Originally shared by H George Tavakoli"Geneticist Reveals The Invention of the "Jewish" People"
They are not the chosen one that simple
"Eastern and Central European Jews comprise the largest group of contemporary Jews, accounting for approximately
90% of over 13 million worldwide Jews. Eastern European Jews made up over 90% of European Jews before World War II."
"Johns Hopkins geneticist Eran Elhaik, Ph.D. very largely destroyed prevailing genetic theory concerning the origin of eastern European “Ashkenazi” Jews -- roughly three quarters of Jews in the world today. In his groundbreaking article “The Missing Link of Jewish European Ancestry: Contrasting the Rhineland and the Khazarian Hypotheses,” published in the prestigious scientific journal Genome Biology and Evolution, Elhaik reported the results of his first major study of Ashkenazim genetics. He said the genetic evidence indicates the roots of most “Jews” today are to be found in the east, in the ancient kingdom of Khazaria, converted to Judaism in the 8th century AD. So compelling is Elhaik’s research that the scientific community remains stunned."
"This is explosive in its potential. Indeed, he is able to determine through genetic tests that DNA within ancient Khazar bones generally corresponds to DNA within modern eastern European Jews, settling with finality that most "Jews" today are descended from an 8th century A.D. Eurasian nation of traders and warriors, not Abraham.
The prevailing “Rhineland Hypothesis” of Ashkenazim origins, led by geneticist Dr. Harry Ostrer of New York’s Yeshivah University, asserts that the large Ashkenazim populations of Poland and Russia got there primarily from Germany in the west beginning in about the 16th century A.D. Ostrer claims that genetic evidence indicates a Middle Eastern origin for Ashkenazi Jews. Elhaik has requested the genetic data upon which Ostrer makes this claim but says Ostrer will not share it with him. Such non-cooperation lends even more credibility to Elhaik’s thesis, which agrees with Arthur Koestler’s book, The Thirteenth Tribe, that a million Khazarians, fleeing the invading Mongols, migrated west from their home in the Caucasus to Poland beginning in the 13th century A.D. There, these Gentile converts to Judaism created what most people think of as “Jews” today."
"It confirms the Old Testament prediction that because of the continuing sin of the Hebrews God would curse them to be a very small nation (Deut. 28:62) that would come under the rulership of “aliens” (Deut. 28:33). This has been fulfilled by the Khazar infusion, which has very largely taken over Judaism, shrinking authentic Jews to a minority. In Israel these have been historically discriminated against by the "alien" Khazar ruling majority."
"Zionism and the state of Israel came into being because of energies of Khazar/Ashkenazim Jews of Germany, Poland and Russia. Convincing the world in 1948 that they were descendants of Abraham, they intended to drive out not just 800,000 Palestinians but all of them. The intervention of the Arab legions and the 1948 war prevented it.
However, to this hour the prevailing Khazar ruling majority and their Ultra-Orthodox settlers in the West Bank cling to the conviction that all of the Promised Land from Egypt to the Euphrates belongs to them. This mentality is not only a perennial cause of arbitrary land seizure and restriction of Palestinian rights but effectively stifles the peace process. The government of Israel simply cannot give up its dream of entire control of Palestine, which they believe is theirs by divine right."
"Conclusions
We compared two genetic models for European Jewish ancestry depicting a mixed Khazarian–European–Middle Eastern and sole Middle Eastern origins. Contemporary populations were used as surrogates to the ancient Khazars and Judeans, and their relatedness to European Jews was compared over a comprehensive set of genetic analyses. Our findings support the Khazarian hypothesis depicting a large Near Eastern–Caucasus ancestry along with Southern European, Middle Eastern, and Eastern European ancestries, in agreement with recent studies and oral and written traditions. We conclude that the genome of European Jews is a tapestry of ancient populations including Judaized Khazars, Greco–Roman Jews, Mesopotamian Jews, and Judeans and that their population structure was formed in the Caucasus and the banks of the Volga."
Oxford Journal | Eran Elhaik
"Contemporary Eastern European Jews comprise the largest ethno-religious aggregate of modern Jewish communities, ac- counting for approximately 90% of over 13 million Jews worldwide (Ostrer 2001). Speculated to have emerged from a small Central European founder group and thought to have maintained high endogamy, Eastern European Jews are con- sidered a “population isolate” and invaluable subjects in dis- ease studies (Carmeli 2004), although their ancestry remains debatable between geneticists, historians, and linguists (Wexler 1993; Brook 2006; Sand 2009; Behar et al. 2010). Recently, several large-scale studies have attempted to chart the genetic diversity of Jewish populations by genotyping Eurasian Jewish and non-Jewish populations (Conrad et al. 2006; Kopelman et al. 2009; Behar et al. 2010). Interestingly, some of these studies linked Caucasus
populations with Eastern European Jews, at odds with the narrative of a Central European founder group. Because cor- recting for population structure and using suitable controls are critical in medical studies, it is vital to examine the hypotheses purporting to explain the ancestry of Eastern and Central European Jews. One of the major challenges for any hypothesis is to explain the massive presence of Jews in Eastern Europe, estimated at eight million people at the beginning of the 20th century. We investigate the genetic structure of European Jews, by applying a wide range of analyses— including three population test, principal component, biogeo- graphical origin, admixture, identity by descent (IBD), allele sharing distance, and uniparental analyses—and test their veracity in light of the two dominant hypotheses depicting either a sole Middle Eastern ancestry or a mixed Middle Eastern–Caucasus–European ancestry to explain the ancestry of Eastern European Jews.
The “Rhineland hypothesis” envisions modern European Jews to be the descendents of the Judeans—an assortment of Israelite–Canaanite tribes of Semitic origin. It proposes two mass migratory waves: the first occurred over the 200 years following the Muslim conquest of Palestine (638CE) and consisted of devoted Judeans who left Muslim Palestine for Europe (Dinur 1961). Whether these migrants joined the existing Judaized Greco–Roman communities is un- clear, as is the extent of their contribution to the Southern European gene pool. The second wave occurred at the begin- ning of the 15th century by a group of 50,000 German Jews who migrated eastward and ushered an apparent hyper- baby-boom era for half a millennium (Atzmon et al. 2010). The Rhineland hypothesis predicts a Middle Eastern ancestry to European Jews and high genetic similarity among European Jews (Ostrer 2001; Atzmon et al. 2010; Behar et al. 2010).
The competing “Khazarian hypothesis” considers Eastern
European Jews to be the descendants of Khazars (supplementary note S1, Supplementary Material online). The Khazars were a confederation of Slavic, Scythian, Hunnic–Bulgar, Iranian, Alans, and Turkish tribes who formed in the central– northern Caucasus one of most powerful empires during the late Iron Age and converted to Judaism in the 8th century CE
The Khazarian, Armenian, and Georgian populations forged from this amalgamation of tribes (Polak 1951) were followed by relative isolation, differentiation, and genetic drift in situ (Balanovsky et al. 2011). Biblical and archeological records allude to active trade relationships between Proto-Judeans and Armenians in the late centuries BCE (Polak 1951; Finkelstein and Silberman 2002), that likely resulted in a small scale admixture between these populations and a Judean presence in the Caucasus. After their conversion to Judaism, the population structure of the Judeo–Khazars was further reshaped by multiple migrations of Jews from the Byzantine Empire and Caliphate to the Khazarian Empire. Following the collapse of their empire and the Black Death (1347–1348) the Judeo–Khazars fled westward (Baron 1993), settling in the rising Polish Kingdom and Hungary (Polak 1951) and eventually spreading to Central and Western Europe. The Khazarian hypothesis posits that European Jews are comprised of Caucasus, European, and Middle Eastern ancestries. Moreover, European Jewish communities are expected to be different from one another both in ancestry and genetic heterogeneity.
The Khazarian hypothesis also offers two explanations for the genetic diversity in Caucasus groups first by the multiple migration waves to Khazaria during the 6th–10th centuries and second by the Judeo–Khazars who remained in the Caucasus.
Genetic studies attempting to infer the ancestry of European Jews yielded inconsistent results. Some studies pointed to the genetic similarity between European Jews and Caucasus populations like Adygei (Behar et al. 2003; Levy-Coffman 2005; Kopelman et al. 2009), whereas some pointed to the similarity to Middle Eastern populations such as Palestinians (Hammer et al. 2000; Nebel et al. 2000), and others pointed to the similarity to Southern European popu- lations like Italians (Atzmon et al. 2010; Zoossmann-Diskin 2010). Most of these studies were done in the pregenome- wide era using uniparental markers and including different reference populations, which makes it difficult to compare their results. More recent studies employing whole genome data reported high genetic similarity of European Jews to Druze, Italian, and Middle Eastern populations (Atzmon et al. 2010; Behar et al. 2010).
Although both the Rhineland and Khazarian hypotheses
depict a Judean ancestry and are not mutually exclusive, they are well distinguished, as Caucasus and Semitic popula- tions are considered ethnically and linguistically distinct (Patai and Patai 1975; Wexler 1993; Balanovsky et al. 2011). Jews, according to either hypothesis, are an assortment of tribes who accepted Judaism, migrated elsewhere, and maintained their religion up to this date and are, therefore, expected to exhibit certain differences from their neighboring populations. Because both hypotheses posit that Eastern European Jews arrived at Eastern Europe roughly at the same time (13th and 15th centuries), we assumed that they experienced similar low and fixed admixture rates with the neighboring populations, estimated at 0.5% per generation over the past 50 generations (Ostrer 2001). These relatively recent ad- mixtures have likely reshaped the population structure of all European Jews and increased the genetic distances from the Caucasus or Middle Eastern populations. Therefore, we do not expect to achieve perfect matching with the surrogate Khazarian and Judean populations but rather to estimate their relatedness.
Choice of Surrogate Populations
As the ancient Judeans and Khazars have been vanquished and their remains have yet to be sequenced, in accordance with previous studies (Levy-Coffman 2005; Kopelman et al.
2009; Atzmon et al. 2010; Behar et al. 2010), contemporary Middle Eastern and Caucasus populations were used as surrogates. Palestinians were considered proto-Judeans be- cause they are assumed to share a similar linguistic, ethnic, and geographic background with the Judeans and were shown to share common ancestry with European Jews (Bonne´ -Tamir and Adam 1992; Nebel et al. 2000; Atzmon et al. 2010; Behar et al. 2010). Similarly, Caucasus Georgians and Armenians were considered proto-Khazars because they are believed to have emerged from the same genetic cohort as the Khazars (Polak 1951; Dvornik 1962; Brook 2006).
Eastern and Central European Jews comprise the largest group of contemporary Jews, accounting for approximately
90% of over 13 million worldwide Jews. Eastern European Jews made up over 90% of European Jews before World War II. Despite their controversial ancestry, European Jews are an attractive group for genetic and medical studies due to their presumed genetic history (Ostrer 2001). Correcting for population structure and using suitable con- trols are critical in medical studies, thus it is vital to deter- mine whether European Jews are of Semitic, Caucasus, or other ancestry.
Though Judaism was born encased in theological–historical
myth, no Jewish historiography was produced from the time of Josephus Flavius (1st century CE) to the 19th century (Sand
2009). Early historians bridged the historical gap simply by linking modern Jews directly to the ancient Judeans, a paradigm that was later embedded in medical science and crystallized as a narrative. Many have challenged this narrative (Koestler 1976; Straten 2007), mainly by showing that a sole Judean ancestry cannot account for the vast population of Eastern European Jews in the beginning of the 20th century without the major contribution of Judaized Khazars and by demonstrating that it is in conflict with anthropological, his- torical, and genetic evidence (Patai and Patai 1975; Baron
1993; Sand 2009).
With uniparental and whole genome analyses providing ambiguous answers (Levy-Coffman 2005; Atzmon et al.
2010; Behar et al. 2010), the question of European Jewish ancestry remained debated mainly between the supporters of the Rhineland and Khazarian hypotheses. Although both theories oversimplify complex historical processes they are at- tractive due to their distinct predictions and testable
hypotheses. We showed that the hypotheses are also genet- ically distinct and that the miniscule Semitic ancestry in Caucasus populations cannot account for the similarity be- tween European Jews and Caucasus populations. The recent availability of genomic data from Caucasus populations allowed testing the Khazarian hypothesis for the first time and prompted us to contrast it with the Rhineland hypothesis. To evaluate the two hypotheses, we carried out a series of comparative analyses between European Jews and surrogate Khazarian and Judean populations posing the same question each time: are Eastern and Central European Jews genetically closer to Khazarian or Judean populations? Under the Rhineland hypothesis, European Jews are also expected to exhibit high endogamy, particularly across their Eurasian com- munities, and be more similar to Middle Eastern populations compared with their neighboring non-Jewish populations, whereas the Khazarian hypothesis predicts the opposite scen- ario. We emphasize that these hypotheses are not exclusive and that some European Jews may have other ancestries.
Our PC, biogeographical estimation, admixture, IBD, ASD, and uniparental analyses were consistent in depicting a Caucasus ancestry for European Jews. Our first analyses re- vealed tight genetic relationship of European Jews and Caucasus populations and pinpointed the biogeographical origin of European Jews to the south of Khazaria. Our later analyses yielded a complex ancestry with a slightly dominant Near Eastern–Caucasus ancestry, large Southern European and Middle Eastern ancestries, and a minor Eastern European contribution; the latter two differ- entiated Central and Eastern European Jews. Although the Middle Eastern ancestry faded in the ASD and uniparental analyses, the Southern European ancestry was upheld, probably attesting to its later time period.
We show that the Khazarian hypothesis offers a compre- hensive explanation for the results, including the reported Southern European (Atzmon et al. 2010; Zoossmann-Diskin
2010) and Middle Eastern ancestries (Nebel et al. 2000; Behar et al. 2010). By contrast, the Rhineland hypothesis could not explain the large Caucasus component in European Jews, which is rare in non-Caucasus populations, and the large IBD regions shared between European Jews and Caucasus populations attesting to their common and recent origins. Our findings thus reject the Rhineland hypothesis and uphold the thesis that Eastern European Jews are Judeo– Khazars in origin. Consequently, we can conclude that the conceptualization of European Jews as a “population isolate,” which is derived from the Rhineland hypothesis, is incorrect and most likely reflects sampling bias in the lack of Caucasus non-Jewish populations in comparative analyses.
A major difficulty with the Rhineland hypothesis, in addition to the lack of historical and anthropological evidence to the multimigration waves from Palestine to Europe (Straten
2003; Sand 2009), is to explain the vast population expansion of Eastern European Jews from fifty thousand (15th century) to eight million (20th century). The annual growth rate that accounts for this population expansion was estimated at 1.7–2%, one order of magnitude larger than that of Eastern European non-Jews in the 15th–17th centuries, prior to the industrial revolution (Straten 2007). This growth could not possibly be the product of natural popula- tion expansion, particularly one subjected to severe economic restrictions, slavery, assimilation, the Black Death and other plagues, forced and voluntary conversions, persecutions, kid- nappings, rapes, exiles, wars, massacres, and pogroms (Koestler 1976; Straten 2003; Sand 2009). Because such an unnatural growth rate, over half a millennium and affecting only Jews residing in Eastern Europe, is implausible—it is ex- plained by a miracle (Atzmon et al. 2010; Ostrer 2012). Unfortunately, this divine intervention explanation poses a new kind of problem—it is not science. The question of how the Rhineland hypothesis, so deeply rooted in supernat- ural reasoning, became the dominant scientific narrative is debated among scholars (Sand 2009).
The most parsimonious explanation for our findings is that Eastern European Jews are of Judeo–Khazarian ancestry forged over many centuries in the Caucasus. Jewish presence in the Caucasus and later Khazaria was recorded as early as the late centuries BCE and reinforced due to the increase in trade along the Silk Road, the decline of Judah (1st–7th centuries), and the uprise of Christianity and Islam (Polak 1951). Greco–Roman and Mesopotamian Jews gravitating toward Khazaria were also common in the early centuries and their migrations were intensified following the Khazars’ conversion to Judaism (Polak 1951; Brook 2006; Sand 2009). The eastward male-driven migrations from Europe to Khazaria solidified the exotic Southern European ancestry in the Khazarian gene pool, and increased the genetic heterogeneity of the Judeo–Khazars. The religious conversion of the Khazars encompassed most of the empire’s citizens and subordinate tribes and lasted for the next 400 years (Polak 1951; Baron 1993) until the invasion of the Mongols (Polak 1951; Dinur 1961; Brook 2006). At the final collapse of their empire (13th century), many of the Judeo–Khazars fled to Eastern Europe and later migrated to Central Europe and admixed with the neighboring populations.
Historical and archeological findings shed light on the demographic events following the Khazars’ conversion. During the half millennium of their existence (740–1250 CE), the Judeo–Khazars sent offshoots into the Slavic lands, such as Romania and Hungary (Baron 1993), planting the seeds of a great Jewish community to later rise in the Khazarian diaspora. We hypothesize that the settlement of Judeo–Khazars in Eastern Europe was achieved by serial founding events, whereby populations expanded from the Caucasus into Eastern and Central Europe by successive splits, with daughter populations expanding to new territories following changes in socio-political conditions (Gilbert 1993). These events may have contributed to the higher homogeneity observed in Jewish communities outside Khazaria’s borders.
After the decline of their empire, the Judeo–Khazars refu- gees sought shelter in the emerging Polish kingdom and other Eastern European communities where their expertise in economics, finances, and politics was valued. Prior to their exodus, the Judeo–Khazar population was estimated to be half a million in size, the same as the number of Jews in the
Polish–Lithuanian kingdom four centuries later (Polak 1951; Koestler 1976). Some Judeo–Khazars were left behind, mainly in the Crimea and the Caucasus, where they formed Jewish enclaves surviving into modern times. One of the dynasties of Jewish princes ruled in the 15th century under the tutelage of the Genovese Republic and later of the Crimean Tartars. Another vestige of the Khazar nation is the “Mountain Jews” in the North Eastern Caucasus (Koestler 1976).
The remarkable close proximity of European Jews and populations residing on the opposite ends of ancient Khazaria, such as Armenians, Georgians, Azerbaijani Jews, and Druze, supports a common Near Eastern– Caucasus ancestry. These findings are not explained by the Rhineland hypothesis and are staggering due to the uneven demographic processes these populations have experienced in the past eight centuries. The slightly higher observed gen- etic similarity between European Jews and Armenians com- pared with Georgians is particularly bewildering because Armenians and Georgians are very simi- lar populations that share a similar genetic background (Schonberg et al. 2011) and long history of cultural relations (Payaslian 2007). We speculate that there is a small Middle Eastern ancestry in Armenians that does not exist in Geor- gians and is likely responsible for the high genetic similarity between Armenians and European Jews (supplementary fig. S6, Supplementary Material online). Because the Khazars blocked the Arab approach to the Caucasus, we suspect that this ancestry was introduced by the Judeans arriving at a very early date to Armenia and was absorbed into the popu- lations, whereas Judeans arriving to Georgia avoided assimi- lation (Shapira 2007). The relatedness between European Jews and Druze reported here and in the literature (Behar et al. 2010) is explained by Druze Turkish–Southern Caucasus origins. Druze migrated to Syria, Lebanon, and eventually to Palestine between the 11th and 13th centuries during the Crusades, a time when the Jewish population in Palestine was at a minimum. The genetic similarity between European Jews and Druze therefore supports the Khazarian hypothesis and should not be confused with a Semitic origin, which can be easily distinguished from the non-Semitic origin. We emphasize that testing the Middle Eastern origin of European Jews can only be done with indigenous Middle Eastern groups. Overall, the similarity between European Jews and Caucasus populations underscores the genetic continuity that exists among Eurasian Jewish and non-Jewish Caucasus populations.
This genetic continuity is not surprising. The Caucasus gene pool proliferated from the Near Eastern pool due to an Upper Paleolithic (or Neolithic) migration and was shaped by significant genetic drift, due to relative isolation in the extremely mountainous landscape (Balanovsky et al. 2011; Pagani et al. 2011). Caucasus populations are therefore expected to be genetically distinct from Southern European and Middle Eastern populations but to share certain genetic similarity with Near Eastern populations such as Turks, Iranians, and Druze. In all our analyses, Middle Eastern samples clus- tered together or exhibited high similarity along a geograph- ical gradient and were distinguished from Arabian Peninsula Arab samples on one hand and from Near Eastern–Caucasus samples on the other hand.
Our study attempts to shed light on the forgotten Khazars and elucidate some of the most fascinating questions of their history. Although the Khazars’ conversion to Judaism is not in dispute, there are questions as to how widespread and established the new religion became. Despite the limited sample size of European Jews, they represent members from the major residential Jewish countries (i.e., Poland and Germany) and exhibit very similar trends. Our findings support a large- scale migration from South–Central Europe and Mesopotamia to Khazaria that reshaped the genetic structure of the Khazars and other Caucasus populations in the central and upper Caucasus. Our findings also support a large-scale conversion followed by admixture of the newcomers with the Judeo– Khazars. Another intriguing question touches upon the origins of the Khazars, speculated to be Turk, Tartar, or Mongol (Brook 2006). As expected from their common origin, Caucasus populations exhibit high genetic similarity to Iranian and Turks with mild Eastern Asian ancestry. However, we found a weak patrilineal Turkic contribution compared with Caucasus and Eastern European contributions. Our findings thus support the identification of Turks as the Khazars’ ancestors but not necessarily the predominant ancestors. Given their geographical position, it is likely the Khazarian gene pool was also influenced by Eastern European populations that are not represented in our data set.
Our results fit with evidence from a wide range of fields. Linguistic findings depict Eastern European Jews as descended from a minority of Israelite–Palestinian Jewish emigrants who intermarried with a larger heterogeneous population of con- verts to Judaism from the Caucasus, the Balkans, and the Germano–Sorb lands (Wexler 1993). Yiddish, the language of Central and Eastern European Jews, began as a Slavic language that was relexified to High German at an early date (Wexler 1993). Our findings are also in agreement with archeological, historical, linguistic, and anthropological studies (Polak 1951; Patai and Patai 1975; Wexler 1993; Brook 2006; Kopelman et al. 2009; Sand 2009) and reconcile contradicting genetic findings observed in uniparental and biparental genome data. The conclusions of the latest genome-wide studies (Atzmon et al. 2010; Behar et al. 2010) that European Jews had a single Middle Eastern origin are incomplete as neither study tested the Khazarian hypothesis, to the extent done here. Finally, our findings confirm both oral narratives and the canonical Jewish literature describing the Khazars’ conversion to Judaism (e.g., “Sefer haKabbalah” by Abraham ben Daud [1161 CE], and “The Khazars” by Rabbi Jehudah Halevi [1140 CE]) (Polak 1951; Koestler 1976).
Although medical studies were not conducted using Caucasus and Near Eastern populations to the same extent as with European Jews, many diseases found in European Jews are also found in their ancestral groups in the Caucasus (e.g., cystic fibrosis and athalassemia), the Near East (e.g., factor XI deficiency, type II), and Southern Europe (e.g., nonsyn- dromic recessive deafness) (Ostrer 2001), attesting to their complex multiorigins.
Because our study is the first to directly contrast the
Rhineland and Khazarian hypotheses, a caution is warranted in interpreting some of our results due to small sample sizes and availability of surrogate populations. To test the Khazarian hypothesis, we used a crude model for the Khazars’ popula- tion structure. Our admixture analysis suggests that certain ancestral elements in the Caucasus genetic pool may have been unique to the Khazars. Therefore, using few contempor- ary Caucasus populations as surrogates may capture only cer- tain shades of the Khazarian genetic spectrum. Further studies are necessary to test the magnitude of the Judeo–Khazar demographic contribution to the presence of Jews in Europe (Polak 1951; Dinur 1961; Koestler 1976; Baron 1993; Brook
2006). These studies may yield a more complex demographic model than the one tested here and illuminate the complex population structure of Caucasus populations. Irrespective of these limitations, our results were robust across diverse types of analyses, and we hope that they will provide new perspectives for genetic, disease, medical, and anthropological studies.
Conclusions
We compared two genetic models for European Jewish ancestry depicting a mixed Khazarian–European–Middle Eastern and sole Middle Eastern origins. Contemporary populations were used as surrogates to the ancient Khazars and Judeans, and their relatedness to European Jews was compared over a comprehensive set of genetic analyses. Our findings support the Khazarian hypothesis depicting a large Near Eastern–Caucasus ancestry along with Southern European, Middle Eastern, and Eastern European ancestries, in agreement with recent studies and oral and written traditions. We conclude that the genome of European Jews is a tapestry of ancient populations including Judaized Khazars, Greco–Roman Jews, Mesopotamian Jews, and Judeans and that their population structure was formed in the Caucasus and the banks of the Volga."
http://gbe.oxfordjournals.org/content/5/1/61.abstract https://www.youtube.com/watch?v=QQSeR0lM8jg&list=PLo9UqsInOYam2KUAigIsU051tOcD3g6Tv
