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As Research Resumes in Eastern Turkey

New Scans at Alleged Noah's Ark Site

Ground-penetrating radar at Turkey's Durupinar formation detected chambers with right angles and layered structures, while soil samples showed unusual organic concentrations, but researchers caution it's too early to confirm biblical connection

The site where the remains were found

A decades-old archaeological puzzle has returned to the spotlight with new findings from eastern Turkey. Researchers examining the Durupinar formation, located near Mount Ararat, report fresh evidence suggesting the presence of man-made structures beneath the surface. For years, some investigators have proposed this site as a possible resting place of Noah's Ark following the biblical flood.

Durupinar is a large, boat-shaped geological formation first spotted from the air in 1959, situated approximately 30 kilometers from Mount Ararat. Its shape and dimensions have long fueled speculation, particularly among those who note similarities between its size and the measurements described in the Book of Genesis. Until now, however, no conclusive proof has emerged that the formation is an ancient vessel.

The renewed interest stems from recent ground-penetrating radar (GPR) surveys, a technology designed to identify subsurface structures without excavation. According to researchers, the scans appear to show chambers with straight lines and 90-degree angles, along with an internal structure divided into multiple levels. Project members find these features particularly intriguing because the biblical description of the Ark mentions a three-level construction.

Soil testing was also conducted both inside and outside the formation. Research team members report that samples taken from within the boat-shaped area contained higher levels of carbon and organic material, along with differences in acidity and potassium concentrations. The researchers suggest these findings could be consistent with prolonged decomposition of organic matter, possibly wood, though there is currently no proof the material originated from an ancient ship.

Scans of the area
Scans of the area (Sivas Cumhuriyet University)

Leading the new research is Professor Cenker Atilla from Cumhuriyet University in Sivas, Turkey, working alongside members of the Noah's Ark Scans project. In 2026, the research received official authorization to continue geological and archaeological testing in the area, a step expected to enable more systematic examination of the findings.

Yet alongside the excitement, significant scientific skepticism remains. Previous geological studies concluded that the "ship" shape could result from natural processes including rock layer folding, erosion, and ground movement. Already in the 1990s, published research argued that what had earlier been described as metal fragments, petrified wood, or ship walls was actually the product of natural geological processes.

Investigators conducting scans in the area
Investigators conducting scans in the area (Sivas Cumhuriyet University)

Radar findings alone are not considered proof. While GPR scans can detect changes and shapes beneath the ground, they cannot definitively determine composition or confirm whether a structure is man-made. Past attempts to replicate similar radar results at the site have met with limited success.

The current research team is therefore careful to avoid definitive claims. Professor Atilla stated that the study is still ongoing and that more comprehensive results are expected after testing is completed, with a full report planned for 2027.

Meanwhile, the Durupinar site remains one of the region's most intriguing archaeological and geological mysteries. While the new findings do not prove Noah's Ark has been found, they provide fresh reason for deeper investigation of this long-standing theory.

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