Sile
Banned
- Messages
- 5,110
- Reaction score
- 582
- Points
- 0
- Location
- Australia
- Ethnic group
- North Alpine Italian
- Y-DNA haplogroup
- T1a2 -Z19945..Jura
- mtDNA haplogroup
- H95a1 ..Pannoni
one could speculate L3f came from Africa along with R1b-V88 8000 years ago, and that R1b-V88 was detected at Els Trocs
Spain Els Trocs [Troc3] M 5178-5066 BC R1b1c M415+, M343+, [L754 equivalent: L774/PF6245/YSC277+, PF1144+, V88 eqivalent: PF6376+] M478-, PF6399-, L265-, L150-, M269-, V35-, V69- R1b1c(xR1b1c2, R1b1c3) pre-T2c1d2 Haak 2015; personal comm Sergey Malyshev, review of Y-DNA raw data
on the other hand, wasn't there E-M81 in Asturias, which couldn't be Moorish
and TMRCA for E-M81 is just 2100 years
maybe E-81
latest paper
http://www.ncbi.nlm.nih.gov/pubmed/25677690
Am J Phys Anthropol. 2015 Jun;157(2):242-51. doi: 10.1002/ajpa.22705. Epub 2015 Feb 11.
Paternal lineages in Libya inferred from Y-chromosome haplogroups.
Triki-Fendri S1, Sánchez-Diz P2, Rey-González D2, Ayadi I1, Carracedo Á2,3, Rebai A1.
Author information
Abstract
Many studies based on genetic diversity of North African populations have contributed to elucidate the modelling of the genetic landscape in this region. North Africa is considered as a distinct spatial-temporal entity on geographic, archaeological, and historical grounds, which has undergone the influence of different human migrations along its shaping. For instance, Libya, a North African country, was first inhabited by Berbers and then colonized by a variety of ethnic groups like Phoenicians, Greeks, Romans, Arabs and, in recent times, Italians. In this study, we contribute to clarify the genetic variation of Libya and consequently, of North African modern populations, by the study of Libyan male lineages. A total of 22 Y-chromosome-specific SNPs were genotyped in a sample of 175 Libyan males, allowing the characterization of 18 Y-chromosomal haplogroups. The obtained data revealed a predominant Northwest African component represented by haplogroup E-M81 (33.7%) followed by J(xJ1a,J2)-M304 (27.4%), which is postulated to have a Middle Eastern origin. The comparative study with other populations (∼5,400 individuals from North Africa, Middle East, Sub-Saharan Africa, and Europe) revealed a general genetic homogeneity among North African populations (FST = 5.3 %; P-value < 0.0001). Overall, the Y-haplogroup diversity in Libya and in North Africa is characterized by two genetic components. The first signature is typical of Berber-speaking people (E-M81), the autochthonous inhabitants, whereas the second is (J(xJ1a,J2)-M304), originating from Arabic populations. This is in agreement with the hypothesis of an Arabic expansion from the Middle East, shaping the North African genetic landscape.
© 2015 Wiley Periodicals, Inc.
Am J Phys Anthropol. 2015 Jun;157(2):242-51. doi: 10.1002/ajpa.22705. Epub 2015 Feb 11.
Paternal lineages in Libya inferred from Y-chromosome haplogroups.
Triki-Fendri S1, Sánchez-Diz P2, Rey-González D2, Ayadi I1, Carracedo Á2,3, Rebai A1.
Author information
Abstract
Many studies based on genetic diversity of North African populations have contributed to elucidate the modelling of the genetic landscape in this region. North Africa is considered as a distinct spatial-temporal entity on geographic, archaeological, and historical grounds, which has undergone the influence of different human migrations along its shaping. For instance, Libya, a North African country, was first inhabited by Berbers and then colonized by a variety of ethnic groups like Phoenicians, Greeks, Romans, Arabs and, in recent times, Italians. In this study, we contribute to clarify the genetic variation of Libya and consequently, of North African modern populations, by the study of Libyan male lineages. A total of 22 Y-chromosome-specific SNPs were genotyped in a sample of 175 Libyan males, allowing the characterization of 18 Y-chromosomal haplogroups. The obtained data revealed a predominant Northwest African component represented by haplogroup E-M81 (33.7%) followed by J(xJ1a,J2)-M304 (27.4%), which is postulated to have a Middle Eastern origin. The comparative study with other populations (∼5,400 individuals from North Africa, Middle East, Sub-Saharan Africa, and Europe) revealed a general genetic homogeneity among North African populations (FST = 5.3 %; P-value < 0.0001). Overall, the Y-haplogroup diversity in Libya and in North Africa is characterized by two genetic components. The first signature is typical of Berber-speaking people (E-M81), the autochthonous inhabitants, whereas the second is (J(xJ1a,J2)-M304), originating from Arabic populations. This is in agreement with the hypothesis of an Arabic expansion from the Middle East, shaping the North African genetic landscape.
© 2015 Wiley Periodicals, Inc.