🏺 Derenburg-Meerenstieg-2
Sachsen-Anhalt, Sachsen-Anhalt, Harz · Germany
32 ancient DNA individuals excavated at Derenburg-Meerenstieg-2, Germany, dated between 5222 BC and 4900 BC. Y-DNA haplogroups found on site include H2b1a, G2a2b2b2, C1a2b, I2a2. Explore each individual's haplogroups, radiocarbon dates and ancestral composition.
32
Individuals
5222 BC
Earliest
4900 BC
Latest
3
Studies
Average ancestral composition (32 individuals, non-zero components only)
ANF
95.7%
WHG
3.2%
Native American
1.7%
Sub-Saharan
0.9%
East Asian
0.8%
Steppe
0.7%
Iberomaurusian
0.6%
EHG
0.4%
AASI
0.4%
CHG/Iran N
0.2%
Natufian
0.2%
Individuals excavated at this site (sorted chronologically)
| Sample ID | Label | Date | Sex | Y-DNA | mtDNA | Culture | Study |
|---|---|---|---|---|---|---|---|
| DER032 | EEF_CEuro | 5222 BC | M | H2b1a | HV+16311 | ChildebayevaHaakMolBioEvo2022; RohrlachSciRep2021; Childebayeva et al. 2022, Rohrlach et al. 2021; ChildebayevaHaakMolBiolEvol2022 | |
| DER002 | EEF_CEuro | 5150 BC | M | G2a2b2b2 | W5 | ChildebayevaHaakMolBioEvo2022; Childebayeva et al. 2022; ChildebayevaHaakMolBiolEvol2022 | |
| DER003 | EEF_CEuro | 5150 BC | F | T2b | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER004 | EEF_CEuro | 5150 BC | M | H2b1a | K1a | ChildebayevaHaakMolBioEvo2022; RohrlachSciRep2021; Childebayeva et al. 2022, Rohrlach et al. 2021; ChildebayevaHaakMolBiolEvol2022 | |
| DER006 | EEF_CEuro | 5150 BC | M | G2a2b2b2 | J1c | ChildebayevaHaakMolBioEvo2022; Childebayeva et al. 2022; ChildebayevaHaakMolBiolEvol2022 | |
| DER007 | EEF_CEuro | 5150 BC | F | N1a1a1 | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER013 | EEF_CEuro | 5150 BC | M | G2a2b2b2 | W5 | ChildebayevaHaakMolBioEvo2022; Childebayeva et al. 2022; ChildebayevaHaakMolBiolEvol2022 | |
| DER017 | EEF_CEuro | 5150 BC | M | C1a2b | H2a2 | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | |
| DER018 | EEF_CEuro | 5150 BC | F | X2b | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER019 | EEF_CEuro | 5150 BC | F | X2b | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER021 | EEF_CEuro | 5150 BC | M | I2a2 | HV+16311 | ChildebayevaHaakMolBioEvo2022; Childebayeva et al. 2022; ChildebayevaHaakMolBiolEvol2022 | |
| DER023 | EEF_CEuro | 5150 BC | F | J1c | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER026 | EEF_CEuro | 5150 BC | M | H2b1a | K1a3a3 | ChildebayevaHaakMolBioEvo2022; RohrlachSciRep2021; Childebayeva et al. 2022, Rohrlach et al. 2021; ChildebayevaHaakMolBiolEvol2022 | |
| DER028 | EEF_CEuro | 5150 BC | F | T2b | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER029 | EEF_CEuro | 5150 BC | F | H88 | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER030 | EEF_CEuro | 5150 BC | M | H2b1a | R12'21 | ChildebayevaHaakMolBioEvo2022; RohrlachSciRep2021; Childebayeva et al. 2022, Rohrlach et al. 2021; ChildebayevaHaakMolBiolEvol2022 | |
| DER033 | EEF_CEuro | 5150 BC | F | J1c | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER034 | EEF_CEuro | 5150 BC | F | K2a | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER035 | EEF_CEuro | 5150 BC | F | U5a | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER036 | EEF_CEuro | 5150 BC | F | T2+16189 | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER022 | EEF_CEuro | 5108 BC | F | H1j | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER005 | EEF_CEuro | 5103 BC | F | N1a1a1a | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER037 | EEF_CEuro | 5103 BC | F | T2b | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER011 | EEF_CEuro | 5100 BC | M | H2b1a | H1j | ChildebayevaHaakMolBioEvo2022; RohrlachSciRep2021; Childebayeva et al. 2022, Rohrlach et al. 2021; ChildebayevaHaakMolBiolEvol2022 | |
| DER024 | EEF_CEuro | 5097 BC | F | T2e | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER031 | EEF_CEuro | 5097 BC | M | T1a1 | HV+16311 | ChildebayevaHaakMolBioEvo2022; Childebayeva et al. 2022; ChildebayevaHaakMolBiolEvol2022 | |
| DER009 | EEF_CEuro | 5078 BC | M | H2b1a | HV+16311 | ChildebayevaHaakMolBioEvo2022; RohrlachSciRep2021; Childebayeva et al. 2022, Rohrlach et al. 2021; ChildebayevaHaakMolBiolEvol2022 | |
| DER020 | EEF_CEuro | 5035 BC | M | H2b1a | H1o | ChildebayevaHaakMolBioEvo2022; RohrlachSciRep2021; Childebayeva et al. 2022, Rohrlach et al. 2021; ChildebayevaHaakMolBiolEvol2022 | |
| DER010 | EEF_CEuro | 5016 BC | F | N1a1a1a3 | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER014 | EEF_CEuro | 4904 BC | M | H2b1a | V1a | ChildebayevaHaakMolBioEvo2022; RohrlachSciRep2021; Childebayeva et al. 2022, Rohrlach et al. 2021; ChildebayevaHaakMolBiolEvol2022 | |
| DER012 | EEF_CEuro | 4900 BC | F | T2b23 | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 | ||
| DER015 | EEF_CEuro | 4900 BC | F | V1a | ChildebayevaHaakMolBioEvo2022; ChildebayevaHaakMolBiolEvol2022 |