🏺 Fleury-sur-Orne
Normandie Region, Calvados Department, Caen Arrondissement · France
14 ancient DNA individuals excavated at Fleury-sur-Orne, France, dated between 4562 BC and 3616 BC. Y-DNA haplogroups found on site include H2a/c, G2a2a1a, I2a1a1b2, I2a1a2. Explore each individual's haplogroups, radiocarbon dates and ancestral composition.
14
Individuals
4562 BC
Earliest
3616 BC
Latest
7
Studies
Average ancestral composition (14 individuals, non-zero components only)
ANF
82.8%
WHG
13.8%
Natufian
5.0%
Steppe
2.8%
Sub-Saharan
1.6%
East Asian
1.4%
Native American
1.2%
Iberomaurusian
1.1%
EHG
0.6%
AASI
0.2%
Individuals excavated at this site (sorted chronologically)
| Sample ID | Label | Date | Sex | Y-DNA | mtDNA | Culture | Study |
|---|---|---|---|---|---|---|---|
| FLR004 | EEF_WestEuro | 4562 BC | M | H2a/c | K1b1 | RivollatScienceAdvance2020; RivollatSciAdv2020; Rivollat et al. 2020, Rohrlach et al. 2021; RivollatHaakSciAdv2020 | |
| FLR014 | EEF_WestEuro | 4476 BC | M | H2a/c | K1a | RivollatScienceAdvance2020; RivollatSciAdv2020; Rivollat et al. 2020, Rohrlach et al. 2021; RivollatHaakSciAdv2020 | |
| FLR001 | EEF_WestEuro | 4464 BC | M | H2a/c | U5b2b3a | RivollatSciAdv2020, RivollatScienceAdvance2020; Rivollat et al. 2020, Rohrlach et al. 2021; RivollatHaakSciAdv2020 | |
| FLR003 | EEF_WestEuro | 4426 BC | M | G2a2a1a | J2a1a1 | RivollatScienceAdvance2020; RivollatSciAdv2020; Rivollat et al. 2020, Rivollat et al. 2022; RivollatHaakSciAdv2020 | |
| FLR013 | EEF_WestEuro | 4406 BC | F | J2b1d | RivollatScienceAdvance2020; RivollatSciAdv2020; RivollatHaakSciAdv2020 | ||
| FLR010 | EEF_WestEuro | 4395 BC | M | G2a2a1a | T2c1d+152 | RivollatScienceAdvance2020; RivollatSciAdv2020; Rivollat et al. 2020, Rivollat et al. 2022; RivollatHaakSciAdv2020 | |
| FLR007 | EEF_WestEuro | 4376 BC | M | G2a2a1a | U5b1c | RivollatScienceAdvance2020; RivollatSciAdv2020; Rivollat et al. 2020, Rivollat et al. 2022; RivollatHaakSciAdv2020 | |
| FLR015 | EEF_WestEuro | 4365 BC | M | G2a2a1a | K1a+195 | RivollatDeguillouxPNAS2022; Rivollat et al. 2022 | |
| FLR005 | EEF_WestEuro | 4351 BC | M | G2a2a1a | J1c1b1 | RivollatScienceAdvance2020; RivollatSciAdv2020; Rivollat et al. 2020, Rivollat et al. 2022; RivollatHaakSciAdv2020 | |
| FLR008 | EEF_WestEuro | 4233 BC | M | H2a/c | U5b1c | RivollatDeguillouxPNAS2022; RivollatSciAdv2020; Rivollat et al. 2022, Rohrlach et al. 2021 | |
| FLR002 | EEF_WestEuro | 4022 BC | M | H2a/c | J2b1a | RivollatScienceAdvance2020; RivollatSciAdv2020; Rivollat et al. 2020, Rohrlach et al. 2021; RivollatHaakSciAdv2020 | |
| FLR012 | EEF_WestEuro | 3894 BC | M | I2a1a2 | U8a1 | RivollatDeguillouxPNAS2022; Rivollat et al. 2022 | |
| FLR009 | EEF_WestEuro | 3856 BC | M | H2a/c | K1a+195 | RivollatDeguillouxPNAS2022; RivollatSciAdv2020 | |
| FLR011 | EEF_WestEuro | 3616 BC | M | I2a1a1b2 | H | RivollatDeguillouxPNAS2022; Rivollat et al. 2022 |