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Research Publication

Spatial and temporal heterogeneity in human mobility patterns in Holocene Southwest Asia and the East Mediterranean

Koptekin D, Yüncü E, Rodríguez-Varela R et al.

36493775 PubMed ID
55 Authors
01/09/2023 Published
34 Samples
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Chapter I

Publication Details

Comprehensive information about this research publication

Authors

KD
Koptekin D
YE
Yüncü E
RR
Rodríguez-Varela R
AN
Altınışık NE
PN
Psonis N
KN
Kashuba N
YS
Yorulmaz S
GR
George R
KD
Kazancı DD
KD
Kaptan D
GK
Gürün K
VK
Vural KB
GH
Gemici HC
VD
Vassou D
DE
Daskalaki E
KC
Karamurat C
LV
Lagerholm VK
Erdal ÖD
KE
Kırdök E
MA
Marangoni A
SA
Schachner A
ÜH
Üstündağ H
SR
Shengelia R
BL
Bitadze L
EM
Elashvili M
SE
Stravopodi E
ÖM
Özbaşaran M
DG
Duru G
NA
Nafplioti A
RC
Rose CB
GT
Gencer T
DG
Darbyshire G
GA
Gavashelishvili A
PK
Pitskhelauri K
ÇÖ
Çevik Ö
VO
Vuruşkan O
KN
Kyparissi-Apostolika N
BA
Büyükkarakaya AM
OU
Oğuzhanoğlu U
GS
Günel S
TE
Tabakaki E
AA
Aliev A
IA
Ibrahimov A
SV
Shadlinski V
SA
Sampson A
KG
Kılınç GM
Atakuman Ç
SA
Stamatakis A
PN
Poulakakis N
EY
Erdal YS
PP
Pavlidis P
SJ
Storå J
ÖF
Özer F
GA
Götherström A
SM
Somel M
Chapter II

Abstract

Summary of the research findings

We present a spatiotemporal picture of human genetic diversity in Anatolia, Iran, Levant, South Caucasus, and the Aegean, a broad region that experienced the earliest Neolithic transition and the emergence of complex hierarchical societies. Combining 35 new ancient shotgun genomes with 382 ancient and 23 present-day published genomes, we found that genetic diversity within each region steadily increased through the Holocene. We further observed that the inferred sources of gene flow shifted in time. In the first half of the Holocene, Southwest Asian and the East Mediterranean populations homogenized among themselves. Starting with the Bronze Age, however, regional populations diverged from each other, most likely driven by gene flow from external sources, which we term "the expanding mobility model." Interestingly, this increase in inter-regional divergence can be captured by outgroup-f3-based genetic distances, but not by the commonly used FST statistic, due to the sensitivity of FST, but not outgroup-f3, to within-population diversity. Finally, we report a temporal trend of increasing male bias in admixture events through the Holocene.

Chapter III

Ancient DNA Samples

34 ancient DNA samples referenced in this publication

34 Samples
Sample ID Date/Era Country Locality Sex mtDNA Y-DNA
zrj003 205 CE Azerbaijan Shamakhi M K1a19 J-Z1842
geo029 1222 BCE Georgia Didnauri (Samreklo) M I5c R-M12149
geo005 1260 BCE Georgia Didnauri (Samreklo) M U7b R-M12149
geo006 1043 BCE Georgia Didnauri (Samreklo) M X2 R-M269
geo017 1375 BCE Georgia Doghlauri (Shida Kartli, Kareli) F H4b
geo015 3017 BCE Georgia Doghlauri (Shida Kartli, Kareli) M K1a J-M92
gur016 1500 BCE Georgia Nazarlebi (Eastern Georgia, Kakheti, Shiraki Plain) M K IJ
gur017 1500 BCE Georgia Nazarlebi (Eastern Georgia, Kakheti, Shiraki Plain) M N1a1a1a I-Y16419
gur019 1500 BCE Georgia Nazarlebi (Eastern Georgia, Kakheti, Shiraki Plain) F K1a4b
G37 2476 BCE Greece Boeotia, Sarakenos Cave (Thessalia-Central Greece, Stereas Elladas) M H11a2 J-FGC45722
G23 2343 BCE Greece Theopetra Cave (Thessaly) M H5 I-L701
G31 2700 BCE Greece Perachora Cave (Corinthia) M J1c2 J-Y19093
G62 2700 BCE Greece Perachora Cave (Corinthia) M J1c G-Z6885
G65 2700 BCE Greece Perachora Cave (Corinthia) F T2c1d+152
G66 2700 BCE Greece Perachora Cave (Corinthia) F H
G76a 2570 BCE Greece Perachora Cave (Corinthia) F T2c1+146
sha003 3200 BCE Iran Shah Tepe (Kerman, Arzuiyeh) F H14
sha004 3489 BCE Iran Shah Tepe (Kerman, Arzuiyeh) M I1a J-Y19093
sha006 3200 BCE Iran Shah Tepe (Kerman, Arzuiyeh) F J1b1b1
sha007 3369 BCE Iran Shah Tepe (Kerman, Arzuiyeh) F HV13b
sha008 3200 BCE Iran Shah Tepe (Kerman, Arzuiyeh) F K1a12a
sha009 3346 BCE Iran Shah Tepe (Kerman, Arzuiyeh) F U5a2+16294
sha010 3200 BCE Iran Shah Tepe (Kerman, Arzuiyeh) F HV2
sha012 3200 BCE Iran Shah Tepe (Kerman, Arzuiyeh) M U1a3 J-Z1828
ksha014 3200 BCE Iran Shah Tepe (Kerman, Arzuiyeh) M HV13b T-Y13280
CTG025 2015 BCE Turkey Çine-Tepecik (Aydın, Çine) F W6b
Gordion002 323 BCE Turkey Gordion (Central, Ankara) F K1a3
mus005 7457 BCE Turkey Musular (Aksaray, Gülağaç) F K1a4
mus006 7311 BCE Turkey Musular (Aksaray, Gülağaç) M N1a1a1 H-P96
ulu117 4000 BCE Turkey Ulucak Höyük (İzmir, Kemalpaşa) F J1c11
BOG028 1000 CE Turkey Boğazköy-Ḫattuša (Çorum, Boğazkale) F HV1b3b
BOG019 100 CE Turkey Boğazköy-Ḫattuša (Çorum, Boğazkale) M X2n T-Y7794
BOG020 130 CE Turkey Boğazköy-Ḫattuša (Çorum, Boğazkale) M X2f J-PF5366
BOG024 130 CE Turkey Boğazköy-Ḫattuša (Çorum, Boğazkale) M H13c1a J-Z8096
Chapter IV

Analysis

Comprehensive review of ancestry and genetic findings

Important Disclaimer: This review has been performed semi-automatically and is provided for informational purposes only. While we strive for accuracy, this analysis may contain errors, omissions, or misinterpretations of the original research. DNA Genics disclaims all liability for any inaccuracies, errors, or consequences arising from the use of this information. Users should independently verify all information and consult original research publications before making any decisions based on this content. This analysis is not intended as a substitute for professional scientific review or medical advice.

Summary

Key Findings

Ancestry Insights

Traits Analysis

Historical Context

Scientific Assessment