>азиатоподобных

>слишком разны

>кто ты

>с пруфами

>пик 1

>пик 2

>У них ровно столько же J2 и почти столько же R1b.

>Нет.

>Кушнаренковская культура (популяция зауральской стоянки Уелги на озере Уелги) и популяции, связанные с ломоватовской и неволинской культурами (Предуралье — западная оконечность Урала), обнаруживают обширные генетические связи с венграми-завоевателями Прикарпатья. Образцы из групп Уелги+Каранаево и Чиялик (Горново) принадлежат к одной Y-гаплогруппе N1a1a1a1a2a1c-B539/PH3340 (ISOGG v15.73), соответствующей генетическому составу Волго–Уральского региона. Они сгруппированы вместе с образцами из Уелги и современными хантами, манси и венграми, а также с башкирами и татарами Волго-Уральского региона. 36,8% известных отцовских линий венгерских завоевателей принадлежат к Y-гаплогруппе N, хотя у современных венгров она встречается редко (1–2%). Внутри Y-гаплогруппы N1a1-M46 субклад N1a1a1a1a2-Z1936 (ISOGG v15.73), выявленный у венгров-завоевателей, потенциально представляет родство между представителями уральской языковой семьи. У венгров-завоевателей определены mt-макрогаплогруппы A, B, C, D, F, G, H, J, K, M, N, T, U, V, которые найдены и в восточных выборках, а также mt-макрогаплогруппы I, W, X и Y, которые могли попасть к ним из других источников. В mt-гаплогруппе H1b mt-последовательность сына Ефросиньи Мстиславны короля Белы III не выявлена в восточных выборах, но имеет самое близкое отношение к человеку из могилы группы KL-VI Карпатского бассейна.

>A genetic study published in the Annals of Human Genetics in March 2008 analyzed 4 samples from 10th century and two carried North Eurasian Y-DNA haplogroup N1a1-M46.

>A wide variety of phenotypes were observed, with several individuals having blond hair and blue eyes, and some had East Asian admixture. The study also analyzed three Hunnic samples from the Carpathian Basin in the 5th century, and these displayed genetic similarities to the conquerors. The Hungarian conquerors appeared to be a recently assembled heterogenous group incorporating both European, Asian and Eurasian elements. In the same year the journal published an analysis of N3a4-Z1936 which is still found in very rare frequencies in modern Hungarians, and showed that Hungarian "sub-clade [N-B539/Y13850] splits from its sister-branch N3a4-B535, frequent today among Northeast European Uralic speakers, 4000-5000 ya, which is in the time-frame of the proposed divergence of Ugric languages", while on N-B539/Y13850+ sub-clade level confirmed shared paternal lineages with modern Ugric (Mansis and Khantys via N-B540/L1034) and Turkic speakers (Bashkirs and Volga Tatars via N-B540/L1034 and N-B545/Y24365).

>Archaeological and Anthropological Sciences in January 2020 examined the remains of 19 male Hungarian conquerors. These conquerors were found to be carriers of a diverse set of haplogroups, and displayed genetic links to Turkic peoples, Finnic peoples and Slavs. More than 37% of them carried types of haplogroup N3a-L708 (mainly N3a4-Z1936, N3a4-Z1936 > Y13850, N3a4-Z1936 > Y13850 > L1034; less N3a2-M2118, present in Yakuts). This evidence suggested that the conquerors were of Ob-Ugric descent and spoke a Ugric language. A 2020 archaeogenetic and archaeological study published in Scientific Reports of 36 samples from Cis-Ural region and 9 Hungarian conquerors confirmed connection of paternal Hg N-Z1936 (> N-B545/Y24365) and maternal Hg N1a1 via common ancient population in addition to archaeological, historical and lingustic sources, implying Hungarian homeland was "probably in the southern Trans-Ural region, where the Kushnarenkovo culture was disseminated [where] Lomovatovo and Nevolino cultures are archaeologically related to ancient Hungarians".

>An archaeogenetic study published in scientific journal Current Biology in May 2022 examined "48 from 10th century Conquering Hungarian elite cemeteries, 65 from commoner cemeteries of the Hungarian conquer-early Árpádian Period (10-11th centuries)". According to autosomal analysis, the Hungarian elite core can be modeled as ~50% Mansi-like, ~35% Sarmatian-like, and ~15% Hun/Xiongnu-like, and the Mansi-Sarmatian admixture event is suggested to have taken place in the Southern Ural region at 643–431 BCE, while Mansi-Hun around 217-315 CE. However, most individuals can be modeled as two-way admixtures of "Conq_Asia_Core" and "Eur_Core". The elite males carried, among others, East Eurasian Y-DNA haplogroups N1a, D1a, C2a

>В 23 захоронениях аварской элиты VII—VIII веков выявлены mt-гаплогруппы C, D, F, M, R, Y, Z. К ранее выявленным Y-гаплогруппам N1a1-M46, R1b-U106, I2a-M170, у авар из Венгрии добавились Y-гаплогруппы N1a1a, C2-P44/M217, G2a, I1.

>14 мужчин из Дунайско-Тисского междуречья могут быть отнесены к Y-гаплогруппе N1a1-M46.

>У раннего аварского лидера определили Y-гаплогруппу N1a1a1a1a3a-F4205. У двух представителей ранней аварской элиты определили Y-гаплогруппу N1a1a1a1a3a2-Y16220 и mt-гаплогруппы G2b2 и C4b6. Элитные авары, мигрировавшие в регион Дуная во второй половине VI века, примерно на 90 % происходили от северо-восточных азиатов. Наибольшее сходство они продемонстрировали с индивидом из Жужаньского каганата, а также с сяньби и хунну. Все двадцать мужчин аварского периода из Дунайско-Тисского междуречья (DTI) несли Y-хромосомную линию N1a1a1a1a-F4218 и все, кроме одного, могли быть отнесены к субкладу N1a1a1a1a3a-F4205, типичному для современных монгольских и забайкальских популяций.

>Csáky et al. (2020) tested the remains of five elite male Avars from the Carpathian basin dating from the 7th century, and three individuals belonged to the N1c1-F4205 (the other two were Q1a).

>A genetic study published in Scientific Reports in January 2020 examined the remains of 26 individuals buried at various elite Avar cemeteries in the Pannonian Basin dated to the 7th century AD. The Y-DNA was exclusively of East Asian origin and "strikingly homogenous", belonging to haplogroups N-M231 and Q-M242. The evidence suggested that the Avar elite were largely patrilineal and endogamous for a period of around one century, and entered the Pannonian Basin through migrations from East Asia.

>A genetic study published in scientific journal Cell in April 2022 analyzed 48 Pannonian Avar samples from early & middle & late period, and found them to be of nearly exclusively Northeast Asian origin (with predominant paternal lineage N1a1a1a1a3a-F4205, with some Q1a, Q1b, R1a, R1b and E1b subclades), with strong affinity to modern peoples inhabiting the region from the Altai Mountains to the Amur, including a historical Rouran Khaganate sample and those from Xiongnu-Xianbei periods in eastern Asian steppe.

>A genetic study published in scientific journal Current Biology in May 2022 examined 143 Avar samples from various periods, including elite and commoners. It confirmed their Northeast Asian paternal and maternal origin, with N1a-F4205 being their predominant and characteristic paternal lineage, alongside incorporated Q1a2a1 and R1a-Z94 Hunnic-Iranian remnants. Autosomally, the Avars "preserved very ancient Mongolian pre-Bronze Age genomes, with ca 90% Ancient North-East Asian ancestry", shared deep ancestry with European Huns, but although since Early Avar period started mixing with local and immigrant Hunnic-Iranian related populations, "people with different genetic ancestries were seemingly distinguished, as samples with Hun-related genomes were buried in separate cemeteries".

>A genetic study published in Scientific Reports in September 2016 examined the mtDNA of 31 people buried in the Carpathian Basin during the Avar period between the 7th and 9th centuries AD. They were found to be mostly carrying European haplogroups such as H, K, T and U, while ca. 15% carried Asian haplogroups such as C, M6, D41c and F1a. Their mtDNA were found to be primarily characteristic of Eastern and Southern Europe.

>A genetic study published in the American Journal of Physical Anthropology in 2018 examined 62 individuals buried in the 8th and 9th centuries AD at an Avar-Slavic burial in Cífer‐Pác, Slovakia. Of the 46 samples of mtDNA extracted, 93.48% belonged to west Eurasian lineages, while 6.52% belonged to east Eurasian lineages. The amount of east Eurasian lineages was higher than among modern European populations, but lower than what has been found in other genetic studies on the Avars. The mtDNA of the examined individuals was found to be quite similar to medieval and modern Slavs, and it was suggested that the mixed population examined had emerged through intermarriage between Avar males and Slavic females.

>Рим - заслуга исключительно степняков, до прихода кубков там голое поле было.

>Там половина от индо-иранского митраизма, половина от левитского иудаизма, а скомпилированно это всё римлянами и греками. Семитов там нет нигде

>Они налоги собирали потому что. Левиты - это воины, по иудецским писаниям им предписано карать еретиков и язычников.