8 4.84%
  • 9 2.68%
  • 11 1.31%
Chromosome breakdown
Chr 11: 10.3%
  • 2 1.65%
  • 11 10.31%
  • 13 6.57%
Chromosome breakdown
Chr 4: 6.7%
  • 2 2.07%
  • 4 6.68%
  • 8 0.37%
  • 14 0.72%
  • 15 6.46%
Chromosome breakdown
Chr 10: 5.9%
  • 7 2.79%
  • 9 2.96%
  • 10 5.90%
  • 11 2.26%
Chromosome breakdown
Chr 20: 8.8%
  • 16 0.32%
  • 18 3.08%
  • 20 8.81%
Chromosome breakdown
Chr 3: 10.6%
  • 3 10.55%
  • 8 0.92%
Chromosome breakdown
Chr 16: 5.6%
  • 13 0.05%
  • 16 5.57%
  • 17 4.82%
Chromosome breakdown
Chr 18: 9.4%
  • 18 9.38%
Chromosome breakdown
Chr 6: 2.9%
  • 4 2.80%
  • 6 2.89%
  • 22 1.72%
Chromosome breakdown
Chr 13: 0.6%
  • 13 0.64%
No regions found

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Chromosome Heatmap 33 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 15
Northwestern European
65.4% 65.6% 45.8% 53.3% 71.2% 10.4% 54.7% 20.1% 42.8% 58.9% 42.3% 34.0% 55.5% 16.8% 69.5% 35.4% 18.2% 42.6% - 8.7% 7.4% 41.4%
Sardinian
2.5% 3.5% 1.1% - - 4.9% 1.9% 4.4% 11.5% - - 5.6% 8.5% 7.3% - 3.0% 14.6% 24.0% 12.2% 4.8% 18.2% 13.2%
French Basque
- - 17.4% 7.6% - - 3.0% - - - 8.2% 8.3% - 4.6% 13.2% 5.5% - 1.8% 36.2% - 20.6% 6.0%
Southern European
- 5.1% - - - 5.8% - 23.4% - - - - - 36.4% - - 18.8% - - - - -
Irish Scottish Welsh
- - 3.5% - - 5.0% 2.5% 7.4% - 2.4% - 12.7% - - 0.8% 6.5% - - 24.5% 13.9% - 4.6%
Balkan
- 5.5% - - 0.2% 22.1% - 11.6% - - 15.1% - - - 1.1% 0.6% - - - - 24.8% -
Finnish
- - - - - - - 4.1% - - - - - - - - 25.5% - - 14.6% - -
Ashkenazijews
- - 0.4% 7.5% - 1.5% - - 15.9% - 1.5% 1.7% - - - 4.6% - - - - - -
Cyprus
- - - - - 3.0% - - - 0.2% - 10.0% - - 4.2% 10.0% - - 2.6% - - -
Iberian
- 1.6% - - - - - - - - 10.3% - 6.6% - - - - - - - - -
Scandinavian
- 2.1% - 6.7% - - - 0.4% - - - - - 0.7% 6.5% - - - - - - -
Baltic
- - - - - - - - - - - - - - - 0.3% - 3.1% - 8.8% - -
Eastern European
- - 10.6% - - - - 0.9% - - - - - - - - - - - - - -
North Atlantic
- - - - - - - - - - - - 0.0% - - 5.6% 4.8% - - - - -
Finno Ugric
- - - - - - - - - - - - - - - - - 9.4% - - - -
Asia 9
West Asian
4.5% 1.5% - - 14.0% - 10.0% - - 27.3% - - 12.9% 18.2% - - - - - 16.7% - 9.5%
South Asian
3.5% - - 0.4% - 12.2% 13.2% - - 3.5% - 13.1% - 11.5% - 13.2% - 9.8% - 3.0% 4.1% 0.5%
Caucasus
- - - - - - - - - - 7.6% 8.9% 1.2% - - - - - - 18.0% 11.6% -
Anatolian
11.9% 3.3% - - 2.9% - - - 7.3% - - - - - - 8.7% 0.7% - - - - -
Southeast Asian
0.4% - 6.6% - - - - - - - - 1.3% 8.2% - - 4.4% - - - 0.8% - -
Yakut
- - - - - 7.0% - 3.1% - - - - 5.2% - - - - 6.0% - - - -
East Asian
- - - - - - 2.8% - 3.0% 5.9% 2.3% - - - - - - - - - - -
Siberian
- - - 2.8% - 2.9% - - - - - - - - - - - - - - - 1.7%
Central Asian
- - - - - - - - - - - - 0.6% - - - - - - - - -
Africa 6
North African
8.3% - - 15.8% - 16.8% - 7.0% - - 5.0% - - - - - 4.8% - - - - -
Central African
- 6.0% - 0.4% 0.4% 0.7% - 2.8% 3.9% 1.7% 4.7% 1.2% - - 3.3% - - 3.4% 3.5% 3.0% 12.1% -
East African
- - 0.2% 5.2% 8.6% - 8.9% - - - - - - - - 2.1% - - 2.1% - - -
South African
- - - - - - 3.0% 1.2% - - - - - 4.4% - - - - - 5.0% 1.2% 10.0%
West African
- - - - - 7.9% - - - 0.0% - - - - - - 3.3% - 7.2% 2.8% - -
Nigerian
- - 11.2% 0.4% - - - 4.8% 2.7% - 1.3% - - - - - - - - - - -
America 2
Native American
3.5% 3.4% 0.0% - - - - - 10.2% - 1.2% - 1.2% - 1.5% - - - 11.7% - - -
Mixed Amerindian
- - - - 0.5% - - 7.2% - - - - - - - - 6.8% - - - - 10.3%
Oceania 1
Melanesian
- 2.4% 3.2% - 2.1% - - 1.6% 2.8% - 0.5% 3.2% - - - - 2.5% - - - - 2.9%
Europe Northwestern European
Chr 1 65.4%
Chr 2 65.6%
Chr 3 45.8%
Chr 4 53.3%
Chr 5 71.2%
Chr 6 10.4%
Chr 7 54.7%
Chr 8 20.1%
Chr 9 42.8%
Chr 10 58.9%
Chr 11 42.3%
Chr 12 34.0%
Chr 13 55.5%
Chr 14 16.8%
Chr 15 69.5%
Chr 16 35.4%
Chr 17 18.2%
Chr 18 42.6%
Chr 19 -
Chr 20 8.7%
Chr 21 7.4%
Chr 22 41.4%
Chr 1 2.5%
Chr 2 3.5%
Chr 3 1.1%
Chr 4 -
Chr 5 -
Chr 6 4.9%
Chr 7 1.9%
Chr 8 4.4%
Chr 9 11.5%
Chr 10 -
Chr 11 -
Chr 12 5.6%
Chr 13 8.5%
Chr 14 7.3%
Chr 15 -
Chr 16 3.0%
Chr 17 14.6%
Chr 18 24.0%
Chr 19 12.2%
Chr 20 4.8%
Chr 21 18.2%
Chr 22 13.2%
Chr 1 -
Chr 2 -
Chr 3 17.4%
Chr 4 7.6%
Chr 5 -
Chr 6 -
Chr 7 3.0%
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 8.2%
Chr 12 8.3%
Chr 13 -
Chr 14 4.6%
Chr 15 13.2%
Chr 16 5.5%
Chr 17 -
Chr 18 1.8%
Chr 19 36.2%
Chr 20 -
Chr 21 20.6%
Chr 22 6.0%
Chr 1 -
Chr 2 5.1%
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 5.8%
Chr 7 -
Chr 8 23.4%
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 36.4%
Chr 15 -
Chr 16 -
Chr 17 18.8%
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 3.5%
Chr 4 -
Chr 5 -
Chr 6 5.0%
Chr 7 2.5%
Chr 8 7.4%
Chr 9 -
Chr 10 2.4%
Chr 11 -
Chr 12 12.7%
Chr 13 -
Chr 14 -
Chr 15 0.8%
Chr 16 6.5%
Chr 17 -
Chr 18 -
Chr 19 24.5%
Chr 20 13.9%
Chr 21 -
Chr 22 4.6%
Chr 1 -
Chr 2 5.5%
Chr 3 -
Chr 4 -
Chr 5 0.2%
Chr 6 22.1%
Chr 7 -
Chr 8 11.6%
Chr 9 -
Chr 10 -
Chr 11 15.1%
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 1.1%
Chr 16 0.6%
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 24.8%
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 4.1%
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 25.5%
Chr 18 -
Chr 19 -
Chr 20 14.6%
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 0.4%
Chr 4 7.5%
Chr 5 -
Chr 6 1.5%
Chr 7 -
Chr 8 -
Chr 9 15.9%
Chr 10 -
Chr 11 1.5%
Chr 12 1.7%
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 4.6%
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 3.0%
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 0.2%
Chr 11 -
Chr 12 10.0%
Chr 13 -
Chr 14 -
Chr 15 4.2%
Chr 16 10.0%
Chr 17 -
Chr 18 -
Chr 19 2.6%
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 1.6%
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 10.3%
Chr 12 -
Chr 13 6.6%
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 2.1%
Chr 3 -
Chr 4 6.7%
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 0.4%
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 0.7%
Chr 15 6.5%
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 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 0.3%
Chr 17 -
Chr 18 3.1%
Chr 19 -
Chr 20 8.8%
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 10.6%
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 0.9%
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 -
Chr 12 -
Chr 13 0.0%
Chr 14 -
Chr 15 -
Chr 16 5.6%
Chr 17 4.8%
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 -
Chr 16 -
Chr 17 -
Chr 18 9.4%
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 4.5%
Chr 2 1.5%
Chr 3 -
Chr 4 -
Chr 5 14.0%
Chr 6 -
Chr 7 10.0%
Chr 8 -
Chr 9 -
Chr 10 27.3%
Chr 11 -
Chr 12 -
Chr 13 12.9%
Chr 14 18.2%
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 16.7%
Chr 21 -
Chr 22 9.5%
Chr 1 3.5%
Chr 2 -
Chr 3 -
Chr 4 0.4%
Chr 5 -
Chr 6 12.2%
Chr 7 13.2%
Chr 8 -
Chr 9 -
Chr 10 3.5%
Chr 11 -
Chr 12 13.1%
Chr 13 -
Chr 14 11.5%
Chr 15 -
Chr 16 13.2%
Chr 17 -
Chr 18 9.8%
Chr 19 -
Chr 20 3.0%
Chr 21 4.1%
Chr 22 0.5%
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 7.6%
Chr 12 8.9%
Chr 13 1.2%
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 18.0%
Chr 21 11.6%
Chr 22 -
Chr 1 11.9%
Chr 2 3.3%
Chr 3 -
Chr 4 -
Chr 5 2.9%
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 7.3%
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 8.7%
Chr 17 0.7%
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 0.4%
Chr 2 -
Chr 3 6.6%
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 1.3%
Chr 13 8.2%
Chr 14 -
Chr 15 -
Chr 16 4.4%
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 0.8%
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 7.0%
Chr 7 -
Chr 8 3.1%
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 5.2%
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 6.0%
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 2.8%
Chr 8 -
Chr 9 3.0%
Chr 10 5.9%
Chr 11 2.3%
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 2.8%
Chr 5 -
Chr 6 2.9%
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 1.7%
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 0.6%
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 8.3%
Chr 2 -
Chr 3 -
Chr 4 15.8%
Chr 5 -
Chr 6 16.8%
Chr 7 -
Chr 8 7.0%
Chr 9 -
Chr 10 -
Chr 11 5.0%
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 4.8%
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 6.0%
Chr 3 -
Chr 4 0.4%
Chr 5 0.4%
Chr 6 0.7%
Chr 7 -
Chr 8 2.8%
Chr 9 3.9%
Chr 10 1.7%
Chr 11 4.7%
Chr 12 1.2%
Chr 13 -
Chr 14 -
Chr 15 3.3%
Chr 16 -
Chr 17 -
Chr 18 3.4%
Chr 19 3.5%
Chr 20 3.0%
Chr 21 12.1%
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 0.2%
Chr 4 5.2%
Chr 5 8.6%
Chr 6 -
Chr 7 8.9%
Chr 8 -
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 2.1%
Chr 17 -
Chr 18 -
Chr 19 2.1%
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 3.0%
Chr 8 1.2%
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 4.4%
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 5.0%
Chr 21 1.2%
Chr 22 10.0%
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 -
Chr 6 7.9%
Chr 7 -
Chr 8 -
Chr 9 -
Chr 10 0.0%
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 3.3%
Chr 18 -
Chr 19 7.2%
Chr 20 2.8%
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 11.2%
Chr 4 0.4%
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 4.8%
Chr 9 2.7%
Chr 10 -
Chr 11 1.3%
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 3.5%
Chr 2 3.4%
Chr 3 0.0%
Chr 4 -
Chr 5 -
Chr 6 -
Chr 7 -
Chr 8 -
Chr 9 10.2%
Chr 10 -
Chr 11 1.2%
Chr 12 -
Chr 13 1.2%
Chr 14 -
Chr 15 1.5%
Chr 16 -
Chr 17 -
Chr 18 -
Chr 19 11.7%
Chr 20 -
Chr 21 -
Chr 22 -
Chr 1 -
Chr 2 -
Chr 3 -
Chr 4 -
Chr 5 0.5%
Chr 6 -
Chr 7 -
Chr 8 7.2%
Chr 9 -
Chr 10 -
Chr 11 -
Chr 12 -
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 6.8%
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 10.3%
Chr 1 -
Chr 2 2.4%
Chr 3 3.2%
Chr 4 -
Chr 5 2.1%
Chr 6 -
Chr 7 -
Chr 8 1.6%
Chr 9 2.8%
Chr 10 -
Chr 11 0.5%
Chr 12 3.2%
Chr 13 -
Chr 14 -
Chr 15 -
Chr 16 -
Chr 17 2.5%
Chr 18 -
Chr 19 -
Chr 20 -
Chr 21 -
Chr 22 2.9%
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Reference

Reference Panel

Populations used in this analysis

Anatolian

#1
West Asian Anatolia +2 more

Populations from the Anatolian peninsula, including modern Turkish, Kurdish, and Armenian communities, with deep layers from Neolithic farmers, Bronze Age Anatolians, and later Turkic and Iranian influences. Genetic profiles often show a mix of Near Eastern, Caucasus, and Mediterranean components reflecting millennia of migration and empire-scale movements. Regional variation is pronounced between coastal, central and eastern Anatolia.

West Asian Anatolia Mediterranean Mixed
Related Regions:
  • Anatolian Peninsula
  • Eastern Mediterranean
  • Caucasus

Ashkenazi Jews

#2
Jewish European +2 more

A well-characterized Jewish diaspora population historically centered in Central and Eastern Europe, formed through founder events and admixture between Middle Eastern and European groups. Ashkenazi genomes show distinctive bottleneck signatures and elevated shared drift, with medical genetics relevance due to enriched rare variants. Cultural and religious continuity has helped preserve a distinct population identity despite geographic spread.

Jewish European Founder Diaspora
Related Regions:
  • Central Europe
  • Eastern Europe
  • Levant (ancestral)

Balkan

#3
Southeastern European Balkan +2 more

Populations from the Balkan Peninsula such as Croats, Serbs, Bosniaks and Albanians, shaped by Slavic migrations, earlier Illyrian/Thracian substrata, and periods of Byzantine and Ottoman rule. Genetic profiles typically combine Southeastern European, East Mediterranean and Slavic components with local continuity. High regional heterogeneity reflects mountainous geography and historical population movements.

Southeastern European Balkan Slavic Mediterranean
Related Regions:
  • Balkan Peninsula
  • Adriatic Coast
  • Aegean Region

Baltic

#4
Northern European Baltic +2 more

Populations of the Baltic states—Lithuanians, Latvians and Estonians—display strong genetic continuity with northeastern Europe and notable Uralic and Finno-Ugric contacts, especially in Estonians. Baltic groups often show elevated northern European and eastern hunter-gatherer ancestry alongside later Indo-European inputs. Cultural and linguistic differences map onto subtle genetic structure across the region.

Northern European Baltic Finno-Ugric contact Ancient North Eurasian
Related Regions:
  • Baltic Sea
  • Northeastern Europe
  • Fenno-Scandia

Caucasus

#5
Caucasus West Asian +2 more

Populations from the Caucasus region including Georgians, Armenians, Azeris and adjacent Russian groups, characterized by strong local continuity and high genetic differentiation relative to surrounding areas. The Caucasus acts as a genetic and linguistic refuge with unique ancestry components linked to ancient Near Eastern and steppe interactions. Modern populations reflect complex admixture between Caucasus-specific lineages and incoming West Eurasian groups.

Caucasus West Asian High differentiation Ancient
Related Regions:
  • Greater Caucasus
  • South Caucasus
  • Eastern Anatolia

Cyprus

#6
Eastern Mediterranean Island +2 more

Greek and Turkish Cypriots share substantial genetic continuity on the island with deep Eastern Mediterranean ancestry and layers from Neolithic farmers, Bronze Age eastern Mediterranean peoples, and more recent Anatolian and Levantine influences. Cultural and historical ties to both Greece and Anatolia are mirrored in subtle genetic structure across communities. The island’s position at the crossroads of continents makes Cypriot ancestry a blend of Mediterranean and West Asian elements.

Eastern Mediterranean Island Greek Turkish
Related Regions:
  • Cyprus
  • Eastern Mediterranean
  • Anatolia

Eastern-European

#7
Eastern Europe Slavic +2 more

Populations from Eastern Europe—Russians, Poles, Ukrainians and Belarusians—are largely shaped by Slavic expansions layered on older hunter-gatherer and Neolithic farmer ancestries. Their genetic makeup commonly includes significant Northern/Eastern European components and admixture signals from steppe migrations. Regional gradients reflect historical contact with Baltic, Finno-Ugric and Central Asian groups in different areas.

Eastern Europe Slavic Steppe influence Continental
Related Regions:
  • Eastern Europe
  • East-Central Europe
  • Western Russia

Finnish

#8
Finno-Ugric Northern European +2 more

The Finnish population exhibits distinct genetic features among Europeans, with increased eastern hunter-gatherer and Siberian-related ancestry reflecting Finno-Ugric connections. Finland shows pronounced internal structure due to founder effects and relative isolation in some regions, producing recognizable genetic signatures. Language and cultural continuity over millennia contribute to a coherent population profile.

Finno-Ugric Northern European Founder effect Siberian influence
Related Regions:
  • Finland
  • Gulf of Bothnia
  • Lapland

Finno-Ugric

#9
Uralic Finno-Ugric +2 more

Groups speaking Finno-Ugric languages across parts of Russia, Finland and Estonia share genetic signals of Uralic-speaking migrations, including varying Siberian and northeastern European ancestry. The label encompasses a range of populations from more eastern, Siberian-influenced groups to western populations with stronger European admixture. Historical mobility and language spread created genetic clines rather than a single homogeneous profile.

Uralic Finno-Ugric Siberian contact Language family
Related Regions:
  • Northern Europe
  • Western Siberia
  • Baltic Region

French_Basque

#10
Basque Western European +2 more

Populations of the Basque region in southwestern France and northern Spain are known for genetic distinctiveness and strong continuity from pre-Neolithic and Neolithic European layers. Basques often show reduced influences from later migrations compared with surrounding Iberian groups and retain unique allele frequency patterns tied to regional isolation. Their non-Indo-European language and cultural distinctiveness correspond to this genetic uniqueness.

Basque Western European Isolated Ancient continuity
Related Regions:
  • Basque Country
  • Pyrenees
  • Iberian Peninsula

Iberian

#11
Iberian Mediterranean +2 more

Populations across the Iberian Peninsula—Spanish, Portuguese and Basque groups—reflect a mixture of Paleolithic and Neolithic European ancestry, Phoenician/Greek Mediterranean inputs, and later North African and steppe-related admixture. There is pronounced geographic structure from the Atlantic coast to the Mediterranean and from north to south, shaped by historical migrations and isolation in mountainous areas. Coastal regions often show stronger Mediterranean signatures.

Iberian Mediterranean Atlantic Admixture
Related Regions:
  • Iberian Peninsula
  • Atlantic Iberia
  • Mediterranean Spain

Irish-Scottish-Welsh

#12
Celtic Western Europe +2 more

Celtic populations of Ireland, Scotland and Wales share genetic affinities characterized by high levels of Western European hunter-gatherer and Neolithic farmer ancestry with subsequent Bronze Age steppe input. Regional substructure exists due to geographic isolation and historical migration patterns, including Norse and Anglo-Norman influences in some coastal areas. Cultural and linguistic ties often mirror genetic similarities across the British Isles.

Celtic Western Europe Insular British Isles
Related Regions:
  • Ireland
  • Scotland
  • Wales

North-Atlantic

#13
British Isles North Atlantic +2 more

Populations around the North Atlantic—English, Irish, Scottish and Welsh—form a broad genetic cluster influenced by prehistoric British Isles ancestry, subsequent Anglo-Saxon, Norse and Norman migrations, and continuous maritime gene flow. This group represents the genetic diversity of the British Isles with gradients from west to east and coastal to inland. Historical trade and conquest have left detectable admixture signals in many local populations.

British Isles North Atlantic Maritime Anglo-Saxon/Norse
Related Regions:
  • British Isles
  • North Atlantic Coast
  • Western Europe

Northwestern-European

#14
Western Europe Continental +2 more

Populations of northwestern Europe—Germans, French and Dutch—display a mix of Western European hunter-gatherer, Neolithic farmer and Bronze Age steppe ancestries with regional variation from the Atlantic façade to central Europe. Long-term settlement, urbanization and historic migrations (e.g., Roman, Germanic) have produced the modern genetic landscape. Subtle north-south and east-west genetic clines are typical across the region.

Western Europe Continental Germanic Roman influence
Related Regions:
  • Northwestern Europe
  • Rhine-Meuse Region
  • Paris Basin

Sardinian

#15
Island Neolithic farmer +2 more

The Sardinian population is notable for strong genetic continuity with early European Neolithic farmers and relatively limited later steppe and other admixture, making it a useful reference for ancient agricultural ancestry. Insularity and geographic isolation on the island have preserved distinct allele frequencies and population-specific variants. Sardinians often serve as a proxy for early Mediterranean farmer ancestry in population genetics studies.

Island Neolithic farmer Isolated Mediterranean
Related Regions:
  • Sardinia
  • Western Mediterranean
  • Tyrrhenian Sea

Scandinavian

#16
Northern Europe Viking +2 more

Danish, Norwegian and Swedish populations share Scandinavian genetic patterns shaped by Mesolithic hunter-gatherers, Neolithic farmers and Bronze Age steppe migrations, with later Viking-era mobility adding northern Atlantic gene flow. Genetic differentiation across the region is modest but detectable, reflecting coastal vs inland and north vs south contrasts. Scandinavian populations often show higher levels of Scandinavian-specific haplotypes and certain ancient northern ancestry components.

Northern Europe Viking Scandinavia Mesolithic/Neolithic
Related Regions:
  • Scandinavia
  • North Sea
  • Baltic Sea

Southern-European

#17
Mediterranean Southern Europe +2 more

Southern European populations—primarily Italian and Greek—display rich genetic mosaics combining Paleolithic, Neolithic Mediterranean farmer, Bronze Age steppe and later historical inputs from the Near East and North Africa. Regional variation is strong between northern and southern Italy and among Greek islands versus mainland. Long histories of trade, colonization and empire have produced layered ancestry profiles across the region.

Mediterranean Southern Europe Ancient admixture Regional structure
Related Regions:
  • Italian Peninsula
  • Greece
  • Central Mediterranean

Central-Asian

#18
Central Asia Turkic +2 more

Central Asian groups such as Uzbeks, Kazakhs, Kyrgyz, Tajiks and Turkmen reflect admixture between East Eurasian (steppe and Siberian) and West Eurasian (Iranian, South Asian, and European) ancestries, shaped by Turkic and Mongolic migrations and Silk Road interactions. Many populations are highly admixed and show clinal variation across the region’s vast geography. Nomadic pastoralist histories and recent state formations contribute to complex genetic patterns.

Central Asia Turkic Steppe-Siberian Silk Road
Related Regions:
  • Central Asia
  • Kazakhstan
  • Fergana Valley

East-Asian

#19
East Asia Han-related +2 more

Major East Asian populations—Chinese, Japanese and Korean—share substantial ancestry components characteristic of East Eurasia, with regional substructure resulting from ancient peopling events, agricultural expansions and later demographic shifts. Despite broad genetic similarity, each population has distinct local histories and drift patterns shaped by isolation, migration and cultural barriers. East Asia also exhibits deep connections to Siberian and Southeast Asian groups depending on locality.

East Asia Han-related Agricultural expansion Substructure
Related Regions:
  • East Asia
  • Yellow River Basin
  • Korean Peninsula

Siberian

#20
Siberia Northern Eurasia +2 more

Siberian groups such as Buryats and Tuvans carry ancestry related to northern Eurasian hunter-gatherers, East Asian, and in some cases ancient North Eurasian components, reflecting long-term habitation of Siberia and steppe interactions. Their genomes often bridge East Asian and Arctic/Siberian lineages and show adaptation to cold environments. Cultural diversity includes Turkic and Mongolic language families with complex admixture histories.

Siberia Northern Eurasia Mongolic/Turkic Ancient North Eurasian
Related Regions:
  • South-Central Siberia
  • Lake Baikal Region
  • Mongolia border

South-Asian

#21
South Asia Indo-Aryan/Dravidian +2 more

Populations across South Asia—Indians, Pakistanis, Bangladeshis and Sri Lankans—are genetically diverse with major components including ancient South Asian hunter-gatherers, incoming Iranian-related farmers and Steppe pastoralist ancestry, plus regional East and Southeast Asian signals in some groups. Caste, language and geography produce strong substructure and localized founder effects. Long-term admixture and complex social histories have shaped the modern genetic landscape.

South Asia Indo-Aryan/Dravidian High diversity Founder effects
Related Regions:
  • Indian Subcontinent
  • Indus Valley
  • Deccan Plateau

Southeast-Asian

#22
Southeast Asia Austronesian +2 more

Southeast Asian populations—Vietnamese, Thai, Indonesian and Filipino groups—derive ancestry from multiple waves including ancient Hoabinhian hunter-gatherers, Austroasiatic and Austronesian farmer expansions, and later regional admixture with East and South Asian sources. Island Southeast Asia shows strong Austronesian signatures and maritime connections, while mainland areas retain more continental ancestries. The region is characterized by high genetic diversity and linkage to ancient coastal and riverine migrations.

Southeast Asia Austronesian Austroasiatic Maritime
Related Regions:
  • Mainland Southeast Asia
  • Insular Southeast Asia
  • Maritime Asia

West-Asian

#23
Near East West Asia +2 more

Populations of West Asia—Arabs, Persians, Kurds and Turkmens—show diverse mixtures of ancient Near Eastern farmer lineages, Caucasus-related ancestry, and varying amounts of Arabian and Eurasian steppe influence. Regional patterns reflect historic empires, trade routes and nomadic movements, producing stratified genetic structure across the Fertile Crescent and surrounding areas. Linguistic diversity (Semitic, Iranian, Turkic) often corresponds with distinct genetic signals in local groups.

Near East West Asia Semitic/Iranian/Turkic Ancient Near East
Related Regions:
  • Fertile Crescent
  • Arabian Peninsula
  • Iran Plateau

Yakut

#24
Siberian Yakut +2 more

The Yakut (Sakha) are a Turkic-speaking population native to northeastern Siberia who display strong East Asian ancestry combined with Siberian-specific components and signals of founder events during northward expansions. Their genetic profile reflects adaptation to extreme cold and a history of relatively recent migration from southern Siberia into the Lena River basin. Yakut genomes are informative about interactions between Turkic expansions and indigenous Siberian groups.

Siberian Yakut Turkic Founder effect
Related Regions:
  • Sakha (Yakutia)
  • Lena River Basin
  • Northeastern Siberia

Central-African

#25
Central Africa Bantu +2 more

Central African groups such as Kongo, Luba and Mongo are part of the Bantu-speaking expansion and exhibit genetic patterns characteristic of Central African rainforest populations, including high genetic diversity and deep local lineages. Bantu migrations spread agriculture and ironworking across much of sub-Saharan Africa, producing shared ancestry across vast regions while preserving local hunter-gatherer admixture in some areas. Central African populations also show adaptation to tropical environments.

Central Africa Bantu High diversity Rainforest
Related Regions:
  • Congo Basin
  • Central Africa
  • Great Lakes region

East-African

#26
East Africa Cushitic +2 more

East African populations such as Swahili, Maasai and Somali display a mix of indigenous East African, Nilotic, Cushitic and varying West Eurasian and Arabian components linked to ancient and medieval trade across the Red Sea and Indian Ocean. Pastoralist lifestyles and trade networks have shaped both genetic diversity and cultural exchanges, resulting in distinctive regional ancestries. Coastal groups often show stronger Arabian and South Asian admixture than inland populations.

East Africa Cushitic Nilotic Indian Ocean trade
Related Regions:
  • Horn of Africa
  • East African Rift
  • Swahili Coast

Nigerian

#27
West Africa Niger-Congo +2 more

Major Nigerian ethno-linguistic groups such as Hausa, Igbo and Yoruba represent a substantial part of West African genetic diversity, with deep sub-Saharan lineages shaped by long-standing agricultural and urban societies. Nigeria’s populations reflect both regional differentiation and shared ancestry tied to Niger-Congo language expansions and localized demographic histories. Urban centers and trade routes have promoted gene flow across varied ecological zones.

West Africa Niger-Congo High diversity Yoruba/Igbo/Hausa
Related Regions:
  • Nigeria
  • Niger River Basin
  • Gulf of Guinea

North-African

#28
North Africa Maghreb +2 more

North African populations—Egyptians, Moroccans, Tunisians and Libyans—carry ancestry from indigenous North African (including pre-Neolithic) groups, substantial Near Eastern and Mediterranean inputs, and variable Sub-Saharan African admixture due to trans-Saharan contacts. The long history of Phoenician, Greek, Roman, Arab and Ottoman influences has produced layered genetic landscapes across the Maghreb and Nile Valley. Coastal areas often show stronger Mediterranean affinities.

North Africa Maghreb Mediterranean Admixture
Related Regions:
  • Maghreb
  • Nile Valley
  • Mediterranean coast of Africa

South-African

#29
Southern Africa Bantu +2 more

South African populations include indigenous groups (e.g., Zulu, Xhosa) and settler-descended communities (e.g., Afrikaners), reflecting a mix of Bantu expansions, indigenous hunter-gatherer lineages (Khoe-San), and European colonial-era input. Genetic structure is shaped by recent admixture, social history, and linguistic diversity. Khoe-San contributions often persist regionally and are among the deepest lineages in southern Africa.

Southern Africa Bantu Khoe-San admixture Colonial
Related Regions:
  • South Africa
  • Cape region
  • KwaZulu-Natal

West-African

#30
West Africa Niger-Congo +2 more

West African groups such as Ashanti, Fula and Yoruba are central to the genetic diversity of coastal West Africa, shaped by long-term agricultural societies, trade networks and migrations like the Bantu and Sahelian movements. Genomes in this region display deep sub-Saharan ancestries and local differentiation related to language, ecology and historical population structure. West Africa has been a source region for diasporas across the Atlantic and within Africa.

West Africa Niger-Congo Sahelian contact High diversity
Related Regions:
  • Gulf of Guinea
  • Sahel
  • Upper Guinea

Eskimo-Inuit

#31
Arctic Inuit +2 more

Arctic populations of North America, including Inuit and related Eskimo groups of Alaska and Canada, show strong Arctic-adapted ancestry with links to Siberia and distinct circumpolar genetic components. Their genomes reflect relatively recent migrations across Beringia, specialized subsistence adaptations and high genetic continuity in Arctic environments. Cultural and linguistic continuity across vast distances correlates with these genetic signatures.

Arctic Inuit Beringia Adaptation
Related Regions:
  • Arctic North America
  • Greenland
  • Bering Strait

Melanesian

#32
Melanesia Papuan +2 more

Melanesian populations from Papua New Guinea, Fiji and the Solomon Islands carry deeply divergent Oceanian lineages with high levels of Papuan-related ancestry and, in many island groups, varying Austronesian admixture. Melanesians often show high within-population diversity and long branches in genetic trees, reflecting ancient isolation and complex seafaring histories. They also retain some of the most deeply divergent non-African ancestries outside of Australia.

Melanesia Papuan Austronesian admixture Island
Related Regions:
  • Papua New Guinea
  • Solomon Islands
  • Fiji

Mixed-Amerindian

#33
Amerindian Mesoamerica +2 more

Populations associated with ancient and modern Mesoamerican and Andean civilizations (e.g., Maya, Aztec, Inca) show diverse Amerindian ancestries shaped by pre-Columbian population structure, agricultural expansion, and regional trade networks. Many modern descendant populations are admixed with European and African ancestries due to post-contact history, producing distinct mixed-Amerindian genetic profiles. Archaeogenetic work reveals deep continuity with local pre-contact lineages across the Americas.

Amerindian Mesoamerica Andean Admixed
Related Regions:
  • Mesoamerica
  • Andes
  • Central America

Native-American

#34
Native American North America +2 more

North American indigenous groups like Cherokee, Navajo and Sioux represent diverse Native American ancestries with deep roots in ancient migrations into the Americas and subsequent regional diversification. Genetic structure reflects long-term isolation, localized demographic events, and, in some populations, later admixture with Europeans and Africans. Cultural and linguistic diversity is mirrored by substantial genetic heterogeneity across the continent.

Native American North America Indigenous Diverse
Related Regions:
  • North America
  • Great Plains
  • Southeastern Woodlands
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