Harappaworld

By Harappadna
Admixture Calculator

Calculator Details

Name
Harappaworld
Target Population
World
Author
Harappadna
Era
Modern
Number of Components
0
Description
Harappaworld is a modern-era genetic admixture calculator that estimates the proportional ancestry of an individual using a 16-population reference panel designed to capture major global lineages. By comparing autosomal genotype data to reference clusters — including S-Indian, Baloch, SE-Asian, Siberian, NE-Asian, Caucasian, NE-Euro, Eastern_Euro, Mediterranean, Papuan, American, Beringian, San, E-African, Pygmy, and W-African — the tool reconstructs the mosaic of ancestry components that together reflect deep and recent population history. Designed for a worldwide audience, Harappaworld is appropriate for genealogy enthusiasts, adoptees, community historians, educators, and researchers who want a broad, interpretable view of genetic ancestry. Users receive proportional breakdowns, visual bar plots and maps, and contextual notes that explain how each component ties to known prehistoric and historic movements: Out-of-Africa dispersals (San, Pygmy, W-African, E-African), Eurasian diversification (Caucasian, Mediterranean, NE-Euro, Eastern_Euro), South Asian complexity (S-Indian, Baloch), East and Northeast Asian spread (SE-Asian, NE-Asian, Siberian), and the settlement of Oceania and the Americas (Papuan, Beringian, American). Harappaworld emphasizes interpretation: components indicate shared genetic drift with reference populations rather than fixed ethnic labels, providing insight into relative affinities, likely admixture events, and regional ancestries. The calculator is valuable because it integrates diverse global references into a single framework, helping users contextualize personal and population-level histories, generate hypotheses about migration and contact, and compare results across samples or time-slices. Limitations and best practices are clearly stated: results are model-based estimates dependent on the chosen reference panel, marker density, and modern population structure. Harappaworld is not a definitive statement of cultural or social identity
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Reference Populations

Asia

  • S-Indian: Peaks in Southern India (Paniya)
  • Baloch: Peaks in southeastern Iran and southwest Pakistan (Balochi)
  • SE-Asian: Peaks in southeast Asia (Cambodians, Malay, and Southern Chinese)
  • Siberian: Peaks in northern Asia (Turks, Mongols, Tungus)
  • NE-Asian: Peaks in northeast Asia (Japanese and Northern Chinese)

Europe

  • Caucasian: Peaks in the Caucasus (Georgian, Abhkasian)
  • NE-Euro: Peaks in the Baltic region (Finnish, Lithuanians)
  • Eastern_Euro: Peaks in Eastern Europe (Chuvash, Erzyas, Selkups)
  • Mediterranean: Peaks in Sardinia and Iberian Peninsula (Sardinians, Iberians)

Oceania

  • Papuan: Peaks in Papua New Guinea (Papuan)

Americas

  • American: Peaks in America (Karitiana, Mayan, Pima)
  • Beringian: Peaks in northeast Asian (Karitiana, Mayan, Pima)

Africa

  • San: Peaks in south Africa (San, Kung)
  • E-African: Peaks in east Africa (Gumuz, Anuak, Sudanese)
  • Pygmy: Peaks in pygmy populations (Pygmy, Mbuti Pygmi, Biaka Pygmi)
  • W-African: Peaks in west Africa (Yoruba, Dogon, Brong, Bambaran, Igbo, Mandeka)

What is Admixture Analysis?

Admixture analysis is a method used to estimate your genetic ancestry by comparing your DNA to reference populations from around the world. Think of it as creating a recipe of your genetic makeup, where the ingredients are different ancestral populations.

This calculator uses 0 carefully selected modern populations as references, allowing for a detailed breakdown of your genetic heritage.

How It Works

Key Points
  • Your DNA is compared to 0 reference populations
  • Modern populations are used as references
  • Results show your genetic similarity to these populations

Understanding Your Results

Your results will show percentages of genetic similarity to these reference populations. Remember:

  • Results reflect genetic similarity, not direct ancestry
  • Modern populations are used as references
  • Percentages indicate relative genetic contribution from each population
  • Results are estimates based on available reference data
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