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What does subclade mean?
What does subclade mean?
A spoken definition of subclade.
Intro Sound:
Typewriter - Tamskp
Licensed under CC:BA 3.0
Outro Music:
Groove Groove - Kevin MacLeod (incompetech.com)
Licensed under CC:BA 3.0
Intro/Outro Photo:
The best days are not planned - Marcus Hansson
Licensed under CC-BY-2.0
Book Image:
Open Book template PSD - DougitDesign
Licensed under CC:BA 3.0
Text der
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Bayarea Phylowood Trigonopterus subclade
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Subclade Meaning
Video shows what subclade means. A subgroup of a subgenus or haplogroup. Subclade Meaning. How to pronounce, definition audio dictionary. How to say subclade. Powered by MaryTTS, Wiktionary
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Haplogroup R1b & subclades U106 & L21 - current research (2015)
A description of the most recent (2015) research on R1b, focusing especially on subclades U106, L21, and the importance of getting tested beyond R1b to understand ancient origins.
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Behaviors of Schizomida
Schizomida represent a subclade of the whip scorpions (Uropygi). Sistergroup of the Schizomida is the Thelyphonida, which are the big whip scorpions or so called "vinegaroons".
Schizomida live in tropical and subtropical habitats and there inhabit the upper soil layers. They prefer humid conditions and avoid light. The pedipalps differ from the ones in Thelyphonida: they do not appear as clasp-or
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THE AFRICAN PHOENICIANS/CANAANITES
The african presence in Ancient Palestine/Canaan black phoenicians,Judeans,Canaanites The Phoenicians belonged to the African Y-DNA E-M78/subclade E-V22..
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The DNA Test - The Results.
Yes, i know that this is a long video, but i wanted to give the full story. Original DNA Test video: http://www.youtube.com/watch?v=I4gj95HYvUA The Genograph...
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Haplogroup E-Z365
new subclade and haplogroup E-Z365 with defining SNPs Z148,Z191,and Z365
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Faces of R1a and R1b: Altai, Bashkort, Turkmen, Kyrgyz, Kazakh, Tajik | part 1
IdelUralState Production. Copyright holders: photographers. Part 1/3.
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DNA clusters within Group A Kincaids
This discusses some clear clusters that have emerged within the dominant group of Kincaids who have done dna testing with Family Tree DNA. Kincaids are part ...
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Trás-os-Montes, NE Portugal. Land of mtDNA Haplogroup V
Province of Trás-os-Montes, Northeastern Portugal. Land of mtDNA Haplogroup V. This is my birthplace and I belong to mtDNA Haplogroup V (subclade V*).
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conexiones prehistoricas entre bereberes, iberos ,etruscos y vascos-J J Benitez.
Los orígenes paleolíticos del marcador genetico R1b no son del todo claros al día de hoy. Algunas de las formas más antiguas de R1b se encuentran en todo el ...
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Magyar • Uyghur • Bashkir - Ancient Turanian Roots (Sumer-Subartu)
Uigurs, Kazakhs, Bashkirs, some other peoples of Siberia, Central Asia and the Urals descend in part from the ancient R1b1 branch, and by now retain the same haplogroup for 16,000 years. Comparison of R1b haplotypes of the Uigurs on the one hand, and Chuvashes, Bulgars, and Hungarians on the other, shows that the Uigurs usually have the more ancient subgroup R1b1b1, which predominantly remained in
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Magyar - Uyghur - Bashkir Ancient Turanian Roots 1/2
Uigurs, Kazakhs, Bashkirs, some other peoples of Siberia, Central Asia and the Urals descend in part from the ancient R1b1 branch, and by now retain the same haplogroup for 16,000 years. Comparison of R1b haplotypes of the Uigurs on the one hand, and Chuvashes, Bulgars, and Hungarians on the other, shows that the Uigurs usually have the more ancient subgroup R1b1b1, which predominantly remained in
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Magyar - Uyghur - Bashkir Ancient Turanian Roots 2/2
Uigurs, Kazakhs, Bashkirs, some other peoples of Siberia, Central Asia and the Urals descend in part from the ancient R1b1 branch, and by now retain the same haplogroup for 16,000 years. Comparison of R1b haplotypes of the Uigurs on the one hand, and Chuvashes, Bulgars, and Hungarians on the other, shows that the Uigurs usually have the more ancient subgroup R1b1b1, which predominantly remained in
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Ancient E-M78 Egyptians & E-M81 Berbers Descend From Eurasian Adam
The main indigenous E-M78 Egyptian marker descends from CT-M168 dubbed as Eurasian Adam by geneticist Spencer Wells. E-M78 does not have a Negroid/Sub Saharan origin but an Eurasian origin. The same line of descent is shared with Berber E-M81.
"The male genetic landscape of the territory currently known as Tunisia is hampered by the scarcity of data, especially from cosmopolitan areas such as t
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Lur People (Iranian People)
Lurs are a mixture of aboriginal Iranian (Aryan) tribes, originating from Central Asia. Some scholars believe that they are the descendants of the Persian tr...
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The REAL Truth About (southern and northern) Italians, part 1
Historical Sources: G. Vitolo, "Medioevo", Milano-Firenze, Sansoni, 2004. G. Tabacco, "Egemonie sociali e strutture del potere nel medioevo italiano", Torino...
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National Geographic fesses up on the origin of E-M35
Geno 2.0: The Greatest Journey Ever Told https://genographic.nationalgeographic.com/ the first detailed paper on E-M35. http://www.familytreedna.com/pdf/hape...
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Somali people :Who really are they ?
Alot of people were wondring who we are , some said we have white features some said we are Bantu Black ,others said we are mixed , sorry but you all are wro...
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presencia desde 15.000 A.C haplogrupo y subclave R1b1c (V88) africa negra subsahariana
Link:http://www.eupedia.com/europe/Haplogroup_R1b_Y-DNA.shtml#distribution_world La relación genotipo(genes de un organismo) - fenotipo(apariencia externa de...
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Mammoth - Video Learning - WizScience.com
A "mammoth" is any species of the extinct genus ""Mammuthus"", proboscideans commonly equipped with long, curved tusks and, in northern species, a covering of long hair. They lived from the Pliocene epoch into the Holocene at about 4,500 years ago in Africa, Europe, Asia, and North America. They were members of the family Elephantidae, which also contains the two genera of modern elephants and t
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The TRUTH about The Haplogroup J (Y-DNA)
Haplogroup J (Y-DNA) J is Originally from Eastern Anatolia, divided into the northern J2 and the southern J1. J2 is by far the most common variety in Europe....
What does subclade mean?
What does subclade mean?
A spoken definition of subclade.
Intro Sound:
Typewriter - Tamskp
Licensed under CC:BA 3.0
Outro Music:
Groove Groove - Kevin...
What does subclade mean?
A spoken definition of subclade.
Intro Sound:
Typewriter - Tamskp
Licensed under CC:BA 3.0
Outro Music:
Groove Groove - Kevin MacLeod (incompetech.com)
Licensed under CC:BA 3.0
Intro/Outro Photo:
The best days are not planned - Marcus Hansson
Licensed under CC-BY-2.0
Book Image:
Open Book template PSD - DougitDesign
Licensed under CC:BA 3.0
Text derived from:
http://en.wiktionary.org/wiki/subclade
Text to Speech powered by TTS-API.COM
wn.com/What Does Subclade Mean
What does subclade mean?
A spoken definition of subclade.
Intro Sound:
Typewriter - Tamskp
Licensed under CC:BA 3.0
Outro Music:
Groove Groove - Kevin MacLeod (incompetech.com)
Licensed under CC:BA 3.0
Intro/Outro Photo:
The best days are not planned - Marcus Hansson
Licensed under CC-BY-2.0
Book Image:
Open Book template PSD - DougitDesign
Licensed under CC:BA 3.0
Text derived from:
http://en.wiktionary.org/wiki/subclade
Text to Speech powered by TTS-API.COM
- published: 01 Apr 2015
- views: 1
Subclade Meaning
Video shows what subclade means. A subgroup of a subgenus or haplogroup. Subclade Meaning. How to pronounce, definition audio dictionary. How to say subclade. ...
Video shows what subclade means. A subgroup of a subgenus or haplogroup. Subclade Meaning. How to pronounce, definition audio dictionary. How to say subclade. Powered by MaryTTS, Wiktionary
wn.com/Subclade Meaning
Video shows what subclade means. A subgroup of a subgenus or haplogroup. Subclade Meaning. How to pronounce, definition audio dictionary. How to say subclade. Powered by MaryTTS, Wiktionary
- published: 13 May 2015
- views: 0
Haplogroup R1b & subclades U106 & L21 - current research (2015)
A description of the most recent (2015) research on R1b, focusing especially on subclades U106, L21, and the importance of getting tested beyond R1b to understa...
A description of the most recent (2015) research on R1b, focusing especially on subclades U106, L21, and the importance of getting tested beyond R1b to understand ancient origins.
wn.com/Haplogroup R1B Subclades U106 L21 Current Research (2015)
A description of the most recent (2015) research on R1b, focusing especially on subclades U106, L21, and the importance of getting tested beyond R1b to understand ancient origins.
- published: 16 Feb 2015
- views: 209
Behaviors of Schizomida
Schizomida represent a subclade of the whip scorpions (Uropygi). Sistergroup of the Schizomida is the Thelyphonida, which are the big whip scorpions or so call...
Schizomida represent a subclade of the whip scorpions (Uropygi). Sistergroup of the Schizomida is the Thelyphonida, which are the big whip scorpions or so called "vinegaroons".
Schizomida live in tropical and subtropical habitats and there inhabit the upper soil layers. They prefer humid conditions and avoid light. The pedipalps differ from the ones in Thelyphonida: they do not appear as clasp-organs with scissor-like endings. But they also represent multifunctional organs to capture prey, to burrow and to carry bigger soil particles.
The specimens presented in this film were not captured inside their original habitats. They instead were collected in the middle of Germany. As many smaller tropical animals, Schizomida are dispersed to glasshouses around the world with tropical plants or the corresponding soil due to the commercial flower and plant trade. These schizomids in the video appeared in a Glasshouse with tropical vegetation. According to Bellmann, this is not a unique case. He discovered specimens of Zomus bagnalli, originally native to South-Asia, in England and different glasshouses in Germany.
The specimens from my footage were not determined on a species or Genus level. They might also represent Z. bagnalli. At least they would share the findings of Bellmann for Z. bagnalli that different sexes inside the glasshouse populations are not existing. Only females appear and seem to reproduce parthenogenetically. This is different from the conditions in the original habitats in Asia, where males and females of Z. bagnalli exist. I also did not find males within the population of schizomids, which I used for this footage, only females. Females are easily to recognize by a look to their tails: if they are simple shaped, they are females, if they look like a kind of hook, they would be males.
The mouthpart-cleaning behavior is important for these animals as it is the case in most arthropods. In these tiny arachnids, the behabior happens conspicuously often and mostly quite intensively. It is visible in my video, filmed from different perspectives. Except the mouthparts, also the modified first legs need to be cleaned regularly. They are important tactile organs and thus always need to stay in shape.
It is still not clarified, whether whip spiders (Amblypygi) and whip scorpions (Uropygi) altogether represent a clade (sister groups). They share the modified first legs. Their stem species might have evolved this character once. But different other characters seem to point to another phylogenetic situation: they support arguments that whip spiders and Araneae represent sister groups. If so, this would mean that the first legs as modified tactile organs had evolved twice independently, once in the stem species of whip spiders and Araneae and once in the stem species of Uropygi. Another possibility would be that the modified legs had already been developed by the last common ancestor of them all and then were reduced to a normal leg shape in the stem species of Araneae. But the last version is, as far as I know, not in serious discussion. Phylogeny in arachnids is still an important field of research!
The schizomids in my video seemed to prefer a soil, consisting of tiny stones combined with potting soil. They like to burrow small cavities as hideaways. To burrow into the depth , they act very precisely. They can carry particles of the size of their own bodies to arrange a suitable surrounding of their new cavity. Hereby they use the pedipalps as organ to carry soil particles to their finally needed position. This behavior is visible from different perspectives in the second part of my film. they also use their pedipalps for the process of burrowing into the depth.
Different to the Thelyphonida, the hindlegs in schizomids are conspicuously modified too: they remind us of the jump legs in grasshoppers. Indeed the function of these distinctly thickened and elongated legs is similar. Schizomids are very nimbly small animals (length about 4 mm), which often escape their enemies by effective jumps.
wn.com/Behaviors Of Schizomida
Schizomida represent a subclade of the whip scorpions (Uropygi). Sistergroup of the Schizomida is the Thelyphonida, which are the big whip scorpions or so called "vinegaroons".
Schizomida live in tropical and subtropical habitats and there inhabit the upper soil layers. They prefer humid conditions and avoid light. The pedipalps differ from the ones in Thelyphonida: they do not appear as clasp-organs with scissor-like endings. But they also represent multifunctional organs to capture prey, to burrow and to carry bigger soil particles.
The specimens presented in this film were not captured inside their original habitats. They instead were collected in the middle of Germany. As many smaller tropical animals, Schizomida are dispersed to glasshouses around the world with tropical plants or the corresponding soil due to the commercial flower and plant trade. These schizomids in the video appeared in a Glasshouse with tropical vegetation. According to Bellmann, this is not a unique case. He discovered specimens of Zomus bagnalli, originally native to South-Asia, in England and different glasshouses in Germany.
The specimens from my footage were not determined on a species or Genus level. They might also represent Z. bagnalli. At least they would share the findings of Bellmann for Z. bagnalli that different sexes inside the glasshouse populations are not existing. Only females appear and seem to reproduce parthenogenetically. This is different from the conditions in the original habitats in Asia, where males and females of Z. bagnalli exist. I also did not find males within the population of schizomids, which I used for this footage, only females. Females are easily to recognize by a look to their tails: if they are simple shaped, they are females, if they look like a kind of hook, they would be males.
The mouthpart-cleaning behavior is important for these animals as it is the case in most arthropods. In these tiny arachnids, the behabior happens conspicuously often and mostly quite intensively. It is visible in my video, filmed from different perspectives. Except the mouthparts, also the modified first legs need to be cleaned regularly. They are important tactile organs and thus always need to stay in shape.
It is still not clarified, whether whip spiders (Amblypygi) and whip scorpions (Uropygi) altogether represent a clade (sister groups). They share the modified first legs. Their stem species might have evolved this character once. But different other characters seem to point to another phylogenetic situation: they support arguments that whip spiders and Araneae represent sister groups. If so, this would mean that the first legs as modified tactile organs had evolved twice independently, once in the stem species of whip spiders and Araneae and once in the stem species of Uropygi. Another possibility would be that the modified legs had already been developed by the last common ancestor of them all and then were reduced to a normal leg shape in the stem species of Araneae. But the last version is, as far as I know, not in serious discussion. Phylogeny in arachnids is still an important field of research!
The schizomids in my video seemed to prefer a soil, consisting of tiny stones combined with potting soil. They like to burrow small cavities as hideaways. To burrow into the depth , they act very precisely. They can carry particles of the size of their own bodies to arrange a suitable surrounding of their new cavity. Hereby they use the pedipalps as organ to carry soil particles to their finally needed position. This behavior is visible from different perspectives in the second part of my film. they also use their pedipalps for the process of burrowing into the depth.
Different to the Thelyphonida, the hindlegs in schizomids are conspicuously modified too: they remind us of the jump legs in grasshoppers. Indeed the function of these distinctly thickened and elongated legs is similar. Schizomids are very nimbly small animals (length about 4 mm), which often escape their enemies by effective jumps.
- published: 02 Sep 2014
- views: 89
THE AFRICAN PHOENICIANS/CANAANITES
The african presence in Ancient Palestine/Canaan black phoenicians,Judeans,Canaanites The Phoenicians belonged to the African Y-DNA E-M78/subclade E-V22.....
The african presence in Ancient Palestine/Canaan black phoenicians,Judeans,Canaanites The Phoenicians belonged to the African Y-DNA E-M78/subclade E-V22..
wn.com/The African Phoenicians Canaanites
The african presence in Ancient Palestine/Canaan black phoenicians,Judeans,Canaanites The Phoenicians belonged to the African Y-DNA E-M78/subclade E-V22..
The DNA Test - The Results.
Yes, i know that this is a long video, but i wanted to give the full story. Original DNA Test video: http://www.youtube.com/watch?v=I4gj95HYvUA The Genograph......
Yes, i know that this is a long video, but i wanted to give the full story. Original DNA Test video: http://www.youtube.com/watch?v=I4gj95HYvUA The Genograph...
wn.com/The Dna Test The Results.
Yes, i know that this is a long video, but i wanted to give the full story. Original DNA Test video: http://www.youtube.com/watch?v=I4gj95HYvUA The Genograph...
Haplogroup E-Z365
new subclade and haplogroup E-Z365 with defining SNPs Z148,Z191,and Z365...
new subclade and haplogroup E-Z365 with defining SNPs Z148,Z191,and Z365
wn.com/Haplogroup E Z365
new subclade and haplogroup E-Z365 with defining SNPs Z148,Z191,and Z365
- published: 13 Jun 2015
- views: 23
Faces of R1a and R1b: Altai, Bashkort, Turkmen, Kyrgyz, Kazakh, Tajik | part 1
IdelUralState Production. Copyright holders: photographers. Part 1/3....
IdelUralState Production. Copyright holders: photographers. Part 1/3.
wn.com/Faces Of R1A And R1B Altai, Bashkort, Turkmen, Kyrgyz, Kazakh, Tajik | Part 1
IdelUralState Production. Copyright holders: photographers. Part 1/3.
- published: 02 Dec 2014
- views: 82
DNA clusters within Group A Kincaids
This discusses some clear clusters that have emerged within the dominant group of Kincaids who have done dna testing with Family Tree DNA. Kincaids are part ......
This discusses some clear clusters that have emerged within the dominant group of Kincaids who have done dna testing with Family Tree DNA. Kincaids are part ...
wn.com/Dna Clusters Within Group A Kincaids
This discusses some clear clusters that have emerged within the dominant group of Kincaids who have done dna testing with Family Tree DNA. Kincaids are part ...
- published: 20 May 2014
- views: 139
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author: Kyncades
Trás-os-Montes, NE Portugal. Land of mtDNA Haplogroup V
Province of Trás-os-Montes, Northeastern Portugal. Land of mtDNA Haplogroup V. This is my birthplace and I belong to mtDNA Haplogroup V (subclade V*)....
Province of Trás-os-Montes, Northeastern Portugal. Land of mtDNA Haplogroup V. This is my birthplace and I belong to mtDNA Haplogroup V (subclade V*).
wn.com/Trás Os Montes, Ne Portugal. Land Of Mtdna Haplogroup V
Province of Trás-os-Montes, Northeastern Portugal. Land of mtDNA Haplogroup V. This is my birthplace and I belong to mtDNA Haplogroup V (subclade V*).
conexiones prehistoricas entre bereberes, iberos ,etruscos y vascos-J J Benitez.
Los orígenes paleolíticos del marcador genetico R1b no son del todo claros al día de hoy. Algunas de las formas más antiguas de R1b se encuentran en todo el ......
Los orígenes paleolíticos del marcador genetico R1b no son del todo claros al día de hoy. Algunas de las formas más antiguas de R1b se encuentran en todo el ...
wn.com/Conexiones Prehistoricas Entre Bereberes, Iberos ,Etruscos Y Vascos J J Benitez.
Los orígenes paleolíticos del marcador genetico R1b no son del todo claros al día de hoy. Algunas de las formas más antiguas de R1b se encuentran en todo el ...
- published: 12 Aug 2013
- views: 16672
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author: llamada32
Magyar • Uyghur • Bashkir - Ancient Turanian Roots (Sumer-Subartu)
Uigurs, Kazakhs, Bashkirs, some other peoples of Siberia, Central Asia and the Urals descend in part from the ancient R1b1 branch, and by now retain the same ha...
Uigurs, Kazakhs, Bashkirs, some other peoples of Siberia, Central Asia and the Urals descend in part from the ancient R1b1 branch, and by now retain the same haplogroup for 16,000 years. Comparison of R1b haplotypes of the Uigurs on the one hand, and Chuvashes, Bulgars, and Hungarians on the other, shows that the Uigurs usually have the more ancient subgroup R1b1b1, which predominantly remained in Asia. The common ancestor of both Asian and European haplotypes lived in Asia 16000 years ago. That apparently is the minimum lower time limit for the Proto-Türkic languages. The R1b haplotypes in the Balkans have "12" in that marker in 50% of the cases, in Italy 27%. In Slovenia that parameter is 20%, with the "age" of the common ancestor 4250 ± 600 years. All these are a branch of the Türks, "Kurganians", "ancient Pit Gravers", that crossed from the Eastern European Plain either directly around the Black Sea to the Balkans, and further on to the the Apennines, or through the Asia Minor. The others, as was noted, went to Europe via Anatolia through the Middle East and then on through the North Africa on the way to the Pyrenees. That was a Beaker Culture.
18% of the Hungarian Szeklers have haplogroup R1b1, 15% have R1a1. Another one initial "Türkic" haplogroup Q numbers 4%. The first four haplotypes have allele 12 in the first marker (16% of the total, much higher than the typical European 3-5%), which corresponds to the "Kurgan Culture" ancient haplotype. Apparently, that is the starting point of the Hungarian Seklers ancestral migration. As a result, the Sekler haplotypes of the R1b1b2 haplogroup already represent a younger age of these Türkic carriers of the R1b (common ancestors 4000 ybp). The Türkic-lingual Asian carriers of R1b remained in Asia. 5700-5100 years ago in the North Kazakhstan they established Botai Archeological Culture, and according to the latest data 5500 years ago domesticated the horse (Archaeology, Jan-Feb 2010). In addition to the Botai settlement dated 3700-3100 BC, definitely haplogroup R1b, since the carriers of the R1a1 appeared in those places were only one and a half - two thousand years later. (http://s155239215.onlinehome.us/turkic/60_Genetics/Klyosov2010DNK-GenealogyEn.htm)
Bearers of R1b haplogroup along their migration route to the M. East and S. Mesopotamia apparently have established the Sumer culture (and the state), moving westward to Europe (5000-4500 ybp) carrying mainly the R-M269 subclade and its downstream L23 subclade.
(http://www.scirp.org/journal/PaperInformation.aspx?paperID=19567)
Genetic evidence has linked early Magyars eastward as well to the Ujghurs, living in East-Eurasia around the town of Ürümqi (today in China, East Turkestan). The name of several Magyar tribes are of Oghur origin which may prove that Oghur tribes also joined to the Magyars.
Approaches based on "map-stratification" have compared burial sites, ornamental motifs (tulips, cranes), leather and felt garments, mythological images, sacrificial cauldrons, folk poetry, folk music, lullabies, together with written documents and genetic findings to narrow down the most likely Magyar urheimat to the grassy land surrounded by four freshwater lakes (Caspian, Aral, Balkhash, and Baikal).
Scientists has been struggling with the ancient roots of the nomadic Turkic tribes for a long time, and while they lean toward Mesopotamian roots, at least in the case of their ruling caste, there were many tribes and we know little about these people or the route of their migration from the Near East to Mongolia due to an immense falsification of history. Obviously commited by "Power-X"-like organizations such as the Vatican.
We do know that reports of the "Turkic" Xiongnu, as the Chinese called these peoples collectively, appear in their annals around 1200 B.C. This would have, assumedly, been after the Trojan War which spurred so much movement of peoples around the Black Sea region.
Various myths and name-connections suggest that Subartu was the fount from where these Turkic nomadic tribes originated, and it's curious that this is where the Mittani appeared. We can't forget however that these tribes were, generally speaking, caucasian (i.e. blue eyed, red or blond haired) as noted in the Chinese annals and evident from mummies dug up in Mongolia. Should the nomadic "Turkic tribes" who eventually formed the kingdom of Khazaria in this "dragon-culture" narrative be pegged to Subartu, one of the "four quarters" named in Akkadian texts?
There is huge swath of real estate surrounding the Black Sea and the southern banks of the Caspian Sea including the Caucasus and parts of what would become Scythia, inhabited by related peoples sometimes referred to as "Gogi", from which the nomadic "Turkic" tribes sprang, many of whom migrated to Mongolia to become the Xiongnu and later (on their way back) the Hunnic federation which included the Magyars, Khazars, Bulgars etc.
http://urokomovie.com/wordpress/?page_id=988
wn.com/Magyar • Uyghur • Bashkir Ancient Turanian Roots (Sumer Subartu)
Uigurs, Kazakhs, Bashkirs, some other peoples of Siberia, Central Asia and the Urals descend in part from the ancient R1b1 branch, and by now retain the same haplogroup for 16,000 years. Comparison of R1b haplotypes of the Uigurs on the one hand, and Chuvashes, Bulgars, and Hungarians on the other, shows that the Uigurs usually have the more ancient subgroup R1b1b1, which predominantly remained in Asia. The common ancestor of both Asian and European haplotypes lived in Asia 16000 years ago. That apparently is the minimum lower time limit for the Proto-Türkic languages. The R1b haplotypes in the Balkans have "12" in that marker in 50% of the cases, in Italy 27%. In Slovenia that parameter is 20%, with the "age" of the common ancestor 4250 ± 600 years. All these are a branch of the Türks, "Kurganians", "ancient Pit Gravers", that crossed from the Eastern European Plain either directly around the Black Sea to the Balkans, and further on to the the Apennines, or through the Asia Minor. The others, as was noted, went to Europe via Anatolia through the Middle East and then on through the North Africa on the way to the Pyrenees. That was a Beaker Culture.
18% of the Hungarian Szeklers have haplogroup R1b1, 15% have R1a1. Another one initial "Türkic" haplogroup Q numbers 4%. The first four haplotypes have allele 12 in the first marker (16% of the total, much higher than the typical European 3-5%), which corresponds to the "Kurgan Culture" ancient haplotype. Apparently, that is the starting point of the Hungarian Seklers ancestral migration. As a result, the Sekler haplotypes of the R1b1b2 haplogroup already represent a younger age of these Türkic carriers of the R1b (common ancestors 4000 ybp). The Türkic-lingual Asian carriers of R1b remained in Asia. 5700-5100 years ago in the North Kazakhstan they established Botai Archeological Culture, and according to the latest data 5500 years ago domesticated the horse (Archaeology, Jan-Feb 2010). In addition to the Botai settlement dated 3700-3100 BC, definitely haplogroup R1b, since the carriers of the R1a1 appeared in those places were only one and a half - two thousand years later. (http://s155239215.onlinehome.us/turkic/60_Genetics/Klyosov2010DNK-GenealogyEn.htm)
Bearers of R1b haplogroup along their migration route to the M. East and S. Mesopotamia apparently have established the Sumer culture (and the state), moving westward to Europe (5000-4500 ybp) carrying mainly the R-M269 subclade and its downstream L23 subclade.
(http://www.scirp.org/journal/PaperInformation.aspx?paperID=19567)
Genetic evidence has linked early Magyars eastward as well to the Ujghurs, living in East-Eurasia around the town of Ürümqi (today in China, East Turkestan). The name of several Magyar tribes are of Oghur origin which may prove that Oghur tribes also joined to the Magyars.
Approaches based on "map-stratification" have compared burial sites, ornamental motifs (tulips, cranes), leather and felt garments, mythological images, sacrificial cauldrons, folk poetry, folk music, lullabies, together with written documents and genetic findings to narrow down the most likely Magyar urheimat to the grassy land surrounded by four freshwater lakes (Caspian, Aral, Balkhash, and Baikal).
Scientists has been struggling with the ancient roots of the nomadic Turkic tribes for a long time, and while they lean toward Mesopotamian roots, at least in the case of their ruling caste, there were many tribes and we know little about these people or the route of their migration from the Near East to Mongolia due to an immense falsification of history. Obviously commited by "Power-X"-like organizations such as the Vatican.
We do know that reports of the "Turkic" Xiongnu, as the Chinese called these peoples collectively, appear in their annals around 1200 B.C. This would have, assumedly, been after the Trojan War which spurred so much movement of peoples around the Black Sea region.
Various myths and name-connections suggest that Subartu was the fount from where these Turkic nomadic tribes originated, and it's curious that this is where the Mittani appeared. We can't forget however that these tribes were, generally speaking, caucasian (i.e. blue eyed, red or blond haired) as noted in the Chinese annals and evident from mummies dug up in Mongolia. Should the nomadic "Turkic tribes" who eventually formed the kingdom of Khazaria in this "dragon-culture" narrative be pegged to Subartu, one of the "four quarters" named in Akkadian texts?
There is huge swath of real estate surrounding the Black Sea and the southern banks of the Caspian Sea including the Caucasus and parts of what would become Scythia, inhabited by related peoples sometimes referred to as "Gogi", from which the nomadic "Turkic" tribes sprang, many of whom migrated to Mongolia to become the Xiongnu and later (on their way back) the Hunnic federation which included the Magyars, Khazars, Bulgars etc.
http://urokomovie.com/wordpress/?page_id=988
- published: 25 Nov 2012
- views: 43224
Magyar - Uyghur - Bashkir Ancient Turanian Roots 1/2
Uigurs, Kazakhs, Bashkirs, some other peoples of Siberia, Central Asia and the Urals descend in part from the ancient R1b1 branch, and by now retain the same ha...
Uigurs, Kazakhs, Bashkirs, some other peoples of Siberia, Central Asia and the Urals descend in part from the ancient R1b1 branch, and by now retain the same haplogroup for 16,000 years. Comparison of R1b haplotypes of the Uigurs on the one hand, and Chuvashes, Bulgars, and Hungarians on the other, shows that the Uigurs usually have the more ancient subgroup R1b1b1, which predominantly remained in Asia. The common ancestor of both Asian and European haplotypes lived in Asia 16000 years ago. That apparently is the minimum lower time limit for the Proto-Türkic languages. The R1b haplotypes in the Balkans have "12" in that marker in 50% of the cases, in Italy 27%. In Slovenia that parameter is 20%, with the "age" of the common ancestor 4250 ± 600 years. All these are a branch of the Türks, "Kurganians", "ancient Pit Gravers", that crossed from the Eastern European Plain either directly around the Black Sea to the Balkans, and further on to the the Apennines, or through the Asia Minor. The others, went to Europe via Anatolia through the Middle East, North Africa to the Pyrenees. That was a Beaker Culture.18% of the Hungarian Szeklers have haplogroup R1b1, 15% have R1a1. Another one initial "Türkic" haplogroup Q numbers 4%. The first four haplotypes have allele 12 in the first marker (16% of the total, much higher than the typical European 3-5%), which corresponds to the "Kurgan Culture" ancient haplotype. Apparently, that is the starting point of the Hungarian Seklers ancestral migration. As a result, the Sekler haplotypes of the R1b1b2 haplogroup already represent a younger age of these Türkic carriers of the R1b (common ancestors 4000 ybp). The Türkic-lingual Asian carriers of R1b remained in Asia. 5700-5100 years ago in the North Kazakhstan they established Botai Archeological Culture, and according to the latest data 5500 years ago domesticated the horse (Archaeology, Jan-Feb 2010). In addition to the Botai settlement dated 3700-3100 BC, definitely haplogroup R1b, since the carriers of the R1a1 appeared in those places were only one and a half - two thousand years later. (http://s155239215.onlinehome.us/turkic/60_Genetics/Klyosov2010DNK-GenealogyEn.htm)Bearers of R1b haplogroup along their migration route to the M. East and S. Mesopotamia apparently have established the Sumer culture (and the state), moving westward to Europe (5000-4500 ybp) carrying mainly the R-M269 subclade and its downstream L23 subclade.(http://www.scirp.org/journal/PaperInformation.aspx?paperID=19567)Genetic evidence has linked early Magyars eastward as well to the Ujghurs, living in East-Eurasia around the town of Ürümqi (today in China, East Turkestan). The name of several Magyar tribes are of Oghur origin which may prove that Oghur tribes also joined to the Magyars.Approaches based on "map-stratification" have compared burial sites, ornamental motifs (tulips, cranes), leather and felt garments, mythological images, sacrificial cauldrons, folk poetry, folk music, lullabies, together with written documents and genetic findings to narrow down the most likely Magyar urheimat to the grassy land surrounded by four freshwater lakes (Caspian, Aral, Balkhash, and Baikal).Scientists has been struggling with the ancient roots of the nomadic Turkic tribes for a long time, and while they lean toward Mesopotamian roots, at least in the case of their ruling caste, there were many tribes and we know little about these people or the route of their migration from the Near East to Mongolia due to an immense falsification of history. Obviously commited by "Power-X"-like organizations such as the Vatican.We do know that reports of the "Turkic" Xiongnu, as the Chinese called these peoples collectively, appear in their annals around 1200 B.C. This would have, assumedly, been after the Trojan War which spurred so much movement of peoples around the Black Sea region.Various myths and name-connections suggest that Subartu was the fount from where these Turkic nomadic tribes originated, and it's curious that this is where the Mittani appeared. We can't forget however that these tribes were, generally speaking, caucasian (i.e. blue eyed, red or blond haired) as noted in the Chinese annals and evident from mummies dug up in Mongolia. Should the nomadic "Turkic tribes" who eventually formed the kingdom of Khazaria in this "dragon-culture" narrative be pegged to Subartu, one of the "four quarters" named in Akkadian texts?Scythia, inhabited by related peoples sometimes referred to as "Gogi", from which the nomadic "Turkic" tribes sprang, many of whom migrated to Mongolia to become the Xiongnu and later (on their way back) the Hunnic federation which included the Magyars, Khazars, Bulgars etc.Adding more evidence, ... I connect the term Ugarit to the "Ugric" speaking Hun-garians and Arvad to the Arpad rulers of that nation who descended from Attila the Hun.
wn.com/Magyar Uyghur Bashkir Ancient Turanian Roots 1 2
Uigurs, Kazakhs, Bashkirs, some other peoples of Siberia, Central Asia and the Urals descend in part from the ancient R1b1 branch, and by now retain the same haplogroup for 16,000 years. Comparison of R1b haplotypes of the Uigurs on the one hand, and Chuvashes, Bulgars, and Hungarians on the other, shows that the Uigurs usually have the more ancient subgroup R1b1b1, which predominantly remained in Asia. The common ancestor of both Asian and European haplotypes lived in Asia 16000 years ago. That apparently is the minimum lower time limit for the Proto-Türkic languages. The R1b haplotypes in the Balkans have "12" in that marker in 50% of the cases, in Italy 27%. In Slovenia that parameter is 20%, with the "age" of the common ancestor 4250 ± 600 years. All these are a branch of the Türks, "Kurganians", "ancient Pit Gravers", that crossed from the Eastern European Plain either directly around the Black Sea to the Balkans, and further on to the the Apennines, or through the Asia Minor. The others, went to Europe via Anatolia through the Middle East, North Africa to the Pyrenees. That was a Beaker Culture.18% of the Hungarian Szeklers have haplogroup R1b1, 15% have R1a1. Another one initial "Türkic" haplogroup Q numbers 4%. The first four haplotypes have allele 12 in the first marker (16% of the total, much higher than the typical European 3-5%), which corresponds to the "Kurgan Culture" ancient haplotype. Apparently, that is the starting point of the Hungarian Seklers ancestral migration. As a result, the Sekler haplotypes of the R1b1b2 haplogroup already represent a younger age of these Türkic carriers of the R1b (common ancestors 4000 ybp). The Türkic-lingual Asian carriers of R1b remained in Asia. 5700-5100 years ago in the North Kazakhstan they established Botai Archeological Culture, and according to the latest data 5500 years ago domesticated the horse (Archaeology, Jan-Feb 2010). In addition to the Botai settlement dated 3700-3100 BC, definitely haplogroup R1b, since the carriers of the R1a1 appeared in those places were only one and a half - two thousand years later. (http://s155239215.onlinehome.us/turkic/60_Genetics/Klyosov2010DNK-GenealogyEn.htm)Bearers of R1b haplogroup along their migration route to the M. East and S. Mesopotamia apparently have established the Sumer culture (and the state), moving westward to Europe (5000-4500 ybp) carrying mainly the R-M269 subclade and its downstream L23 subclade.(http://www.scirp.org/journal/PaperInformation.aspx?paperID=19567)Genetic evidence has linked early Magyars eastward as well to the Ujghurs, living in East-Eurasia around the town of Ürümqi (today in China, East Turkestan). The name of several Magyar tribes are of Oghur origin which may prove that Oghur tribes also joined to the Magyars.Approaches based on "map-stratification" have compared burial sites, ornamental motifs (tulips, cranes), leather and felt garments, mythological images, sacrificial cauldrons, folk poetry, folk music, lullabies, together with written documents and genetic findings to narrow down the most likely Magyar urheimat to the grassy land surrounded by four freshwater lakes (Caspian, Aral, Balkhash, and Baikal).Scientists has been struggling with the ancient roots of the nomadic Turkic tribes for a long time, and while they lean toward Mesopotamian roots, at least in the case of their ruling caste, there were many tribes and we know little about these people or the route of their migration from the Near East to Mongolia due to an immense falsification of history. Obviously commited by "Power-X"-like organizations such as the Vatican.We do know that reports of the "Turkic" Xiongnu, as the Chinese called these peoples collectively, appear in their annals around 1200 B.C. This would have, assumedly, been after the Trojan War which spurred so much movement of peoples around the Black Sea region.Various myths and name-connections suggest that Subartu was the fount from where these Turkic nomadic tribes originated, and it's curious that this is where the Mittani appeared. We can't forget however that these tribes were, generally speaking, caucasian (i.e. blue eyed, red or blond haired) as noted in the Chinese annals and evident from mummies dug up in Mongolia. Should the nomadic "Turkic tribes" who eventually formed the kingdom of Khazaria in this "dragon-culture" narrative be pegged to Subartu, one of the "four quarters" named in Akkadian texts?Scythia, inhabited by related peoples sometimes referred to as "Gogi", from which the nomadic "Turkic" tribes sprang, many of whom migrated to Mongolia to become the Xiongnu and later (on their way back) the Hunnic federation which included the Magyars, Khazars, Bulgars etc.Adding more evidence, ... I connect the term Ugarit to the "Ugric" speaking Hun-garians and Arvad to the Arpad rulers of that nation who descended from Attila the Hun.
- published: 20 Apr 2015
- views: 12
Magyar - Uyghur - Bashkir Ancient Turanian Roots 2/2
Uigurs, Kazakhs, Bashkirs, some other peoples of Siberia, Central Asia and the Urals descend in part from the ancient R1b1 branch, and by now retain the same ha...
Uigurs, Kazakhs, Bashkirs, some other peoples of Siberia, Central Asia and the Urals descend in part from the ancient R1b1 branch, and by now retain the same haplogroup for 16,000 years. Comparison of R1b haplotypes of the Uigurs on the one hand, and Chuvashes, Bulgars, and Hungarians on the other, shows that the Uigurs usually have the more ancient subgroup R1b1b1, which predominantly remained in Asia. The common ancestor of both Asian and European haplotypes lived in Asia 16000 years ago. That apparently is the minimum lower time limit for the Proto-Türkic languages. The R1b haplotypes in the Balkans have "12" in that marker in 50% of the cases, in Italy 27%. In Slovenia that parameter is 20%, with the "age" of the common ancestor 4250 ± 600 years. All these are a branch of the Türks, "Kurganians", "ancient Pit Gravers", that crossed from the Eastern European Plain either directly around the Black Sea to the Balkans, and further on to the the Apennines, or through the Asia Minor. The others, went to Europe via Anatolia through the Middle East, North Africa to the Pyrenees. That was a Beaker Culture.18% of the Hungarian Szeklers have haplogroup R1b1, 15% have R1a1. Another one initial "Türkic" haplogroup Q numbers 4%. The first four haplotypes have allele 12 in the first marker (16% of the total, much higher than the typical European 3-5%), which corresponds to the "Kurgan Culture" ancient haplotype. Apparently, that is the starting point of the Hungarian Seklers ancestral migration. As a result, the Sekler haplotypes of the R1b1b2 haplogroup already represent a younger age of these Türkic carriers of the R1b (common ancestors 4000 ybp). The Türkic-lingual Asian carriers of R1b remained in Asia. 5700-5100 years ago in the North Kazakhstan they established Botai Archeological Culture, and according to the latest data 5500 years ago domesticated the horse (Archaeology, Jan-Feb 2010). In addition to the Botai settlement dated 3700-3100 BC, definitely haplogroup R1b, since the carriers of the R1a1 appeared in those places were only one and a half - two thousand years later. (http://s155239215.onlinehome.us/turkic/60_Genetics/Klyosov2010DNK-GenealogyEn.htm)Bearers of R1b haplogroup along their migration route to the M. East and S. Mesopotamia apparently have established the Sumer culture (and the state), moving westward to Europe (5000-4500 ybp) carrying mainly the R-M269 subclade and its downstream L23 subclade.(http://www.scirp.org/journal/PaperInformation.aspx?paperID=19567)Genetic evidence has linked early Magyars eastward as well to the Ujghurs, living in East-Eurasia around the town of Ürümqi (today in China, East Turkestan). The name of several Magyar tribes are of Oghur origin which may prove that Oghur tribes also joined to the Magyars.Approaches based on "map-stratification" have compared burial sites, ornamental motifs (tulips, cranes), leather and felt garments, mythological images, sacrificial cauldrons, folk poetry, folk music, lullabies, together with written documents and genetic findings to narrow down the most likely Magyar urheimat to the grassy land surrounded by four freshwater lakes (Caspian, Aral, Balkhash, and Baikal).Scientists has been struggling with the ancient roots of the nomadic Turkic tribes for a long time, and while they lean toward Mesopotamian roots, at least in the case of their ruling caste, there were many tribes and we know little about these people or the route of their migration from the Near East to Mongolia due to an immense falsification of history. Obviously commited by "Power-X"-like organizations such as the Vatican.We do know that reports of the "Turkic" Xiongnu, as the Chinese called these peoples collectively, appear in their annals around 1200 B.C. This would have, assumedly, been after the Trojan War which spurred so much movement of peoples around the Black Sea region.Various myths and name-connections suggest that Subartu was the fount from where these Turkic nomadic tribes originated, and it's curious that this is where the Mittani appeared. We can't forget however that these tribes were, generally speaking, caucasian (i.e. blue eyed, red or blond haired) as noted in the Chinese annals and evident from mummies dug up in Mongolia. Should the nomadic "Turkic tribes" who eventually formed the kingdom of Khazaria in this "dragon-culture" narrative be pegged to Subartu, one of the "four quarters" named in Akkadian texts?Scythia, inhabited by related peoples sometimes referred to as "Gogi", from which the nomadic "Turkic" tribes sprang, many of whom migrated to Mongolia to become the Xiongnu and later (on their way back) the Hunnic federation which included the Magyars, Khazars, Bulgars etc.Adding more evidence, ... I connect the term Ugarit to the "Ugric" speaking Hun-garians and Arvad to the Arpad rulers of that nation who descended from Attila the Hun.
wn.com/Magyar Uyghur Bashkir Ancient Turanian Roots 2 2
Uigurs, Kazakhs, Bashkirs, some other peoples of Siberia, Central Asia and the Urals descend in part from the ancient R1b1 branch, and by now retain the same haplogroup for 16,000 years. Comparison of R1b haplotypes of the Uigurs on the one hand, and Chuvashes, Bulgars, and Hungarians on the other, shows that the Uigurs usually have the more ancient subgroup R1b1b1, which predominantly remained in Asia. The common ancestor of both Asian and European haplotypes lived in Asia 16000 years ago. That apparently is the minimum lower time limit for the Proto-Türkic languages. The R1b haplotypes in the Balkans have "12" in that marker in 50% of the cases, in Italy 27%. In Slovenia that parameter is 20%, with the "age" of the common ancestor 4250 ± 600 years. All these are a branch of the Türks, "Kurganians", "ancient Pit Gravers", that crossed from the Eastern European Plain either directly around the Black Sea to the Balkans, and further on to the the Apennines, or through the Asia Minor. The others, went to Europe via Anatolia through the Middle East, North Africa to the Pyrenees. That was a Beaker Culture.18% of the Hungarian Szeklers have haplogroup R1b1, 15% have R1a1. Another one initial "Türkic" haplogroup Q numbers 4%. The first four haplotypes have allele 12 in the first marker (16% of the total, much higher than the typical European 3-5%), which corresponds to the "Kurgan Culture" ancient haplotype. Apparently, that is the starting point of the Hungarian Seklers ancestral migration. As a result, the Sekler haplotypes of the R1b1b2 haplogroup already represent a younger age of these Türkic carriers of the R1b (common ancestors 4000 ybp). The Türkic-lingual Asian carriers of R1b remained in Asia. 5700-5100 years ago in the North Kazakhstan they established Botai Archeological Culture, and according to the latest data 5500 years ago domesticated the horse (Archaeology, Jan-Feb 2010). In addition to the Botai settlement dated 3700-3100 BC, definitely haplogroup R1b, since the carriers of the R1a1 appeared in those places were only one and a half - two thousand years later. (http://s155239215.onlinehome.us/turkic/60_Genetics/Klyosov2010DNK-GenealogyEn.htm)Bearers of R1b haplogroup along their migration route to the M. East and S. Mesopotamia apparently have established the Sumer culture (and the state), moving westward to Europe (5000-4500 ybp) carrying mainly the R-M269 subclade and its downstream L23 subclade.(http://www.scirp.org/journal/PaperInformation.aspx?paperID=19567)Genetic evidence has linked early Magyars eastward as well to the Ujghurs, living in East-Eurasia around the town of Ürümqi (today in China, East Turkestan). The name of several Magyar tribes are of Oghur origin which may prove that Oghur tribes also joined to the Magyars.Approaches based on "map-stratification" have compared burial sites, ornamental motifs (tulips, cranes), leather and felt garments, mythological images, sacrificial cauldrons, folk poetry, folk music, lullabies, together with written documents and genetic findings to narrow down the most likely Magyar urheimat to the grassy land surrounded by four freshwater lakes (Caspian, Aral, Balkhash, and Baikal).Scientists has been struggling with the ancient roots of the nomadic Turkic tribes for a long time, and while they lean toward Mesopotamian roots, at least in the case of their ruling caste, there were many tribes and we know little about these people or the route of their migration from the Near East to Mongolia due to an immense falsification of history. Obviously commited by "Power-X"-like organizations such as the Vatican.We do know that reports of the "Turkic" Xiongnu, as the Chinese called these peoples collectively, appear in their annals around 1200 B.C. This would have, assumedly, been after the Trojan War which spurred so much movement of peoples around the Black Sea region.Various myths and name-connections suggest that Subartu was the fount from where these Turkic nomadic tribes originated, and it's curious that this is where the Mittani appeared. We can't forget however that these tribes were, generally speaking, caucasian (i.e. blue eyed, red or blond haired) as noted in the Chinese annals and evident from mummies dug up in Mongolia. Should the nomadic "Turkic tribes" who eventually formed the kingdom of Khazaria in this "dragon-culture" narrative be pegged to Subartu, one of the "four quarters" named in Akkadian texts?Scythia, inhabited by related peoples sometimes referred to as "Gogi", from which the nomadic "Turkic" tribes sprang, many of whom migrated to Mongolia to become the Xiongnu and later (on their way back) the Hunnic federation which included the Magyars, Khazars, Bulgars etc.Adding more evidence, ... I connect the term Ugarit to the "Ugric" speaking Hun-garians and Arvad to the Arpad rulers of that nation who descended from Attila the Hun.
- published: 21 Apr 2015
- views: 9
Ancient E-M78 Egyptians & E-M81 Berbers Descend From Eurasian Adam
The main indigenous E-M78 Egyptian marker descends from CT-M168 dubbed as Eurasian Adam by geneticist Spencer Wells. E-M78 does not have a Negroid/Sub Saharan ...
The main indigenous E-M78 Egyptian marker descends from CT-M168 dubbed as Eurasian Adam by geneticist Spencer Wells. E-M78 does not have a Negroid/Sub Saharan origin but an Eurasian origin. The same line of descent is shared with Berber E-M81.
"The male genetic landscape of the territory currently known as Tunisia is hampered by the scarcity of data, especially from cosmopolitan areas such as the coastal city of Sousse. In order to alleviate this lacuna, 220 males from Sousse were examined, for the first time, for more than 50 Y-chromosome single-nucleotide polymorphisms - Y-SNPs - markers and compared with 3099 individuals from key geographically targeted locations in North Africa, Europe and the Near East. The paternal lineages observed belong to a common set of Y haplogroups previously described in North Africa. In addition to the prominent autochthonous North African E-M81 haplogroup which is exclusively represented by its subclade E-M183 - 44.55% of Y-chromosomes- , _____ a number of Near Eastern Neolithic lineages ____ including E-M78 ______, J-M267and J-M172 account for 39% of the Y-chromosomes detected. Principal component analysis based on haplogroup frequencies, multidimensional scaling based on Rst genetic distances and analyses of molecular variance using both Y-chromosome short tandem repeat haplotypes and Y-SNP haplogroup data revealed that the Tunisian and North African groups, as a whole, are intra- and inter-specific diverse with Sousse being highly heterogeneous." Fadhlaoui-Zid et al 2014
" the expansion south of E-M78 could have introduced ____non-African ancestry____ into the HOA prior to 6 ka. Second, some HOA populations carry moderate to high frequencies of T-M70 - previously K2-M70 - Y chromosomes. The T haplogroup originated in the area of the Levant approximately 21 ka and the T-M70 sub-haplogroup was present in northeast Africa by at least 14 ka, possibly arriving in the HOA as early as 5 ka - 44,45,47- ." Jason A. Hodgson1, Connie J. Mulligan2, Ali Al-Meeri3, Ryan L. Raaum4,5* 2014
"It was not until the 6th millennium BC that a typical Neolithic culture, which is defined by the existence of wheat/barley
farming and sheep/goat herding, first appeared in Egypt. Egyptian civilization emerged on the basis of this Levantine agro-pastoral economy..." Bar-Yosef; 2006
Afrocentrism is a one-dimensional thought protocol and fails to conform to any modern logic. It is a distorted ideology supported by adherents of racist black supremacists; a faction whose population has been deemed harmful to civilization. I will progressively dismantle their 'arguments', 'debates' and deceitful pretexts and extreme bias. I waste no time, effort nor enjoyment in shredding their resolve to pieces.
wn.com/Ancient E M78 Egyptians E M81 Berbers Descend From Eurasian Adam
The main indigenous E-M78 Egyptian marker descends from CT-M168 dubbed as Eurasian Adam by geneticist Spencer Wells. E-M78 does not have a Negroid/Sub Saharan origin but an Eurasian origin. The same line of descent is shared with Berber E-M81.
"The male genetic landscape of the territory currently known as Tunisia is hampered by the scarcity of data, especially from cosmopolitan areas such as the coastal city of Sousse. In order to alleviate this lacuna, 220 males from Sousse were examined, for the first time, for more than 50 Y-chromosome single-nucleotide polymorphisms - Y-SNPs - markers and compared with 3099 individuals from key geographically targeted locations in North Africa, Europe and the Near East. The paternal lineages observed belong to a common set of Y haplogroups previously described in North Africa. In addition to the prominent autochthonous North African E-M81 haplogroup which is exclusively represented by its subclade E-M183 - 44.55% of Y-chromosomes- , _____ a number of Near Eastern Neolithic lineages ____ including E-M78 ______, J-M267and J-M172 account for 39% of the Y-chromosomes detected. Principal component analysis based on haplogroup frequencies, multidimensional scaling based on Rst genetic distances and analyses of molecular variance using both Y-chromosome short tandem repeat haplotypes and Y-SNP haplogroup data revealed that the Tunisian and North African groups, as a whole, are intra- and inter-specific diverse with Sousse being highly heterogeneous." Fadhlaoui-Zid et al 2014
" the expansion south of E-M78 could have introduced ____non-African ancestry____ into the HOA prior to 6 ka. Second, some HOA populations carry moderate to high frequencies of T-M70 - previously K2-M70 - Y chromosomes. The T haplogroup originated in the area of the Levant approximately 21 ka and the T-M70 sub-haplogroup was present in northeast Africa by at least 14 ka, possibly arriving in the HOA as early as 5 ka - 44,45,47- ." Jason A. Hodgson1, Connie J. Mulligan2, Ali Al-Meeri3, Ryan L. Raaum4,5* 2014
"It was not until the 6th millennium BC that a typical Neolithic culture, which is defined by the existence of wheat/barley
farming and sheep/goat herding, first appeared in Egypt. Egyptian civilization emerged on the basis of this Levantine agro-pastoral economy..." Bar-Yosef; 2006
Afrocentrism is a one-dimensional thought protocol and fails to conform to any modern logic. It is a distorted ideology supported by adherents of racist black supremacists; a faction whose population has been deemed harmful to civilization. I will progressively dismantle their 'arguments', 'debates' and deceitful pretexts and extreme bias. I waste no time, effort nor enjoyment in shredding their resolve to pieces.
- published: 19 Jun 2015
- views: 157
Lur People (Iranian People)
Lurs are a mixture of aboriginal Iranian (Aryan) tribes, originating from Central Asia. Some scholars believe that they are the descendants of the Persian tr......
Lurs are a mixture of aboriginal Iranian (Aryan) tribes, originating from Central Asia. Some scholars believe that they are the descendants of the Persian tr...
wn.com/Lur People (Iranian People)
Lurs are a mixture of aboriginal Iranian (Aryan) tribes, originating from Central Asia. Some scholars believe that they are the descendants of the Persian tr...
The REAL Truth About (southern and northern) Italians, part 1
Historical Sources: G. Vitolo, "Medioevo", Milano-Firenze, Sansoni, 2004. G. Tabacco, "Egemonie sociali e strutture del potere nel medioevo italiano", Torino......
Historical Sources: G. Vitolo, "Medioevo", Milano-Firenze, Sansoni, 2004. G. Tabacco, "Egemonie sociali e strutture del potere nel medioevo italiano", Torino...
wn.com/The Real Truth About (Southern And Northern) Italians, Part 1
Historical Sources: G. Vitolo, "Medioevo", Milano-Firenze, Sansoni, 2004. G. Tabacco, "Egemonie sociali e strutture del potere nel medioevo italiano", Torino...
National Geographic fesses up on the origin of E-M35
Geno 2.0: The Greatest Journey Ever Told https://genographic.nationalgeographic.com/ the first detailed paper on E-M35. http://www.familytreedna.com/pdf/hape......
Geno 2.0: The Greatest Journey Ever Told https://genographic.nationalgeographic.com/ the first detailed paper on E-M35. http://www.familytreedna.com/pdf/hape...
wn.com/National Geographic Fesses Up On The Origin Of E M35
Geno 2.0: The Greatest Journey Ever Told https://genographic.nationalgeographic.com/ the first detailed paper on E-M35. http://www.familytreedna.com/pdf/hape...
Somali people :Who really are they ?
Alot of people were wondring who we are , some said we have white features some said we are Bantu Black ,others said we are mixed , sorry but you all are wro......
Alot of people were wondring who we are , some said we have white features some said we are Bantu Black ,others said we are mixed , sorry but you all are wro...
wn.com/Somali People Who Really Are They
Alot of people were wondring who we are , some said we have white features some said we are Bantu Black ,others said we are mixed , sorry but you all are wro...
- published: 27 Jul 2010
- views: 97055
-
author: keysi07
presencia desde 15.000 A.C haplogrupo y subclave R1b1c (V88) africa negra subsahariana
Link:http://www.eupedia.com/europe/Haplogroup_R1b_Y-DNA.shtml#distribution_world La relación genotipo(genes de un organismo) - fenotipo(apariencia externa de......
Link:http://www.eupedia.com/europe/Haplogroup_R1b_Y-DNA.shtml#distribution_world La relación genotipo(genes de un organismo) - fenotipo(apariencia externa de...
wn.com/Presencia Desde 15.000 A.C Haplogrupo Y Subclave R1B1C (V88) Africa Negra Subsahariana
Link:http://www.eupedia.com/europe/Haplogroup_R1b_Y-DNA.shtml#distribution_world La relación genotipo(genes de un organismo) - fenotipo(apariencia externa de...
- published: 13 Aug 2013
- views: 333
-
author: llamada32
Mammoth - Video Learning - WizScience.com
A "mammoth" is any species of the extinct genus ""Mammuthus"", proboscideans commonly equipped with long, curved tusks and, in northern species, a covering of l...
A "mammoth" is any species of the extinct genus ""Mammuthus"", proboscideans commonly equipped with long, curved tusks and, in northern species, a covering of long hair. They lived from the Pliocene epoch into the Holocene at about 4,500 years ago in Africa, Europe, Asia, and North America. They were members of the family Elephantidae, which also contains the two genera of modern elephants and their ancestors.
The earliest known proboscideans, the clade that contains the elephants, existed about 55 million years ago around the Tethys Sea area. The closest relatives of the Proboscidea are the sirenians and the hyraxes. The family Elephantidae is known to have existed six million years ago in Africa, and includes the living elephants and the mammoths. Among many now extinct clades, the mastodon is only a distant relative of the mammoths, and part of the separate Mammutidae family, which diverged 25 million years before the mammoths evolved.
The following cladogram shows the placement of the genus "Mammuthus" among other proboscideans, based on hyoid characteristics:
Since many remains of each species of mammoth are known from several localities, it is possible to reconstruct the evolutionary history of the genus through morphological studies. Mammoth species can be identified from the number of enamel ridges on their molars; the primitive species had few ridges, and the amount increased gradually as new species evolved and replaced the former ones. At the same time, the crowns of the teeth became longer, and the skulls become higher from top to bottom and shorter from the back to the front over time to accommodate this.
The first known members of the genus "Mammuthus" are the African species "M. subplanifrons" from the Pliocene and "M. africanavus" from the Pleistocene. The former is thought to be the ancestor of later forms. Mammoths entered Europe around 3 million years ago; the earliest known type has been named "M. rumanus", which spread across Europe and China. Only its molars are known, which show it had 8–10 enamel ridges. A population evolved 12–14 ridges and split off from and replaced the earlier type, becoming "M. meridionalis". In turn, this species was replaced by the steppe mammoth, "M. trogontherii", with 18–20 ridges, which evolved in East Asia ca. 1 million years ago. Mammoths derived from "M. trogontherii" evolved molars with 26 ridges 200,000 years ago in Siberia, and became the woolly mammoth, "M. primigenius". The Columbian mammoth, "M. columbi", evolved from a population of "M. trogontherii" that had entered North America. A 2011 genetic study showed that two examined specimens of the Columbian mammoth were grouped within a subclade of woolly mammoths. This suggests that the two populations interbred and produced fertile offspring. It also suggested that a North American form known as ""M. jeffersonii"" may be a hybrid between the two species.
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Background Music:
"The Place Inside" by Silent Partner (royalty-free) from YouTube Audio Library.
This video uses material/images from https://en.wikipedia.org/wiki/Mammoth, which is released under Creative Commons Attribution-Share-Alike License 3.0 http://creativecommons.org/licenses/by-sa/3.0/ . This video is licensed under Creative Commons Attribution-Share-Alike License 3.0 http://creativecommons.org/licenses/by-sa/3.0/ . To reuse/adapt the content in your own work, you must comply with the license terms.
wn.com/Mammoth Video Learning Wizscience.Com
A "mammoth" is any species of the extinct genus ""Mammuthus"", proboscideans commonly equipped with long, curved tusks and, in northern species, a covering of long hair. They lived from the Pliocene epoch into the Holocene at about 4,500 years ago in Africa, Europe, Asia, and North America. They were members of the family Elephantidae, which also contains the two genera of modern elephants and their ancestors.
The earliest known proboscideans, the clade that contains the elephants, existed about 55 million years ago around the Tethys Sea area. The closest relatives of the Proboscidea are the sirenians and the hyraxes. The family Elephantidae is known to have existed six million years ago in Africa, and includes the living elephants and the mammoths. Among many now extinct clades, the mastodon is only a distant relative of the mammoths, and part of the separate Mammutidae family, which diverged 25 million years before the mammoths evolved.
The following cladogram shows the placement of the genus "Mammuthus" among other proboscideans, based on hyoid characteristics:
Since many remains of each species of mammoth are known from several localities, it is possible to reconstruct the evolutionary history of the genus through morphological studies. Mammoth species can be identified from the number of enamel ridges on their molars; the primitive species had few ridges, and the amount increased gradually as new species evolved and replaced the former ones. At the same time, the crowns of the teeth became longer, and the skulls become higher from top to bottom and shorter from the back to the front over time to accommodate this.
The first known members of the genus "Mammuthus" are the African species "M. subplanifrons" from the Pliocene and "M. africanavus" from the Pleistocene. The former is thought to be the ancestor of later forms. Mammoths entered Europe around 3 million years ago; the earliest known type has been named "M. rumanus", which spread across Europe and China. Only its molars are known, which show it had 8–10 enamel ridges. A population evolved 12–14 ridges and split off from and replaced the earlier type, becoming "M. meridionalis". In turn, this species was replaced by the steppe mammoth, "M. trogontherii", with 18–20 ridges, which evolved in East Asia ca. 1 million years ago. Mammoths derived from "M. trogontherii" evolved molars with 26 ridges 200,000 years ago in Siberia, and became the woolly mammoth, "M. primigenius". The Columbian mammoth, "M. columbi", evolved from a population of "M. trogontherii" that had entered North America. A 2011 genetic study showed that two examined specimens of the Columbian mammoth were grouped within a subclade of woolly mammoths. This suggests that the two populations interbred and produced fertile offspring. It also suggested that a North American form known as ""M. jeffersonii"" may be a hybrid between the two species.
Wiz Science™ is "the" learning channel for children and all ages.
SUBSCRIBE TODAY
Disclaimer: This video is for your information only. The author or publisher does not guarantee the accuracy of the content presented in this video. USE AT YOUR OWN RISK.
Background Music:
"The Place Inside" by Silent Partner (royalty-free) from YouTube Audio Library.
This video uses material/images from https://en.wikipedia.org/wiki/Mammoth, which is released under Creative Commons Attribution-Share-Alike License 3.0 http://creativecommons.org/licenses/by-sa/3.0/ . This video is licensed under Creative Commons Attribution-Share-Alike License 3.0 http://creativecommons.org/licenses/by-sa/3.0/ . To reuse/adapt the content in your own work, you must comply with the license terms.
- published: 12 Aug 2015
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The TRUTH about The Haplogroup J (Y-DNA)
Haplogroup J (Y-DNA) J is Originally from Eastern Anatolia, divided into the northern J2 and the southern J1. J2 is by far the most common variety in Europe.......
Haplogroup J (Y-DNA) J is Originally from Eastern Anatolia, divided into the northern J2 and the southern J1. J2 is by far the most common variety in Europe....
wn.com/The Truth About The Haplogroup J (Y Dna)
Haplogroup J (Y-DNA) J is Originally from Eastern Anatolia, divided into the northern J2 and the southern J1. J2 is by far the most common variety in Europe....