Nicholas Wade
Movses
Khorenatsi, a historian in the fifth century, wrote that his native
Armenia had been established in 2492 B.C., a date usually regarded as
legendary though he claimed to have traveled to Babylon and consulted
ancient records. (*) But either he made a lucky guess or he really did gain
access to useful data, because a new genomic analysis suggests that his
date is entirely plausible.
Geneticists
have scanned the genomes of 173 Armenians from Armenia and Lebanon and
compared them with those of 78 other populations from around the world.
They found that the Armenians are a mix of ancient populations whose
descendants now live in Sardinia, Central Asia and several other
regions. This formative mixture occurred from 3000 to 2000 B.C., the
geneticists calculated, coincident with Movses Khorenatsi’s date for the
founding of Armenia.
Toward
the end of the Bronze Age, when the mixture was in process, there was
considerable movement of peoples brought about by increased trade,
warfare and population growth. After 1200 B.C., the Bronze Age
civilizations of the eastern Mediterranean suddenly collapsed, an event
that seems to have brought about the isolation of Armenians from other
populations. No significant mixing with other peoples after that date
can be detected in the genomes of living Armenians, the geneticists
said.
The
isolation was probably sustained by the many characteristic aspects of
Armenian culture. Armenians have a distinctive language and alphabet,
and the Armenian Apostolic Church was the first branch of Christianity
to become established as a state religion, in A.D. 301, anticipating
that by the Roman empire in A.D. 380.
The
researchers also see a signal of genetic divergence that developed
about 500 years ago between western and eastern Armenians. The date
corresponds to the onset of wars between the Ottoman and Safavid
dynasties and the division of the Armenian population between the
Turkish and Persian empires.
“This
DNA study confirms in general outline much of what we know about
Armenian history,” said Hovann Simonian, a historian of Armenia
affiliated with the University of Southern California.
The
geneticists’ team, led by Marc Haber and Chris Tyler-Smith of the
Sanger Institute, near Cambridge in England, see long-isolated
populations like that of the Armenians as a means of reconstructing
population history.
Armenians
share 29 percent of their DNA ancestry with Otzi, a man whose
5,300-year-old mummy emerged in 1991 from a melting Alpine glacier.
Other genetically isolated populations of the Near East, like Cypriots,
Sephardic Jews and Lebanese Christians, also share a lot of ancestry
with the Iceman, whereas other Near Easterners, like Turks, Syrians and Palestinians,
share less. This indicates that the Armenians and other isolated
populations are closer than present-day inhabitants of the Near East to
the Neolithic farmers who brought agriculture to Europe about 8,000
years ago.
The geneticists’ paper was posted last month on bioRxiv,
a digital library for publishing scientific articles before they appear
in journals. Dr. Tyler-Smith, the senior author of the genetics team,
said he could not discuss their results for fear of jeopardizing
publication in a journal that he did not name.
"The New York Times," March 10, 2015
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(*) The date 2492 B.C. was not proposed by Khorenatsi, who never claimed to have traveled to Babylon. He only claimed to have read the work of a Syriac priest, Mar Abas Katina, who provided most information for the earliest period of Armenian history ("Armeniaca").
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(*) The date 2492 B.C. was not proposed by Khorenatsi, who never claimed to have traveled to Babylon. He only claimed to have read the work of a Syriac priest, Mar Abas Katina, who provided most information for the earliest period of Armenian history ("Armeniaca").
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