Explore genetic distances among 319 populations, using data from 10,665 individuals drawn from a collection of published datasets and the Allen Ancient DNA Resource (AADR). Use the dropdowns to inspect any pair, or browse the nearest-population table for the selected reference group.
Choose populations above, or use the buttons below to pick them on the map. Every coloured dot shows Fst relative to your reference.
214 records have no heterozygous calls. The default counts these as one observed allele per site; this is an inferred ploidy assumption. Switch to the diploid analysis to inspect its effect. Only populations with at least 5 retained individuals are included. The threshold is applied after deduplication.
Buryat (41) and Mongol (9) are separate. Kalmyk (10) is also retained separately. Eight source-verified Tuscan individuals are labelled Tuscan. Duplicate and excluded records are omitted. Negative estimates are retained.
SNP coverage: Each SNP must have genotype calls in at least 80% of individuals and at least 5 individuals in each population being compared. Both estimation modes use the same coverage rule. Comparisons with fewer than 50,000 qualifying SNPs are unavailable on the map and in rankings; downloadable tables retain these estimates for audit.
| Population | N | Hudson's Fst | SE | Observed SNPs |
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Population names. Expanded 1000 Genomes codes follow IGSR descriptions. Recruitment locations describe the original cohorts; approved pooled groups may include samples from additional locations. Data and methods. A collection of published datasets combined with present-day samples from AADR v66, including Inner Eurasian Human Origins and West Javanese data. All pairs recomputed on the shared marker panel after individual deduplication. Pair-specific SNP counts reflect missing data. SE uses a block jackknife; it does not capture label or inferred-ploidy uncertainty. Downloads contain the default adjusted estimates unless labelled diploid sensitivity. Hudson estimator: Bhatia et al. (2013); AADR: Mallick et al. (2024).