Indo Aryan and Slavic Linguistic and Genetic Affinities Predate the Origin Of Cereal Farming

Joseph Skulj, Jagdish C. Sharda, Snejina Sonina,  Ratnakar Narale
Paper read at: The Sixth International Topical Conference: Origin of Europeans
Ljubljana, Slovenia June 6th and 7th 2008.

Abstract:

Linguistic comparisons between Indo-Aryan languages, Vedic Sanskrit in particular, and Slavic languages show evidence of remarkable similarities in words of elemental nature and those describing the process of domestication of animals specially the terminology regarding the sheep and the cattle. Similarly, Haplogroup (Hg) R1a1 (HG3 in Rosser’s nomenclature), the male lineage Y-Chromosome genetic marker found at high frequencies both in the Slavic and the Indo-Aryan male populations points to a common genetic origin of a large percentage of speakers of Slavic and Indic languages. Judging from the linguistic evidence, the separation of these Indo-European branches appears to predate the advent of cereal domestication. Applying Alinei’s ‘Lexical Self-Dating’ (LSD) methodology to date the linguistic and the genetic evidence, we estimate that the split between Indo-Aryans and the ancestors of Slavs occurred, afer the domestication of the sheep and cattle, about 10,000 years ago, but before cereal farming became a common industry amongst the ancestors of Slavs in Europe and Indo-Aryans on the Indian sub-continent. Moreover, the genetic evidence does not indicate that there were any major migrations of people from Europe, including the ancestors of the present day Slavs, to the Indian sub-continent during the last 8,000 years. The migration appears to have come from the Indian sub-continent to Europe. However, there is a record of many military incursions over the millennia into the sub-continent.

Furthermore, based on the linguistic, genetic, zoo-archaeological and population growth evidence, the coalescence of R1a1 in an ancestor common to many Indo-Aryans and Slavs, probably occurred during the hunting-gathering era and there is evidence that the close contact between the ancestors of Indo-Aryans and Slavs continued during the sheep and cattle domestication, up to and including the nomadic pastoral age. Based on this evidence, the major population expansion from the Indian sub-continent into Europe appears to have come, before the age of cereal farming.

Also the patrilineal Y-Chromosome genetic marker Hg R1a1, that accompanied this expansion, appears to be more than 100,000 years old, based on its relative high frequency, diversity and wide distribution extending from the Balkans to the Bay of Bengal. This estimated age, based on the reproductive rates of historical individuals, is considerably older than the molecular ages calculated on the basis of mutation rates as reported in literature.


Conclusion:

• In many instances, the Slovenian language appears to be grammatically closer to Sanskrit than other Slavic languages and even Indic languages such as Hindi, Bengali and Gujarati.
• Genetic and linguistic afnities between the Indo-Aryan and Slavic speaking populations indicate that a large percentage of their ancestors had a common sojourn during the pre-pastoral and also during the pastoral age.Linguistic evidence suggests that the separation of the Indo-Aryans and the ancestors of present day Slavs occurred prior to the innovation of the cereal farming in agriculture.
• Hg R1a1-M17 lineage appears to have come to Europe, via the ancestors of the present day Slavs, from the Indian sub-continent, before the spread of farming ~9000 years ago.
• Genetic evidence does not support a large scale invasion of India from Europe during the prehistoric times, since no evidence of Hg R1*-M173, Hg I-M170 or of Hg N3-TAT has been found in India, although these Haplogroups are very frequent in Europe (Rosser et al. 2000, Sengupta et al. 2006).
• The coalescence of Hg R1a1, the most frequent genetic marker in Indo-Aryan and Slavic populations, very likely occurred more than 100,000 years ago. Only if the most recent common ancestor of such a large percentage of Indo-Aryans and the Slavs lived more than 100,000 years ago, could the male population with this genetic marker grow to such high absolute numbers of 325 million men representing more than ~10 % of the world’s total male population.

Link to full article

Traces of sub-Saharan and Middle Eastern lineages in Indian Muslim populations

Abstract:
Islam is the second most practiced religion in India, next to Hinduism. It is still unclear whether the spread of Islam in India has been only a cultural transformation or is associated with detectable levels of gene flow. To estimate the contribution of West Asian and Arabian admixture to Indian Muslims, we assessed genetic variation in mtDNA, Y-chromosomal and LCT/MCM6 markers in 472, 431 and 476 samples, respectively, representing six Muslim communities from different geographical regions of India. We found that most of the Indian Muslim populations received their major genetic input from geographically close non-Muslim populations. However, low levels of likely sub-Saharan African, Arabian and West Asian admixture were also observed among Indian Muslims in the form of L0a2a2 mtDNA and E1b1b1a and J^*(xJ2) Y-chromosomal lineages. The distinction between Iranian and Arabian sources was difficult to make with mtDNA and the Y chromosome, as the estimates were highly correlated because of similar gene pool compositions in the sources. In contrast, the LCT/MCM6 locus, which shows a clear distinction between the two sources, enabled us to rule out significant gene flow from Arabia. Overall, our results support a model according to which the spread of Islam in India was predominantly cultural conversion associated with minor but still detectable levels of gene flow from outside, primarily from Iran and Central Asia, rather than directly from the Arabian Peninsula.

 New Paper from the European Journal of Human Genetics(link)

Sanskrit and Lithuanian

One of the most important stimuli for the emergence of historical-comparative linguistics was the acquaintance of Europeans with Sanskrit, the old language of India. Europeans believed that a Sanskrit scholar could understand and be understood by a Lithuanian farmer.

In 1786, William Jones (1746-1794), an English Justice of the Supreme Court of Judicature in Calcutta, read a paper before the Asiatic Society, founded by himself, in which he proclaimed that Sanskrit, this "wonderfully structured old language of India" is derived from the same source as Greek, Latin, and perhaps even Gothic and Celtic. This was a very bold idea, which produced a veritable revolution in linguistics.

European scholars turned their attention to Sanskrit, and started with old European languages. They created precise methodology which enabled them to understand phonetic changes and distinguish original words from loans. They taught themselves through the comparison of related words in different languages to reconstruct the extinct forms, which were very often similar or even identical with Sanskrit forms.

Linguists believed that comparative linguistics without Sanskrit is like astronomy without mathematics.

It is not difficult therefore to imagine the surprise of the scholarly world when they learned that even in their time somewhere on the Nemunas River lived a people who spoke a language as archaic in many of its forms as Sanskrit itself. Although it was not exactly true that a professor of Sanskrit could talk to Lithuanian farmers in their language, coincidences between these two languages were truly amazing, for example:

Sanskrit sunus son - Lith. sunus;
Sanskrit viras man - Lith. vyras;
Sanskrit avis sheep - Lith. avis;
Sanskrit dhumas smoke - Lith. dumas;
Sanskrit padas sole - Lith. padas.

We can be safe in asserting that these Lithuanian words have not changed their forms for the last five thousand years.

The most prominent European linguists visited Lithuania in order to learn this archaic language from the lips of Lithuanians themselves, which helped them investigate the history of other Indo-European languages.

Today, there is no doubt that Lithuanian has retained many ancient Indo-European forms. It is hard to say whether it was due to the character of the Lithuanians or of geographic position that their language has changed so little in the course of several thousand years. Scholars often make references to the Lithuanian language when conducting research on the history of other languages.


From "Lithuania in the World", 1996 No1.

Lithuanian words similar or exact to Sanskrit

• Lithuanian du/dvi, Sanskrit dvi/dve, Greek duo/dwo/tyu, Latin duo ("two")
• Lithuanian trys, Sanskrit tri/traya, Greek trios/tria/treis, Latin tres ("three")
• Lithuanian penki(os), Sanskrit páñcan, Greek pente/pende(cis) ("five")
• Lithuanian šeši(os), Sanskrit sas, Greek heks/hecs/hex, Latin secs/sex ("six")
• Lithuanian septyni(os), Sanskrit saptahn/sapta, Greek hepta(cis)/septa, Latin septem ("seven")
• Lithuanian aštuoni(os), Sanskrit ashtan/ashta, Greek akto/okto/oktu(cis), Latin octo ("eight")
• Lithuanian dešimt(is), Sanskrit dasham, Greek deka/deca(cis), Latin deci/decem ("ten")
• Lithuanian žiema, Sanskrit hima ("winter")
• Lithuanian derva/darva, Sanskrit druma/taru ("tree")
• Lithuanian vilkas, Sanskrit vrika ("wolf")

• Lith. and Skt. sūnus (son)
• Lith. and Skt. avis and Lat. ovis (sheep)
• Lith. dūmas and Skt. dhumas and Lat. fumus (smoke)
• Lith. antras and Skt. antaras (second, the other)
• Lith. vilkas and Skt. vrkas and Lat. lupus (wolf)
• Lith. ratas and Lat. rota (wheel) and Skt. rathah (carriage).
• Lith. senis and Lat. senex (an old man) and Skt. sanah (old).
• Lith. vyras and Lat. vir (a man) and Skt. vira (man, hero).
• Lith. angis and Lat. anguis (a snake in Latin, a species of snakes in Lithuanian)
• Lith. linas and Lat. linum (flax, compare with English 'linen')
• Lith. ariu and Lat. aro (I plow)
• Lith. jungiu and Lat. iungeo (I join)
• Lith. gentys and Lat. gentes (tribes) and Skt. jánas (genus, race).
• Lith. mėnesis and Lat. mensis and Skt masa (month)
• Lith. dantys and Lat. dentes and Skt dantas (teeth)
• Lith. naktys and Lat. noctes and Skt. nakt (night)
• Lith. sėdime and Lat. sedemus (we sit) and Skt. siedati (sits).

Peculiar Renderings of 'Chief Living Races of Mankind' from a 1907 British Encyclopedia

 

 

Haplogroup Charts - Castes and tribes

Data from Senguptas 2006 paper.

Proposed R2 Migration Map

 

Haplogroup R2 Website

I've started putting together a website on Haplogroup R2 and related subjects. It's still work in progress but it's online from now. The layout and content may change every now and then till I come up with something that ... works! The website address is: http://sites.google.com/site/r2dnainfo/