World's Oldest Intact Shipwreck Found at the Bottom of the Black Sea

This ancient Greek vessel, described as the world’s oldest intact shipwreck, was discovered at the bottom of the Black Sea off the coast of Bulgaria. It dates back to the year 400 B.C.
This ancient Greek vessel, described as the world’s oldest intact shipwreck, was discovered at the bottom of the Black Sea off the coast of Bulgaria. It dates back to the year 400 B.C. (Image credit: Black Sea Maritime Archeology Project/EPA-EFE/Shutterstock)

The oldest intact shipwreck ever has been found resting on the bottom of the Black Sea.

Protected by the oxygen-free water at the seafloor, the ship has been sitting undisturbed since 400 B.C., researchers from the Black Sea Maritime Archaeology Project (Black Sea MAP) announced Tuesday (Oct. 23). It is a Greek vessel that looks like something the mythical hero Odysseus could have sailed — literally. According to the researchers, a very similar vessel is painted on the side of the British Museum's "Siren Vase," which depicts Odysseus chained to the mast of his ship as it sails past the sweet-voiced sirens.

"A ship, surviving intact, from the Classical world, lying in over 2 kilometers [1.2 miles] of water, is something I would never have believed possible," University of Southampton archaeologist Jon Adams, leader of the Black Sea MAP, said in the statement. "This will change our understanding of shipbuilding and seafaring in the ancient world."

Fascinating find

The ship was discovered in the fall of 2017, on the third of three survey trips to the Black Sea. Led by Adams, Lyudmil Vagalinsky of the Bulgarian Academy of Science and Kalin Dimitrov of the Center of Underwater Archaeology in Bulgaria, the research team surveyed 770 square miles (2,000 square kilometers) of the seabed during all three seasons.

The investigations turned up more than 60 shipwrecks, including some previously reported to date back to the Ottoman and Byzantine empires. The Black Sea has only a narrow connection to the Mediterranean Sea, so it drains poorly. And the Black Sea is fed by freshwater from the surrounding land, which floats on top of the saltier water closer to the bottom. This salty layer is extremely low in oxygen, which keeps wood-eating microbes away from shipwrecks on the seafloor. For that reason, even centuries-old ships look as if they went down yesterday. [Gallery: Shipwrecks of the Black Sea]

The Greek vessel sits about 1.2 miles (2 km) deep. The researchers used radiocarbon dating to show that the wreck dates back more than 2,400 years. The ship rests on its side, its mast and prow clearly visible and unbroken.    

Rising waters

The main goal of the Black Sea MAP is to understand changes that have occurred since the last ice age, when the sea was much lower. Because the area has been a hub of civilization, the shipwrecks at the bottom form time capsules, revealing who used the sea for commerce and how they built their vessels.

The researchers have also excavated a settlement on the Bulgarian side of the sea near the Ropotamo River. The site tells a story of the Black Sea as melting glaciers raised sea levels and forced humans to adapt. In the lowest layers of the excavation, about 8.2 feet (2.5 meters) below the current seafloor, are timbers and hearth fragments from a Bronze Age settlement, the researchers previously reported. But by the Byzantine era (A.D. 330 -1453), the site was inundated, and ceramics revealed that people used the spot as a safe harbor. By the Ottoman era (A.D. 1299-1920), the spot was a deeper anchorage for trading vessels. 

Originally published on Live Science.

Stephanie Pappas
Live Science Contributor

Stephanie Pappas is a contributing writer for Live Science, covering topics ranging from geoscience to archaeology to the human brain and behavior. She was previously a senior writer for Live Science but is now a freelancer based in Denver, Colorado, and regularly contributes to Scientific American and The Monitor, the monthly magazine of the American Psychological Association. Stephanie received a bachelor's degree in psychology from the University of South Carolina and a graduate certificate in science communication from the University of California, Santa Cruz. 

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