🏺 Jinlianshan
Yunnan, Central_YN · China
34 ancient DNA individuals excavated at Jinlianshan, China, dated between 902 BC and 471 AD. Y-DNA haplogroups found on site include O1b1a1a1a1a1a, O1b1a1a1b, N1b2, O1b1a1a1. Explore each individual's haplogroups, radiocarbon dates and ancestral composition.
34
Individuals
902 BC
Earliest
471 AD
Latest
2
Studies
Average ancestral composition (34 individuals, non-zero components only)
East Asian
97.0%
AASI
1.8%
Sub-Saharan
1.7%
CHG/Iran N
1.7%
Natufian
1.3%
Native American
1.1%
WHG
0.8%
Iberomaurusian
0.8%
ANF
0.3%
ANE
0.2%
EHG
0.1%
Steppe
0.1%
Individuals excavated at this site (sorted chronologically)
| Sample ID | Label | Date | Sex | Y-DNA | mtDNA | Culture | Study |
|---|---|---|---|---|---|---|---|
| JinlianshanM62 | China | 902 BC | M | O1b1a1a1 | F1a1d | T. Wang et al. 2025 (Science); WangFuScience2025 | |
| JinlianshanM62_sg | China | 902 BC | M | O1b1a1a1 | WangFuScience2025 | ||
| JinlianshanM75_2_1 | China | 578 BC | M | O1b1a1a1b1b | A17 | T. Wang et al. 2025 (Science); WangFuScience2025 | |
| JinlianshanM29_4_3_Com | China_IA_Hellenistic | 291 BC | M | F | WangFuScience2025 | ||
| JinlianshanM29_2 | China | 265 BC | M | O1b1a1a1a1a1a | Z3a | T. Wang et al. 2025 (Science); WangFuScience2025 | |
| JinlianshanM30_3 | China | 230 BC | M | O1b1a1a1a1a1a1a | F1a4a1 | T. Wang et al. 2025 (Science); WangFuScience2025 | |
| JinlianshanM75_4_1 | China | 201 BC | M | O1b1a1a1b | F2 | T. Wang et al. 2025 (Science); WangFuScience2025 | |
| JinlianshanM15_2 | China | 5 AD | F | WangFuScience2025 | |||
| JinlianshanM15_4_4 | China | 250 AD | M | O1b1a1a1a1a1a | M75 | T. Wang et al. 2025 (Science); WangFuScience2025 | |
| JinlianshanM15_4_6 | China | 250 AD | F | WangFuScience2025 | |||
| JinlianshanM15_4_7 | China | 250 AD | F | WangFuScience2025 | |||
| JinlianshanM15_4_9 | China | 250 AD | M | O1b1a1a1b1 | M75 | T. Wang et al. 2025 (Science); WangFuScience2025 | |
| JinlianshanM15_5 | China | 250 AD | M | O1a1a2a1a3 | M75 | T. Wang et al. 2025 (Science); WangFuScience2025 | |
| JinlianshanM15_5_1 | China | 250 AD | F | WangFuScience2025 | |||
| JinlianshanM15_5_1_sg | China | 250 AD | F | WangFuScience2025 | |||
| JinlianshanM15_5_5 | China | 250 AD | M | O1b1a1a1b | F1a3 | T. Wang et al. 2025 (Science); WangFuScience2025 | |
| JinlianshanM15_5_sg | China | 250 AD | M | O1a1a2a1a | WangFuScience2025 | ||
| JinlianshanM29_2_1 | China | 250 AD | F | WangFuScience2025 | |||
| JinlianshanM29_2_4 | China | 250 AD | F | WangFuScience2025 | |||
| JinlianshanM29_2_4_sg | China | 250 AD | F | WangFuScience2025 | |||
| JinlianshanM29_4_2 | China | 250 AD | F | WangFuScience2025 | |||
| JinlianshanM29_4_4 | China | 250 AD | F | WangFuScience2025 | |||
| JinlianshanM29_4_5 | China | 250 AD | M | O1b1a1a1a | M20* | T. Wang et al. 2025 (Science); WangFuScience2025 | |
| JinlianshanM30_1_2 | China | 250 AD | M | N1b2 | F1a4a1 | T. Wang et al. 2025 (Science); WangFuScience2025 | |
| JinlianshanM32_2_1 | China | 250 AD | M | N1b2 | F1g | T. Wang et al. 2025 (Science); WangFuScience2025 | |
| JinlianshanM63 | China | 250 AD | M | O1b1a1a1b1b1 | N9a6 | T. Wang et al. 2025 (Science); WangFuScience2025 | |
| JinlianshanM63_sg | China | 250 AD | M | O1b1a1a1b1b1 | WangFuScience2025 | ||
| JinlianshanM67_2 | China | 250 AD | F | WangFuScience2025 | |||
| JinlianshanM73_1_d | China | 250 AD | M | WangFuScience2025 | |||
| JinlianshanM15_4_8_LowCov | China_Roman_LateAntiquity | 250 AD | M | CT | WangFuScience2025 | ||
| JinlianshanM22_LowCov | China_Roman_LateAntiquity | 250 AD | U | WangFuScience2025 | |||
| JinlianshanM29_4_1_LowCov | China_Roman_LateAntiquity | 250 AD | U | WangFuScience2025 | |||
| JinlianshanM67_1_LowCov | China_Roman_LateAntiquity | 250 AD | M | WangFuScience2025 | |||
| JinlianshanM15_4_3 | China | 471 AD | M | O1b1a1a1a1a1a1a2 | R | T. Wang et al. 2025 (Science); WangFuScience2025 |