Archaeologists have reportedly discovered potential evidence of Noah’s Ark in Turkey, utilizing advanced radar technology. The research team from Noah’s Ark Scans conducted Ground Penetrating Radar (GPR) analysis at the Durupinar Formation, located approximately 29 kilometers south of Mount Ararat. Their findings include what they describe as a “chemical imprint,” fragments of wood, and the outline of a corridor, suggesting the remains of a large vessel.
The project, led by independent researcher Andrew Jones, has unveiled angular structures and a hollow space beneath the surface. The GPR scans revealed a corridor measuring around 4 meters in width, which the team believes could represent central and side walkways within the craft. According to Jones, “We’re not expecting something that’s fully preserved. What’s left is the chemical imprint, pieces of wood, and the shape of a hall.”
Researchers base their investigation on biblical accounts that describe Noah’s Ark as having saved mankind and various animal species from a catastrophic flood over 4,300 years ago. The Book of Genesis specifies that the ark had three decks, a detail that aligns with the scans showing three distinct layers beneath the ground. Genesis 6:16 states: “Make a roof for the ark, and finish it to a cubit above, and set the door of the ark in its side. Make it with lower, second, and third decks.”
Significant Findings at Durupinar Formation
The Durupinar Formation has been known to the modern world for less than a century. Its discovery dates back to 1948 when heavy rains and earthquakes revealed the formation, previously obscured by mud. Its proximity to Mount Ararat, which is often cited in biblical texts, has led to ongoing debates about the ark’s resting place.
The researchers’ scans suggest the formation may be more than just a natural rock structure. Jones noted that the grass growing within the boat-shaped formation differs in color from the surrounding area, potentially indicating a man-made origin. The team has also conducted soil analyses, revealing that organic matter within the formation is approximately double that found in nearby soil.
Fellow researcher William Crabtree pointed out additional findings, including a passageway extending from the formation’s tip toward its center, wide enough for a person to walk through. Crabtree explained that the potassium levels in the soil within the formation are about 40 percent higher than in the surrounding area. He stated, “If this was a wooden boat and the wood had rotted over time, we would expect to see elevated levels of potassium, changes in pH, and higher organic content—and that’s exactly what we’re finding.”
Future Research Plans
The team plans to expand their research, including further soil testing beyond the 22 samples collected thus far. They are also preparing for core drilling and additional GPR surveys at the site. Jones expressed the intent to compare the interior of the formation with its exterior, which could provide a clearer picture of its origins.
The investigation into the Durupinar Formation continues to spark interest and debate among scholars and enthusiasts alike, as the possibility of uncovering the remains of Noah’s Ark remains a captivating topic. While some experts argue the formation is a natural occurrence, the ongoing research by Noah’s Ark Scans aims to shed light on this enduring mystery.
