The DNA data which Silva et al provide us in their article, are mostly wrong and confabulated. The whole conclusion rests over the foundation of huge lies. Alternatively they could be result of poor home-work . These have vitiated the conclusion of the article.


Let us first see some example of the misrepresentation of data in the article regarding the Mitochondrial DNAs:

  • Silva et al say: “….analysis of several “non-autochthonous” N lineages present in South Asia (H2b, H7b, H13, H15a, H29, HV, I1, J1b, J1d, K1a, K2a, N1a, R0a, R1a, R2, T1a, T2, U1, U7, V2a, W and X2—all subclades of West Eurasian haplogroups),…” (page 3 of pdf)

In this passage the Silva list these above-mentioned mtDNA lineages found in India and claim that they are West Eurasian (i.e. European) in origin, and have arrived into India with Aryan Invasion/migration.

He does not site any evidence to support his view other than the weight of his academic position. This reflects his poor study of published literature. Let us see a few of the above mentioned lineages.

In the list above, he mentions R1a (mtDNA; it is not the same as R1a Y-DNA). This R1a mtDNA is found more in the tribes than in the upper-caste or north Indian population. Metspalu (2004) wrote, “Haplogroup R1a, previously associated with the putative Indo-Aryan invasion, was found at its highest frequency in Punjab but also at a relatively high frequency (26%) in the Chenchu tribe. This finding, together with the higher R1a-associated short tandem repeat diversity in India and Iran compared with Europe
and central Asia, suggests that southern and western Asia might be the source of this haplogroup. ” (Metspalu Abstract). See Metspalu’s map below. In the quoted sentence Western Asia stands for East Iran (see below).. So from where did Silva get the information that the mtDNA R1a is European?

Metspalu 2004

M, N and R all mdDNA originating in India

It must also be understood here that Iran which is a sibling of India linguistically (Indo-Iranian branch of IE Family), has been considered as a part of West Asia by the Eurocentric authors, and this practice is wrong. The map below shows how they define West Asia or Middle East in a way to include Iran in it (See map below). And then they say, West Asia is near Europe, hence West Asian DNAs are European DNAs. Thus Iranian DNAs become European DNA by manipulation of geographical description.

Iran in West Asia.jpg

However because of linguistic and prehistoric unity of East Iran with Indus Valley, Iran must not be considered West Asia but as western part of Indo-Iran Civilization. East Iran was certainly within the Greater Indus Valley Civilization, and people from East Iran came and settled in India since the Indus Valley Period up to the Mughal period. Most of the mtDNA lineages listed by Silva are in fact East Iranian, and they are found up to Punjab amounting up to 20% of the population, but not further East in India. In fact the East Iran was a an extension of the Vedic Civilization, and it has been demonstrated again and again by comparison of the Avesta and the Vedas and their practices. The mtDNAs HV, T2, etc fall in this category. And considering these DNAs as Europeans is totally arbitrary and wrong.

Migration was bi-directional between East Iran and India. The climate led earlier migration was from India to Iran, attested by the presence of 10% Indian lineages (mtDNA) in Iran overall, 5% of the mtDNA in Iran today are constituted by the Indian M lineage itself. (See Metspalu 2004). But later when Indus Valley Civilization became the world centre of culture, people from every part of Asia and Eastern part of Africa came and settled there as traders, businessmen and artisans, just as people flocked to London from every part of the world in the last century. This fact was proved by Valentine and Kenoyer et al in their study of the skeletons of the Indus Valley..

In fact the N1a, T2 and HV (mtDNAs) listed by Silva as European, also originated in Iran, and they reached India when the Indus Valley became a trade center of world, and the traders from every part of the world came and settled in the Indus valley in small numbers during the Bronze Age. (see Valentine, Kenoyer et al 2015). East Iranian arrivals due to economic factors is understandable, and they were the largest numbers among the foreign settlers in India. Link:

However, there are pure Indian mtDNA lineages also which have been depicted by Silva as European, one of which (mtDNA R1a) we just described.

None of the above named DNAs, which Silva has listed as European (Western European) mtDNAs, originated in Europe (West Eurasia). These are the mtDNA lineages which reached Europe from Asia after 5500 BC. In fact only a few original paleolithic DNAs of Europe have survived till today. In the great freeze of 8200 BP known as 8.2 kilo year event, nearly all of the European people died. So did the people of the steppe and Central Asia.

Thus to quote Brandt, “Ancient DNA studies have revealed genetic discontinuities between indigenous hunter-gatherers and early farmers and between later and present day Europeans. (Brandt 2013: page 257).

Links to Brandt’s ancient DNA study of 2013

Full Article


Brandt’s study establishes (by means of ancient DNAs recovered from the fossils) that the newer people continued to arrive into Europe, through the Turkish corridor and the north Black Sea highway, from the Caucasus, Iran and Central Asian during the various stages of the Neolithic.

Brandt’s study of the aDNAs reveals European transition from foraging to farming introduced by the LBK (Linear Pottery Culture), which reached Central Europe circa 5500 calibrated BC (calBC). MtDNA data from Central European hunter-gatherers, i.e. the people who were the original inhabitants of Europe, comprises only of some U lineages (viz. U, U4, U5, and U8) and not even U2 and many other lineages found today in Europe. On the other hand the later Europeans (after 5500 BC) had entirely new DNAs arriving from Asia.

The oldest farming culture of Europe is the LBK. The LBK (i.e. Central Europe after 5500 BC) is characterized by a distinct mtDNA haplogroup (lineages) profile including N1a, T2, K, J, HV, V,W, and X. Although Silva-team have addressed these in the impugned article as European DNAs, these are Iranian in origin and went to Europe only after 5500 BC. Brandt named these haplogroups a mitochondrial “Neolithic package”, and these comprise around 79.4% of the diversity in the LBK, whereas hunter-gatherer lineages are rare comprising only 2.9% (Brandt 2013: page 260). So, the original Europe became minority and got reduced to 2.9% of the population during the LBK period.

Silva et al also claim in the same impugned line, about mtDNA U7, that U7 too is European and migrated from Europe to India. However another article published by a closely allied group of authors Sahakyan, Villems et al (2017) published only recently finds that this mtDNA U7 was present in India about 11,500 years back, and reached Europe about 8000 years back. This also must have originated in Indo-Iran region. We know that Indo-Iranian was one culture before split. And it is useful to describe its territory as Indo-Iran.

Link to Sahakyan 2017 :

also,   (This is another example of these scholars doing poor homework in the haste of being published).




The Claim that Bronze Age migrations were male exclusive is lie

Not only Iranian female lineages migrated into Europe, but also several Indian female lineages (mtDNA) did migrate to Europe in significant numbers, and out of them mtDNA M itself is found in the Eastern Europe, Hungary, Poland etc up to the extent of 3 to 5 percent of population today. This is not a small number. This is almost the same frequency in which the Indian mtDNA “M” lineages are found in Iran today.

So when the Iranian people migrated to Europe with their families, there were Indians (NRIs, Non Resident Indians) too in their group who had earlier arrived into Iran with the farming and other culture. These Indian lineages are scattered all over East Europe and Central Europe and also in Iran, Tajikistan, Uzbekistan, Kazakhstan, Arabia and Caucasus. Discussing them all here is beyond the scope of this blog.

The Indian female migrant lineages which are found in Europe today include M5a, M5a1, M35 etc. Malyarchuk (2008). Malyarchuk found that one of the Slovak female lineage (mtDNA) actually had even belonged from Andhra Pradesh in South India. They named it M35b. (Malyarchuk, page 230, column 1, last but 3rd line).


Unfortunately, the Eurocentric academicians label all the Indian DNAs found amongst the Europeans as to be brought there by the Roma Gypsy migration and date them to about 1000 years back. However my study of the Roma DNA found that they migrated to Europe at the late Indus Valley period, when the drought started creating migration pressure on the people of the Indus Valley.  Hence Roma also reflect a Late Bronze Age Indian population, while the other Europeans who are from Indian lineages probably migrated between middle Neolithic period to as late as the Scythian Period.

In fact ancient mtDNA recovered from Central Asia’s Tarim Basin (Xiaohe location) dating to the Bronze Age have many Iranian and Indian lineages. “Nowadays, the M5 variant observed in this study is found mainly in south and southwest Asia. The presence
of hgs U7 and M5 in the Xiaohe people suggests that populations of west/south Asia contributed to the gene pool of the Tarim Basin during the Bronze Age.” [Chunxiang Li 2015: page 5 of 11] Tarim Basin spans from Altai to Mongolia. Link:

In fact today Indian mtDNA M constitutes 72% of Altaian Kazakh population, indicating that this is the place where Indians came in the maximum numbers. (Tarlykov 2013: page 20, Table 1). This matches (overlaps) well with the migration of Indian branch of male lineage R1a known as R1a-Z93. (see Z93’s Eupedia Map).

Lalueza-Fox (2004) was the pioneer of the ancient human DNA studies. Se also found significant Indian DNA presence in Kazakhstan, and she thought that these came from Indo-Iran.

“The general west–east Eurasian composition of the prehistoric samples in the period after the arrival of east Eurasian sequences (after the seventh century BC) is, despite the small sample size (n = 14), quite similar to the values found in the modern Kazakh population: east Eurasian (42.9%), west Eurasian (50%) and Indian (7.1%). Interestingly, the only sequence of Indian origin that was observed, belonging to the M4 haplogroup (Bamshad et al. 2001), originates from a site in the south of Kazakhstan. This fact could correspond to an independent, Indo-Iranian genetic infusion into the steppes.


More direct evidence of Indian migration to Iran, Middle East, Caucasus is provided by the ancient DNAs.

The Indian M52 (mtDNA) has been found from the remains of the Maikop culture which was an Indo-European culture dating back to 3700 BC to 3000 BC. (Solovak et al). Link:

Hence we can say that the Indian families had migrated to north Caucasus region about 5700 years back and these families had gone there with cows and buffaloes and Indo-European language. Clearly they had crossed Armenia before reaching north Caucasus. Armenia is another Indo-European speaking country which shows lot of Indian mtDNA and Y-DNA both.

Hence the conclusion from mtDNA is that the Indo-European migration from India to Europe took place not male specifically but it was both male and female, and often entire families had migrated to Iran, Tajikistan, Uzbekistan, Mongolia, Armenia and Caucasus, and to a lesser extent as a secondary migration to Eastern Europe up to Romania, Slovakia, Russia, Hungary and Poland.


Y-DNA (male lineages) too migrated from India to Europe

The Silva et al write about R1a branches as their prime evidence. They write (on page 14 of their published pdf document):

“R1a-M17 (R1a-M198 or R1a1a) accounts for 17.5% of male lineages in Indian data overall, and it displays significantly higher frequencies in Indo-European than in Dravidian speakers”. Perhaps Silva has not studied all the papers honestly. This matter has been sorted out much earlier. It has been found that it is not only Indian but in certain Austro-Asiatic tribes of India, its frequency has even been higher than the IE speakers (Sahoo 2006; Sengupta 2006; Sharma 2009; Underhill 2010), and I will not discuss any further this naïve statement by Silva.

Now examine another statement,

“Moreover, not only has R1a been found in all Sintashta and Sintashta derived Andronovo and Srubnaya remains analysed to date at the genome-wide level (nine in total) [76, 77], and been previously identified in a majority of Andronovo (2/3) and post-Andronovo Iron Age (Tagar and Tachtyk: 6/6) male samples from southern central Siberia tested using microsatellite analysis, it has also been identified in other remains across Europe and Central Asia ranging from the Mesolithic up until the Iron Age (Fig. 5).”

Now this statement is a clear example of academic deception. The authors do not reveal here that the ancient samples from Sintashta etc belonged to which branch—Indian branch or European branch. The fact is that they all belonged to the Indian branch Z93. Mathieson has clarified this matter unequivocally:

“Further evidence that migrations originating as far west as central Europe may not have had an important impact on the Late Bronze Age steppe comes from the fact that the Srubnaya possess exclusively (n=6) R1a Y-chromosomes (Supplementary Data Table 1), and four of them (and one Poltavka male) belonged to haplogroup R1a-Z93 which is common in central/south Asians, very rare in present-day Europeans, and absent in all ancient central Europeans studied to date.”  (Mathieson 2015: page 2 of pdf full article in Nature). Link:

Clearly, Silva did not read this article before sitting down to write a paper.

The European branch never came to India but the Indian branch did go to Europe. Underhill wrote, ““Importantly, the virtual absence of M458 chromosomes outside Europe speaks against substantial patrilineal gene flow from East Europe to Asia, including to India, at least since the mid-Holocene.” (Underhill 2010:Abstract)” Had people come from Europe to India or even from Ukraine to India, this European branch R1a-M458 must have arrived to India.


On the other hand the Indian branch R1a-Z93 is present in Europe up to Hungary and Poland. Even in Sintashta, which is considered the Cradle of Europe’s Indo-European culture and language, the ancient DNAs recovered are of the Indian R1a-Z93 and not the European variety, which was reproduced only after the main trunk reached well inside Europe.


Extremely poor knowledge of Silva of the wider picture like human associated migrations of animals, diseases etc

There have been other studies which indirecly prove migration from India to Europe.

Otzi Man and H. pylori infection :

Otzi Man or the European Iceman was recovered from the Alps frozen. His mtDNA and Y-DNA reflected Iranian ancestry, yet the Helicobactor pylori bacteria recovered from his stomach was of the Indian breed. This finding established that fact that the H. pylori infection reached Europe from India (read details in the link).


Mice Migration:

The domestic mouse is a domestic pest of farming culture. It has been shown by a large number of studies that the domestic mice, shrew and rat have originated in India, were domesticated in India, and they migrated with the humans with the Neolithic migration. It is an indirect or circumstantial evidence of Indian origin of farming culture and the Indo-European speakers.



Cow Migration:

It had been found that all the zebu cows of the world are of Indian origin (Chen). Link:

It has been shown that the Ukrainian cows, as well as East European Piedmont etc and Mongolian and Even South Chinese cows migrated from India in a domesticated form long back. Even the Central Asian cattle recovered from Neolithic and Bronze Ages belong to Indian variety (Zebu). (Chen; Kantanen).


The authors also show a gross ignorance of published literature pertaining to the migration issues. Man did not migrate alone. It migrated with its diseases, its pets and pests.


They Do Not Know about Recombinant Technology:

The most sophisticated method of study for the purpose of finding out the Out of Africa route was adopted by the Genographic Project which was funded by IBM, the computer giant. The method was so refined that it could map each step of a thousand mile journey. This method was the most accurate also. It produced the following map of the routes of human migration. It was based on the study of recombination. Every time a sperm is formed or an ovum is formed there is meiosis in which parts of chromosomes crossover. This crossing over takes place in each generation at a different point of the chromosome causing a permanent print of the past all ancestors on the chromosome.

This study found that the humans first came to India (from Africa) and then migrated to all over the world as depicted in this map.

Geno Project Human Migration Map_print

Link Genographic Project web site. 


Silva does not know that only southern route to India is the valid route.

It has been settled so many times by several repeated studies that the modern man came out of Africa from the horn of Africa (Djibouti) crossing Bab-el-Mandeb Strait then through coastal Arabia to Sind-Gujarat region of India (Quintana-Murci 1999; Oppenheimer 2003; Maccaulay 2005; Mellars 2006; Thangaraj 2005; Field 2007; Armitage 2011; Mele 2012). And it has also been conclusively decided that the human migration out of Africa took place only once and not the second time again.