The Daxi culture (5000–3300 BC) was a Neolithic culture centered in the Three Gorges region around the middle Yangtze, China. The culture ranged from western Hubei to eastern Sichuan and the Pearl River Delta. The site at Daxi, located in the Qutang Gorge around Wushan, Chongqing, was discovered by Nels C. Nelson in the 1920s. Many key archaeological sites from the Daxi culture, including the site at Daxi, will be inundated or destroyed after the completion of the Three Gorges Dam.

Daxi culture
Daxi map.svg
Geographical rangemiddle Yangtze
PeriodNeolithic
Datesc. 5000 – c. 3300 BC
Followed byQujialing culture
Chinese name
Chinese大溪文化

Material cultureEdit

Daxi sites are typified by the presence of dou (cylindrical bottles), white pan (plates), and red pottery. The Daxi people cultivated rice extensively. Daxi sites were some of the earliest in China to show evidence of moats and walled settlements.

The Daxi culture showed evidence of cultural interactions with the Yangtze River Delta region. The white pan artefacts from the culture were discovered at several Yangtze River Delta sites, including the type site of the Majiabang culture. Conversely, jade artefacts at Daxi sites show possible influence from the Yangtze River Delta region. The Daxi culture was followed by the Qujialing culture.

People of DaxiEdit

Remains at Daxi were found to possess a high frequency of the Y-chromosome haplogroup O3d, which was not found at other prehistoric sites in China. This haplogroup is very rare in modern populations, with significant incidence only among Hmong–Mien (10%) and Austroasiatic (6%) populations. This might might indicate that the people of Daxi were the ancestors of Hmong–Mien speakers, who subsequently migrated to the southwest.[1]

See alsoEdit

ReferencesEdit

  1. ^ Li, Hui; Huang, Ying; Mustavich, Laura F.; Zhang, Fan; Tan, Jing-Ze; Wang, Ling-E; Qian, Ji; Gao, Meng-He; Jin, Li (2007). "Y chromosomes of prehistoric people along the Yangtze River". Human Genetics. 122: 383–388. doi:10.1007/s00439-007-0407-2. PMID 17657509.