Description

Haplogroup Q is the patrilineal haplogroup of almost all indigenous peoples of the Americas. It originated in Central or North Asia and migrated across the Bering land bridge approximately 15,000–20,000 years ago, founding all pre-Columbian populations of North, Central, and South America. The founding American subclade Q1a-M3 is found at frequencies approaching 100% in many South American groups such as the Maya, Quechua, and Guaraní. Outside the Americas, Q is found at very high frequencies among some Siberian groups — particularly the Kets (93%) and Selkups (66%) of the Yenisei region — and at low frequencies across Central Asia and South Asia.

Interesting Fact

The Kets of Siberia — a small indigenous group of roughly 1,000 people living along the Yenisei River — carry haplogroup Q at ~93% frequency and speak a language isolate that some linguists tentatively link to the Na-Dené languages of North America, providing a possible linguistic echo of the ancient migration across the Bering land bridge.

Distribution by Ethnicity

Ethnic distribution Region Frequency Sample
Quechua South America
98%
Maya Mesoamerica
95%
Kets Siberia
93%
Native Americans (average) Americas
90%
Navajo North America
80%
Selkups Siberia
66%
Chukchi Siberia
20%

Associated Clans & Tribes

Tribe
Kets
Siberia
Small Yenisei River group with ~93% Q frequency and possible linguistic links to North American Na-Dené peoples
Dynasty
Aztec ruling class
Mesoamerica
Q1a was the dominant haplogroup among pre-Columbian Mesoamerican elites
Tribe
Maya
Mesoamerica
Q1a-M3 approaches 95% frequency among Maya populations
Tribe
Inca
South America
Q1a was the characteristic haplogroup of the Andean civilizations including the Inca Empire

Tags

References

  1. Lell et al. (2002) — The dual origin and Siberian affinities of Native American Y chromosomes. American Journal of Human Genetics 70(1), 192–206.
  2. Raff & Bolnick (2014) — Does mitochondrial haplogroup X indicate ancient trans-Atlantic migration to the Americas? A critical re-evaluation. PaleoAmerica 1(4), 297–304.
  3. Hammer et al. (2001) — Hierarchical patterns of global human Y-chromosome diversity. Molecular Biology and Evolution 18, 1189–1203.