- Sputnik International
World
Get the latest news from around the world, live coverage, off-beat stories, features and analysis.

Burial Ground Predating Egyptian Pyramids Found in Russian South - State Company

© Sputnik / Petrukhin / Go to the mediabankAcient Burial, Discovered by the Russian Scientists
Acient Burial, Discovered by the Russian Scientists - Sputnik International
Subscribe
MOSCOW (Sputnik) - Archaeologists have found an ancient burial ground in an area where a future bypass around Aksay in Russia's Rostov region is planned. The scientists speculated that it could be a 1,000 years older than the Egyptian pyramids, Russian state company Avtodor-Toll Roads that commissioned the excavation, stated Thursday.

"During the excavation, archaeologists found the most ancient burial ground on the Don [river], which might date back to the fourth millennium B.C., six thousand years ago, a thousand years before the [construction] of the first Egyptian pyramids! According to scientists, these are unique findings that could be considered a really sensational scientific discovery," the company said in a press release.

READ MORE: Golden Earring: Rare Ancient Bauble Uncovered at Jerusalem Archaeological Site

According to the company, the archaeologists have discovered underground stone constructions that served as catacombs. In addition, vessels and copper tools were found in the catacombs, which could mean that people of a higher social status were buried there.

Skull - Sputnik International
‘An Unusual Case From Medieval Italy': Archaeologists Discover Rare Coffin Birth
The ancient barrow, where the excavation was taking place, has long been known to experts. The site even appeared on 19th-century maps under the name of Figurin. However, archaeologists had not been able to explore the site for many years due to the absence of the necessary funding, which was finally allocated once the Aksay bypass project launched.

Newsfeed
0
To participate in the discussion
log in or register
loader
Chats
Заголовок открываемого материала