For decades, a strange, ship-shaped formation in eastern Turkey has attracted researchers, archaeologists, geologists, and people searching for evidence of one of the Bible’s most famous stories.
Known as the Durupınar formation, the unusual site stretches for roughly 538 feet, or about 164 meters, near Doğubayazıt in Turkey’s Ağrı province.
Its distinctive shape has led some researchers to suggest that it could be connected to the story of Noah’s Ark.
Now, a new research project says it may have uncovered additional clues worth investigating.
The team has carried out its first core drilling at the site, collecting hundreds of soil samples in an effort to determine whether the formation contains evidence of human activity or materials that could be associated with an ancient wooden structure.
But there is an important caveat.
Noah’s Ark has not been scientifically confirmed.
The latest findings are being presented as evidence that deserves further study, while geologists who have examined the formation continue to argue that it is a natural geological structure.

The Mysterious Durupınar Formation
The Durupınar formation is located near Doğubayazıt in eastern Turkey, not far from Mount Ararat.
The formation is approximately 538 feet long and has an unusual elongated shape that resembles a boat when viewed from above.
The site came to public attention in 1959, when Turkish army captain İlhan Durupınar noticed the unusual formation.
Its location also helped fuel interest.
The Bible’s account of Noah places the Ark in the “mountains of Ararat,” and the presence of a large, boat-shaped formation in the region naturally attracted attention from people searching for a possible connection.
Over the years, the site has become one of the most frequently discussed locations in the long-running search for physical evidence of Noah’s Ark.
However, its unusual appearance alone does not establish that it was constructed by humans.
That is where the scientific debate begins.

Researchers Begin Core Drilling
The latest investigation involves Sivas Cumhuriyet University and the Noah’s Ark Scans research project.
According to Andrew Jones, deputy head of the project, researchers drilled cores at more than a dozen locations within the formation.
They also collected more than 300 soil samples for laboratory analysis.
One detail immediately caught the team’s attention.
Jones said that the drilling did not encounter solid bedrock.
Instead, the cores reportedly consisted entirely of soil, including areas containing very dark, organic-rich material.
The team believes these samples could potentially provide more useful information than simply examining the shape of the formation from the surface.
Laboratory testing may reveal whether the soil contains unusual organic material or other indicators that could help researchers understand how the structure formed.
For now, however, those possibilities remain unconfirmed.

Why Organic Material Matters
One of the researchers’ main areas of interest involves the amount of organic material found inside the formation.
Jones pointed to a soil study conducted in 2024 that reportedly found approximately three times more organic matter inside the formation than in samples collected outside it.
The research team believes this difference deserves further investigation.
Their hypothesis is that if a large wooden structure had once existed at the location, decaying organic material could potentially have contributed to the soil found inside the formation.
But this is an interpretation, not proof that wooden remains are present.
Organic material can accumulate for many reasons, and determining its exact origin requires laboratory analysis and geological context.
That is why the researchers are sending their samples to laboratories for further testing.
Radar Scans Add Another Question
The investigation has also involved ground-penetrating radar.
According to the research team, radar scans detected features that appeared to include right angles, layered structures, and possible voids.
Those observations have attracted attention because regular geometric features could potentially be consistent with human-made structures.
However, the radar results have not yet been fully reported.
That distinction is important.
At this stage, the researchers are describing features that they believe could be significant, rather than announcing the discovery of confirmed architectural remains.
Further analysis will be necessary to determine whether the apparent shapes are genuinely artificial or simply the result of natural geological processes.
What the Researchers Are Looking For
The next stage of the investigation will focus heavily on the laboratory results.
Samples collected during the drilling are being sent to Ankara University, with researchers from Sivas University also involved in the analysis.
The goal is to determine what the soil actually contains.
Researchers are particularly interested in evidence that might indicate human activity or materials consistent with decayed wood.
If laboratory testing identifies unusual patterns, the results could provide researchers with additional questions to investigate.
If the samples instead show characteristics consistent with ordinary geological processes, that could strengthen the argument that the formation is natural.
Either outcome could contribute to understanding the mysterious site.
The team has reportedly been hoping to receive meaningful results during the winter.
Why Geologists Remain Skeptical
While the new research has generated excitement among Ark researchers, the scientific community has not accepted the Durupınar formation as Noah’s Ark.
Geologists have proposed a very different explanation for the structure.
Lorence Collins of California State University, Northridge, and the late David Fasold, who had previously been involved in Ark research, argued in a 1996 paper published in the Journal of Geoscience Education that the formation was natural.
Their explanation involved geological processes including erosion and mudflows.
Other geologists, including researchers from both secular and young-earth creationist perspectives, have also described the formation as a natural geological feature.
That means the central question remains unresolved.
Is the unusual shape evidence of an ancient human-made structure, or is it simply an unusual product of natural geological processes?
Why the Debate Is Difficult to Settle
One of the challenges surrounding the Durupınar formation is that its shape can appear remarkably suggestive when viewed from certain angles.
A boat-like appearance naturally invites comparisons with Noah’s Ark.
But shape alone is not enough to establish archaeological origin.
A convincing archaeological identification would require evidence showing that the structure was actually constructed or modified by humans.
That could include clearly identifiable architectural features, artifacts, construction materials, or other evidence that cannot reasonably be explained through natural processes.
The latest drilling project is therefore important mainly because it could provide new material for analysis.
It does not, by itself, establish the identity of the formation.
A Story That Sits Between Archaeology and Faith
The search for Noah’s Ark occupies an unusual space between religious tradition, archaeology, geology, and popular culture.
For people who believe the biblical account describes a real historical event, physical evidence connected to the Ark would be extraordinarily significant.
For scientists studying the formation, however, the primary question is not whether the story is meaningful.
It is whether the physical evidence can demonstrate that the formation was created by humans and that it can be connected to the Ark described in the biblical account.
Those are two different questions.
A religious tradition can have enormous cultural and historical importance without every geological feature associated with it being archaeological evidence.
Likewise, a mysterious geological formation can deserve scientific investigation without ultimately proving a biblical story.
What Happens Next?
The laboratory analysis may be the most important part of the current investigation.
Researchers need to determine what the hundreds of collected samples actually contain and whether the organic material differs significantly from surrounding soil.
The radar observations will also require further examination.
If the apparent right angles, layers, and voids turn out to represent natural geological structures, the case for a human-made formation would become weaker.
If researchers instead identify features that are difficult to explain naturally, the site could become even more interesting for future archaeological and geological studies.
Even then, however, additional evidence would be needed before anyone could reasonably identify the structure as Noah’s Ark.
Has Noah’s Ark Been Found?
Not at this point.
The Durupınar formation remains a subject of investigation, and the latest research has produced claims that the researchers believe deserve closer examination.
The drilling project has produced more than 300 soil samples, and the team says it did not encounter solid bedrock at the drilled locations.
Researchers have also pointed to elevated organic material and radar features they believe could potentially indicate something unusual beneath the surface.
But those observations have not been independently established as evidence of Noah’s Ark.
The scientific debate remains open, and geologists who have studied the formation continue to describe it as a natural feature shaped by geological processes.
For now, the most accurate conclusion is also the most intriguing one:
Researchers have found new material to investigate, but they have not found conclusive proof of Noah’s Ark.
The coming laboratory analyses could add another chapter to one of the world’s longest-running archaeological mysteries.
And until those results are available, the strange ship-shaped formation near Mount Ararat remains exactly that—a fascinating formation with a remarkable story, but not yet a confirmed Ark.