📷 Image: Wikimedia Commons / Mario Modesto Mata
Science
Ancient Wells and Persian Jar Unearthed in Tamil Nadu Rewrite Sunken City Narrative
✍️ Arkeonews
🗓 05 Oct 2026, 04:31 AM
👁 7
Archaeologists have uncovered ancient wells, a Persian trade jar and a mysterious structure at a submerged site in Tamil Nadu, prompting a reassessment of the region’s lost city.
Archaeologists working in a submerged area of Tamil Nadu have reported the discovery of several ancient wells, a glazed Persian trade jar and an enigmatic stone structure. The finds were made during systematic excavations aimed at mapping the extent of a purported sunken settlement along the coastal belt.
The wells, cut into hard laterite rock, suggest a sophisticated water‑management system that predates known local settlements. The Persian jar, identified by its distinctive glaze and shape, points to long‑distance trade links between the region and the Persian Gulf during the early historic period.
Together, the artifacts challenge earlier assumptions that the coastal city was isolated, indicating instead a vibrant maritime network. Researchers say the new evidence will reshape the narrative of Tamil Nadu’s lost city and guide future investigations.
The team plans to conduct further surveys of the surrounding seabed to locate additional structures and to employ radiocarbon dating to establish a precise chronology for the site.
The wells, cut into hard laterite rock, suggest a sophisticated water‑management system that predates known local settlements. The Persian jar, identified by its distinctive glaze and shape, points to long‑distance trade links between the region and the Persian Gulf during the early historic period.
Together, the artifacts challenge earlier assumptions that the coastal city was isolated, indicating instead a vibrant maritime network. Researchers say the new evidence will reshape the narrative of Tamil Nadu’s lost city and guide future investigations.
The team plans to conduct further surveys of the surrounding seabed to locate additional structures and to employ radiocarbon dating to establish a precise chronology for the site.