Scientists investigating a boat-shaped formation in Turkey have uncovered new clues that suggest Noah's Ark could be buried beneath it. An international team examining the Durupınar Formation near Mount Ararat detected unusually high carbon levels in soil samples collected from within the formation's outline, compared to soil taken from nearby areas on the same hillside.
Researchers stated that the elevated carbon levels could indicate a concentration of organic material, potentially the remains of ancient wood. "The amount of carbon coming from the interior of the ship is 40 percent higher than what was found outside," lead archaeologist Dr. Cenker Atila said. "This raises the idea that there may be organic material or remains of wood."
Recent radar scans have also revealed underground anomalies that intersect at right angles, which may indicate cavities or structural divisions beneath the surface. These findings support the theory that the formation is not a natural geological feature. The Durupınar Formation, located approximately 18 miles south of Mount Ararat, has been a subject of speculation about Noah's Ark since it was first identified in aerial photographs in 1959. Local reports suggest that heavy rains and earthquakes in May 1948 exposed the mysterious formation, which was then discovered by a shepherd.
According to biblical accounts, the Ark saved Noah, his family, and pairs of all animals from a catastrophic flood that occurred over 4,300 years ago. Scripture states the Ark came to rest on the "mountains of Ararat." The formation's proximity to a mountain peak that some believe matches the ark's shape and dimensions has fueled this long-standing debate.
An international team of researchers, including independent researcher Andrew Jones, has been investigating the site since 2019. Using ground-penetrating radar and infrared thermography, they have gathered data suggesting the presence of a ship-shaped hull buried beneath the soil. Jones noted that soil samples from inside the formation are less alkaline and contain more organic matter and potassium than surrounding soil, consistent with decaying wood. "Tests show less than a five percent chance they're random, giving 95 percent confidence that something like a decayed wooden ship is causing them," Jones said.
A new radar survey, utilizing a specialized imaging system called BakhtarRadar, has detected distinct subsurface anomalies and layers within the 515-foot-long formation. This challenges the notion that it is a single, homogeneous block of rock. Dr. Khosrow Bakhtar, leading this survey, stated, "My team and I are carefully evaluating the collected subsurface data, which aids in planning the core drilling pattern to be performed at the site." He added that the system's capability will help distinguish preserved timbers from the natural host formation.
While the team is analyzing the data to plan for core drilling, researchers acknowledge that the current results are preliminary. Radar anomalies alone do not definitively prove an archaeological origin for the Durupınar Formation. "We believe the Durupınar Formation is the remains of Noah’s Ark, and that is exactly why we want to put it through the strongest scientific testing we can," Jones stated.