Archaeologists have discovered an undisturbed Roman shipwreck loaded with ancient-era products, the study of which is expected to bring new understandings about ancient trade in the region.
The Department of Antiquities says that the ship belongs to the time after Romans annexed the island in 58 B.C. and is loaded with “transport amphorae.”
The official release said the shipwreck site was reported by a team of two volunteer divers from the Maritime Archaeological Research Laboratory (MARELab) at the University of Cyprus.
“The Department of Antiquities acted immediately after it was reported, in order to secure the necessary funds to cover the cost of the preliminary in situ investigation, as soon as possible,” the Department of Antiquities said.
A team of archaeologists is already at Protaras and is working on the documentation and protection of the site.
Transport Amphorae
Transport amphorae were plain and unglazed, compared to highly decorative versions. According to STQRY, they were specifically designed for marine transport and each could hold up to almost half a ton.“Transport amphorae shared these common features that enabled both pouring and stacking in ships: Two opposed handles; thick walls for strength; and a tapering base (usually with a short peg, though some had flat bottoms), allowed the amphorae to be stacked safely one upon the other,” said STQRY.
By studying the amphorae and its products, it is possible to analyze the trade that took place in the ancient era.
The ship was found at a depth of two kilometers (about 1.25 miles), using state-of-the-art technology previously only available to oil, gas, and renewable-energy companies.
The ship is designed in the style of an ancient Greek trading vessel known only from ancient artworks, until now.
It has been officially radiocarbon-dated to 400 B.C., after being first discovered by the Black Sea Maritime Archaeology Project (Black Sea MAP) last year, according to a statement on Oct. 23, 2018.
“A ship, surviving intact, from the classical world, lying in over two kilometers of water, is something I would never have believed possible,” said University of Southampton professor Jon Adams, the Black Sea MAP’s principal investigator in a statement.