🏺 Gurgy Les Noisats
Bourgogne-Franche-Comté Region, Yonne Department, Auxerre Arrondissement · France
105 ancient DNA individuals excavated at Gurgy Les Noisats, France, dated between 4982 BC and 200 BC. Y-DNA haplogroups found on site include G2a2b2a1a2, H2a/c, R1b1a1b1a1a2a, I2a1b2a2a1. Explore each individual's haplogroups, radiocarbon dates and ancestral composition.
105
Individuals
4982 BC
Earliest
200 BC
Latest
16
Studies
Average ancestral composition (105 individuals, non-zero components only)
ANF
82.2%
WHG
14.5%
Steppe
5.3%
Natufian
2.1%
ANE
1.8%
Sub-Saharan
1.0%
East Asian
0.9%
AASI
0.8%
EHG
0.8%
CHG/Iran N
0.8%
Native American
0.6%
Iberomaurusian
0.6%
Individuals excavated at this site (sorted chronologically)
| Sample ID | Label | Date | Sex | Y-DNA | mtDNA | Culture | Study |
|---|---|---|---|---|---|---|---|
| GRG001 | EEF_WestEuro | 4982 BC | M | G2a2b2a1a2 | K1a1b1 | RivollatNature2023; RivolllatPLoSONE2015; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG067 | EEF_WestEuro | 4968 BC | M | G2a2b2a1a2 | X2b+226 | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG080 | EEF_WestEuro | 4924 BC | F | K1a2 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG063 | EEF_WestEuro | 4912 BC | M | G2a2b2a1a2 | V | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG094 | EEF_WestEuro | 4890 BC | M | H2a/c | U5b3 | RivollatNature2023, RohrlachSciRep2021; Rivollat et al. 2023, Rohrlach et al. 2021; RivollatHaakNature2023 | |
| GRG012 | EEF_WestEuro | 4835 BC | F | H1 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG077 | EEF_WestEuro | 4826 BC | F | H1 | RivollatNature2023; RivolllatPLoSONE2015; RivollatHaakNature2023 | ||
| GRG058 | EEF_WestEuro | 4825 BC | M | G2a2b2a1a2 | X2b+226 | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG088 | EEF_WestEuro | 4789 BC | M | G2a2b2a1a2 | H1 | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG017 | EEF_WestEuro | 4785 BC | M | G2a2b2a1a2 | K1a2 | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG030 | EEF_WestEuro | 4775 BC | M | G2a2b2a1a2 | K1b1a | RivollatNature2023; RivolllatPLoSONE2015; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG037 | EEF_WestEuro | 4775 BC | M | G2a2b2a1a2 | N1a1a1a | RivollatNature2023; RivolllatPLoSONE2015; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG059 | EEF_WestEuro | 4775 BC | M | G2a2b2a1a2 | H1 | RivollatNature2023; RivolllatPLoSONE2015; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG065 | EEF_WestEuro | 4775 BC | M | G2a2b2a1a2 | H1+152 | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG085 | EEF_WestEuro | 4775 BC | M | G2a2b2a1a2 | H4a1a+195 | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG103 | EEF_WestEuro | 4775 BC | M | G2a2b2a1a2 | H1 | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG013 | EEF_WestEuro | 4750 BC | F | H3 | RivollatNature2023; RivolllatPLoSONE2015; RivollatHaakNature2023 | ||
| GRG038 | EEF_WestEuro | 4750 BC | F | H3+152 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG082 | EEF_WestEuro | 4750 BC | M | H1 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG087 | EEF_WestEuro | 4750 BC | M | G2a2b2a1a2 | T2c1d+152 | RivollatNature2023; RivolllatPLoSONE2015; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG027 | EEF_WestEuro | 4740 BC | M | G2a2b2a1a2 | H1 | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; Rivollat et al. 2020, Rivollat et al. 2023; RivollatHaakSciAdv2020 | |
| GRG081 | EEF_WestEuro | 4740 BC | M | H2a/c | K1a2 | RivollatNature2023, RohrlachSciRep2021; Rivollat et al. 2023, Rohrlach et al. 2021; RivollatHaakNature2023 | |
| GRG031 | EEF_WestEuro | 4736 BC | F | H3+152 | RivollatNature2023; RivolllatPLoSONE2015; RivollatHaakNature2023 | ||
| GRG026 | EEF_WestEuro | 4725 BC | M | G2a2b2a1a2 | N1a1a1a | RivollatNature2023; RivolllatPLoSONE2015; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG068 | EEF_WestEuro | 4725 BC | M | G2a2b2a1a2 | K1a2 | RivollatNature2023; RivollatHaakNature2023 | |
| GRG028 | EEF_WestEuro | 4721 BC | F | X2b+226 | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; FischerJArchaeolSciRep2019; RivollatSciAdv2020; RivollatHaakNature2023 | ||
| GRG064 | EEF_WestEuro | 4715 BC | M | G2a2b2a1a2 | H1+152 | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG107 | EEF_WestEuro | 4700 BC | M | G2a2b2a1a2 | K1a2 | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG102 | EEF_WestEuro | 4675 BC | M | G2a2b | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG057 | EEF_WestEuro | 4665 BC | M | G2a2b2a1a2 | H1 | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; RivollatHaakSciAdv2020 | |
| GRG078 | EEF_WestEuro | 4665 BC | M | G2a2b2a1a2 | N1a1a1a | RivollatNature2023; RivollatHaakNature2023 | |
| GRG011 | EEF_WestEuro | 4650 BC | F | H1 | RivollatNature2023; RivolllatPLoSONE2015; RivollatHaakNature2023 | ||
| GRG084 | EEF_WestEuro | 4650 BC | M | G2a2b2a1a2 | H1 | RivollatNature2023; RivollatHaakNature2023 | |
| GRG018 | EEF_WestEuro | 4643 BC | F | U5b3 | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; RivollatHaakNature2023 | ||
| GRG108 | EEF_WestEuro | 4638 BC | F | H4a1a+195 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG043 | EEF_WestEuro | 4625 BC | M | G2a2b2a1a2 | H+152 | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; Rivollat et al. 2020, Rivollat et al. 2023; RivollatHaakSciAdv2020 | |
| GRG053 | EEF_WestEuro | 4625 BC | M | G2a2b2a1a2 | J1c3 | RivollatNature2023; RivolllatPLoSONE2015; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG055 | EEF_WestEuro | 4625 BC | M | G2a2b2a1a2 | K1a3a | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG034 | EEF_WestEuro | 4624 BC | M | G2a2b2a1a2 | H1 | RivollatNature2023; RivolllatPLoSONE2015; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG049 | EEF_WestEuro | 4621 BC | F | K1a2c | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; RivollatHaakSciAdv2020 | ||
| GRG024 | EEF_WestEuro | 4614 BC | F | H | RivollatNature2023; RivolllatPLoSONE2015; RivollatHaakNature2023 | ||
| GRG050 | EEF_WestEuro | 4608 BC | F | U5b1c | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; RivollatHaakNature2023 | ||
| GLN276 | EEF_WestEuro | 4600 BC | M | H2a/c | K1a2 | RivollatNature2023; RivolllatPLoSONE2015 | |
| GRG004 | EEF_WestEuro | 4600 BC | M | G2a2b2a1a2 | H1 | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG005 | EEF_WestEuro | 4600 BC | M | G2a2b2a1a2 | J1c1 | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG007 | EEF_WestEuro | 4600 BC | F | H1 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG009 | EEF_WestEuro | 4600 BC | F | K1a3*1 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG010 | EEF_WestEuro | 4600 BC | M | G2a2b2a1a2 | K1a3*1 | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG014 | EEF_WestEuro | 4600 BC | F | J1c1b | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG019 | EEF_WestEuro | 4600 BC | F | V9 | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; RivollatHaakNature2023 | ||
| GRG022 | EEF_WestEuro | 4600 BC | M | H2a/c | K1a1b1 | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; Rivollat et al. 2020, Rivollat et al. 2023, Rohrlach et al. 2021; RivollatHaakNature2023 | |
| GRG025 | EEF_WestEuro | 4600 BC | F | K1a3a | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; RivollatHaakNature2023 | ||
| GRG029 | EEF_WestEuro | 4600 BC | M | G2a2b2a1a2 | K2b1a | RivollatNature2023; RivolllatPLoSONE2015; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG032 | EEF_WestEuro | 4600 BC | F | U | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; RivollatHaakNature2023 | ||
| GRG033 | EEF_WestEuro | 4600 BC | F | U | RivollatNature2023; RivolllatPLoSONE2015; RivollatHaakNature2023 | ||
| GRG035 | EEF_WestEuro | 4600 BC | M | G2a2b2a1a2 | H1+152 | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; Rivollat et al. 2020, Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG036 | EEF_WestEuro | 4600 BC | M | G2a2b2a1a2 | K2b1a | RivollatNature2023; RivolllatPLoSONE2015; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG039 | EEF_WestEuro | 4600 BC | F | H3+152 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG040 | EEF_WestEuro | 4600 BC | U | U5 | RivollatNature2023; RivolllatPLoSONE2015; RivollatHaakNature2023 | ||
| GRG041 | EEF_WestEuro | 4600 BC | M | H2a/c | K1a2 | RivollatNature2023, RivollatScienceAdvance2020; RivollatSciAdv2020; Rivollat et al. 2020, Rivollat et al. 2023, Rohrlach et al. 2021; RivollatHaakSciAdv2020 | |
| GRG042 | EEF_WestEuro | 4600 BC | F | J1c1 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG045 | EEF_WestEuro | 4600 BC | M | G2a2b2a1a2 | K1a2 | RivollatNature2023; RivolllatPLoSONE2015; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG047 | EEF_WestEuro | 4600 BC | M | G2a2b2a1a2 | U8b1b | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; Rivollat et al. 2020, Rivollat et al. 2023; RivollatHaakSciAdv2020 | |
| GRG048 | EEF_WestEuro | 4600 BC | F | K1a2c | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG052 | EEF_WestEuro | 4600 BC | M | G2a2b2a1a2 | J1c1b | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; Rivollat et al. 2020, Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG054 | EEF_WestEuro | 4600 BC | M | G2a2b2a1a2 | K1a2a | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG056 | EEF_WestEuro | 4600 BC | F | H26 | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; RivollatHaakNature2023 | ||
| GRG060 | EEF_WestEuro | 4600 BC | F | K1a2 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG066 | EEF_WestEuro | 4600 BC | F | J2a1a1 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG069 | EEF_WestEuro | 4600 BC | F | H3+152 | RivollatNature2023; RivolllatPLoSONE2015; RivollatHaakNature2023 | ||
| GRG073 | EEF_WestEuro | 4600 BC | M | G2a2b2a1a2 | J2b1a | RivollatNature2023; RivollatHaakNature2023 | |
| GRG074 | EEF_WestEuro | 4600 BC | F | H4a1a+195 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG076 | EEF_WestEuro | 4600 BC | M | G2a2b2a1a2 | U8b1b* | RivollatNature2023; RivollatHaakNature2023 | |
| GRG079 | EEF_WestEuro | 4600 BC | M | G2a2b2a1a2 | U4a2f | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG083 | EEF_WestEuro | 4600 BC | F | RivollatNature2023; RivollatHaakNature2023 | |||
| GRG086 | EEF_WestEuro | 4600 BC | F | J2a1a1 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG090 | EEF_WestEuro | 4600 BC | F | K2b1a | RivollatNature2023; RivolllatPLoSONE2015; RivollatHaakNature2023 | ||
| GRG095 | EEF_WestEuro | 4600 BC | M | G2a2b2a1a2 | H1+152 | RivollatNature2023; RivolllatPLoSONE2015; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG098 | EEF_WestEuro | 4600 BC | F | RivollatNature2023; RivollatHaakNature2023 | |||
| GRG105 | EEF_WestEuro | 4600 BC | M | BT | J | RivollatNature2023; RivollatHaakNature2023 | |
| GRG106 | EEF_WestEuro | 4600 BC | F | H4a1a+195 | RivollatNature2023; RivolllatPLoSONE2015; RivollatHaakNature2023 | ||
| GRG109 | EEF_WestEuro | 4600 BC | M | H2a/c | U5 | RivollatNature2023, RohrlachSciRep2021; RivolllatPLoSONE2015; RohrlachSciRep2021; Rivollat et al. 2023, Rohrlach et al. 2021; RivollatHaakNature2023 | |
| GRG070 | EEF_WestEuro | 4582 BC | F | J1c1b1 | RivollatNature2023; RivolllatPLoSONE2015; RivollatHaakNature2023 | ||
| GRG075 | EEF_WestEuro | 4575 BC | F | J1c1b1 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG096 | EEF_WestEuro | 4575 BC | M | G2a2b2a1a2 | H+152 | RivollatNature2023; RivollatHaakNature2023 | |
| GRG097 | EEF_WestEuro | 4575 BC | M | G2a2b2a1a2 | H+152 | RivollatNature2023; RivollatHaakNature2023 | |
| GRG008 | EEF_WestEuro | 4550 BC | M | G2a2b2a1a2 | U5b1+16189+@16192 | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; Rivollat et al. 2020, Rivollat et al. 2023; RivollatHaakSciAdv2020 | |
| GRG051 | EEF_WestEuro | 4545 BC | F | H+152 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG006 | EEF_WestEuro | 4532 BC | F | K1b1a1 | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG061 | EEF_WestEuro | 4506 BC | M | G2a2b2a1a2 | K1a2a | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG003 | EEF_WestEuro | 4500 BC | M | G2a2b2a1a2 | K1a+195 | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; Rivollat et al. 2020, Rivollat et al. 2023; RivollatHaakSciAdv2020 | |
| GRG015 | EEF_WestEuro | 4500 BC | F | J1c1b | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; RivollatHaakSciAdv2020 | ||
| GRG089 | EEF_WestEuro | 4465 BC | F | K2b1a | RivollatNature2023; RivolllatPLoSONE2015; RivollatHaakNature2023 | ||
| GRG016 | EEF_WestEuro | 4457 BC | M | G2a2b2a1a2 | N1a1a1a | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; RivollatHaakSciAdv2020 | |
| GRG071 | EEF_WestEuro | 4452 BC | F | J2b1a | RivollatNature2023; RivollatHaakNature2023 | ||
| GRG020 | EEF_WestEuro | 4450 BC | M | G2a2b2a1a2 | V9 | RivollatNature2023; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG023 | EEF_WestEuro | 4450 BC | M | G2a2b2a1a2 | J2b1a | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; Rivollat et al. 2020, Rivollat et al. 2023; RivollatHaakSciAdv2020 | |
| GRG002 | EEF_WestEuro | 4431 BC | M | G2a2b2a1a2 | H1 | RivollatNature2023; RivolllatPLoSONE2015; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG021 | EEF_WestEuro | 4425 BC | M | G2a2b2a1a2 | H3+152 | RivollatNature2023, RivollatScienceAdvance2020; RivolllatPLoSONE2015; RivollatSciAdv2020; Rivollat et al. 2020, Rivollat et al. 2023; RivollatHaakSciAdv2020 | |
| GRG046 | EEF_WestEuro | 4125 BC | M | G2a2b2a1a2 | HV | RivollatNature2023; RivolllatPLoSONE2015; Rivollat et al. 2023; RivollatHaakNature2023 | |
| GRG091 | EEF_WestEuro | 4120 BC | M | H2a/c | U5b3 | RivollatNature2023, RohrlachSciRep2021; Rivollat et al. 2023, Rohrlach et al. 2021; RivollatHaakNature2023 | |
| GLN126 | WEuro_IA | 200 BC | M | R1b1a1b1a1a2a | H1e+16129 | FischerCell2022; FischerJArchaeolSciRep2019 and Fischer2019; FisherPruvostiScience2022 | |
| GLN141 | WEuro_IA | 200 BC | M | R1b1a1b1a1a2a | K1a | FischerCell2022; FischerJArchaeolSciRep2019 and Fischer2019; FisherPruvostiScience2022 | |
| GLN29-A | WEuro_IA | 200 BC | F | U8a1 | FischerCell2022; FischerJArchaeolSciRep2019 and Fischer2019; FisherPruvostiScience2022 | ||
| GLN32 | WEuro_IA | 200 BC | F | I2a1b2a2a1 | H1b | FischerCell2022; FischerJArchaeolSciRep2019; Fischer et al. 2022; FisherPruvostiScience2022 |