Researchers Extract DNA Test of Ancient Israelites

Penggalian untuk kepentingan arkeologi (ilustrasi)
Sumber :
  • Grace Ramey/Daily News via AP

Jakarta – Recently for the first time, ancient DNA has been recovered from the bodies of ancient Israelites living in the First Temple period. 

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This achievement, a Holy Grail in the study of lost civilizations, was enabled following the discovery near Jerusalem of a rare family tomb dating to the Iron Age, as quoted from Hareetz site. 

So far the collaboration of archaeologists and geneticists has been able to extract genetic material from two individuals, producing partial information, which is a tiny sample indeed. 

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Bendera Israel.

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But it promises to pave the way for further research on longstanding questions about the origins of the ancient Israelites, their links to earlier populations living in the Levant, as well as to modern-day Jewish people.

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Preliminary results from the excavation and the DNA study were expected to be presented at a conference about new archaeological discoveries in Jerusalem and its environs on Wednesday, and Haaretz has obtained an advance copy of the researchers’ paper. 

The conference has since been delayed due to the ongoing conflict between Israel and Gaza.

This story begins in 2018, when the Theft Prevention Unit of the Israel Antiquities Authority discovered a tomb in the village of Abu Ghosh, which is right next to the biblical settlement of Kiryat Yearim, some 15 kilometers west of Jerusalem.

The tomb had been badly damaged, first by construction and then by looting, so the archaeologists conducted a hurried salvage excavation. Although only a fraction of the tomb had survived, the researchers uncovered some 150 pottery vessels, including bowls, jars and lamps, as well as the jumbled skeletal remains of at least 10 individuals, the archaeologists report.

Penggalian untuk kepentingan arkeologi (ilustrasi)

Photo :
  • Grace Ramey/Daily News via AP

Those interred in the tomb included six adults, three men and three women, and four children, including two babies, one infant, and an adolescent. 

This is consistent with the high mortality rate of children in ancient times, the researchers revealed. 

Based on the pottery typology used in the funerary offerings it seems that the tomb was used for a prolonged period, around 750-650 B.C.E., placing it in the late Iron Age, or late First Temple period according to the biblical chronology.

An archaeologist at Tel Aviv University and the University of Haifa, Israel Finklestein said that the tomb is an important find in its own right, given that burials from this period are rare and tend to be from slightly later times, generally closer to the fall of Jerusalem and the First Temple to the Babylonians in 586 B.C.E. 

Moreover, Finkelstein was called in to lead the research on the tomb as he was already heading a dig at Kiryat Yearim, a settlement which is mentioned in the Bible as having housed the Ark of the Covenant before it was brought to Jerusalem.

“I suppose that we are dealing with a family tomb, likely from the elite of Kiryat Yearim, whose members were buried there over a long period of time,” Finkelstein informed. 

“We don’t know how big it was originally, because most of it was destroyed in recent years,"

Together with Prof. David Reich, a geneticist at Harvard University, and mathematician Dr. Arie Shaus, Finkelstein embarked on a quest to extract DNA from the people interred in the Kiryat Yearim tomb.

The technique of extracting genetic material from ancient bones, teeth and other organic remains began to emerge over 20 years ago, and has since reached such sophistication that researchers are even divining (some) information on creatures that lived over a million years ago. 

It is rare for bones to be preserved well enough to provide any genetic material at all, yet the ability to extract and sequence genetic material from ancient remains has given researchers major insights into the origins, migrations and history of human populations, as well as prehistoric hominins, animals and plants.

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