Lan‐Hai Wei

This study uses whole-genome sequencing of Central Asians to reveal genetic diversity, admixture events, and adaptive processes shaping their demographic history and medical relevance.

The paper uses ancient DNA and genomic data to trace the genetic contributions of ancient farmer and steppe pastoralist lineages to the paternal genetic diversity of modern Chinese populations.

This study analyzes 440 Hmong-Mien genomes to reveal genetic differentiation, admixture, and migration patterns, supporting isolation and long-distance migration.

The paper develops a high-resolution Y-SNP panel to infer paternal lineages and admixture history in Chinese populations, revealing complex genetic diversity and migration patterns.

This study clarifies the genetic origin and admixture history of the Tanka people using population genomic analysis of modern and ancient Eurasian samples.

The paper uses genome-wide array genotyping to infer northern gene flow into southeastern East Asians by analyzing present-day and ancient populations.

This paper analyzes genomic data from Sherpa people to explore their genetic origin, evolutionary history, and forensic characteristics using InDels and SNPs.

This paper uses modern and ancient genome-wide data to infer multiple waves of admixture and the peopling of the Tibet Plateau, identifying genetic connections and population stratifications among Tibetans and East Asians.

This study analyzes genome-wide SNP data from 510 individuals across 38 Mongolic, Tungusic, and Sinitic populations to explore genetic structure, admixture history, and demographic patterns in North-East Asia.

The paper reconstructs the demographic history of Tai-Kadai and Sinitic people in South China using genome-wide data and reference datasets, revealing genetic contributions from millet and rice farmers.

Genome-wide SNPs from 211 Southern Chinese, analysed with over 1,200 ancient and modern genomes, split the Yangtze River Farmer lineage into four language-linked sub-ancestries and date later migrations.

This paper uses ancient and present-day genomic data to reconstruct the population history of East Asia, identifying key migrations and language dispersals.