What The 2014 Bigfoot, Yeti, Almas & Other Cryptids DNA Hair Study Actually Found
Could modern genetics finally answer one of cryptozoology’s biggest questions?
In 2014, a landmark DNA study set out to examine hair samples believed to belong to legendary creatures such as Bigfoot, the Yeti, the Almas, the Yowie, and other mysterious primates from around the world.
Rather than relying on eyewitness accounts or folklore, researchers turned to genetic analysis to determine whether any of these samples came from an unknown species.
The results became one of the most widely discussed scientific investigations in cryptozoology and they continue to shape the debate today.
Whether you’re a skeptic, a believer, or simply fascinated by the unknown, understanding what this study actually found is essential.
Here’s a breakdown of the research, what the DNA revealed, and what it means for the search for legendary creatures.
Why Was the Study Conducted?
For decades, alleged hair samples attributed to mysterious creatures have been collected from forests, mountains, and remote wilderness across the globe.
These samples have often been presented as possible physical evidence for creatures including:
Bigfoot (North America)
Yeti (Himalayas)
Almas (Central Asia)
Yowie (Australia)
Orang Pendek (Indonesia)
While many sightings remain anecdotal, physical evidence such as hair offers something that can be
scientifically tested.
In 2014, geneticist Professor Bryan Sykes and an international team of researchers published a peer reviewed study titled Genetic Analysis of Hair Samples Attributed to Yeti, Bigfoot and Other Anomalous Primates.
Their goal was simple:
Determine whether any alleged cryptid hair samples belonged to an unknown primate
species.
How the Study Worked
Researchers invited museums, cryptozoologists, private collectors, and investigators worldwide to submit hair samples that were believed to originate from mysterious creatures.
A total of 57 samples were received from locations including:
The United States
Canada
Russia
India
Bhutan
Indonesia
Australia
The Himalayan region
The scientists extracted mitochondrial DNA from each sample and compared the genetic sequences against existing DNA databases to identify the species.
Unlike visual identification, DNA analysis provides a highly reliable method of determining an animal’s
identity when sufficient genetic material is available.
What Did the DNA Reveal?
The overwhelming majority of samples were identified as belonging to known animals.
These included species such as:
Brown bears
Black bears
Dogs
Wolves
Horses
Deer
Cattle
Raccoons
Badgers
Humans
Porcupines
In other words, many hairs believed to belong to cryptids were actually from ordinary wildlife or domestic animals.
Importantly:
No submitted hair sample was identified as belonging to an unknown ape, hominin, or previously undiscovered primate.
The Two Himalayan Hair Samples That Surprised Researchers
Although most samples were straightforward to identify, two hairs collected from the Himalayan region attracted significant attention.
One sample originated from Ladakh in northern India, while another came from Bhutan.
When compared with available genetic databases, both appeared to closely resemble DNA recovered from an ancient polar bear estimated to have lived more than 40,000 years ago.
This unexpected result led researchers to suggest several possible explanations:
- A previously unstudied Himalayan bear population.
- Hybridisation between brown bears and polar bears.
- Limitations within the available genetic reference databases.
- Another, as yet unidentified, bear lineage.
Importantly, the researchers did not conclude these samples came from a Yeti.
Later Research Changed the Picture
Following the publication of the study, additional genetic research focused specifically on Himalayan bears.
These studies found that Himalayan brown bears and Tibetan brown bears possess unique genetic
characteristics resulting from long periods of geographic isolation.
Today, many wildlife geneticists believe the unusual 2014 DNA results are best explained by these distinctive Himalayan bear populations rather than evidence of an unknown primate.
Does This Study Prove Bigfoot or the Yeti Don’t Exist?
No.
This is one of the most misunderstood aspects of the research.
The study did not prove that legendary creatures cannot exist.
Instead, it demonstrated something much more specific:
Among the 57 hair samples submitted for testing, none provided genetic evidence for an unknown primate.
Science rarely proves a negative. Instead, each study evaluates the evidence available at the time.
Future discoveries involving high-quality DNA, bones, tissue, environmental DNA (eDNA), or other verifiable biological material would require their own independent scientific investigation.
Why This Study Matters to Cryptozoology
The 2014 research marked an important milestone because it shifted part of the conversation away from eyewitness testimony and toward physical evidence.
Modern genetics allows scientists to test biological samples objectively rather than relying solely on
photographs, footprint casts, or anecdotal reports.
For cryptozoology as a field, this represents an important direction:
- Claims can be tested.
- Evidence can be verified.
- Misidentified samples can be eliminated.
- Genuine anomalies, if they exist, can be investigated scientifically.
Regardless of where someone stands on the existence of cryptids, applying rigorous scientific methods helps separate folklore from biological evidence.
Key Takeaways
Researchers analysed 57 hair samples attributed to Bigfoot, Yeti, Almas, Yowie, and other alleged
cryptids.
- Nearly every sample matched a known species.
- No DNA belonging to an unknown ape or hominin was identified.
- Two Himalayan samples initially appeared unusual but are now widely believed to have originated
- from genetically distinct Himalayan bears.
- The study does not disprove the existence of cryptids—it only evaluates the evidence that was
- submitted.
Final Thoughts
The mystery surrounding creatures like Bigfoot and the Yeti continues to capture imaginations worldwide.
Legends, eyewitness reports, and local folklore remain a fascinating part of human history and culture.
However, when it comes to physical evidence, the 2014 DNA hair study serves as a reminder that
extraordinary claims require equally extraordinary evidence.
As new technologies such as environmental DNA (eDNA), whole-genome sequencing, AI-assisted image analysis, and advanced wildlife monitoring continue to evolve, future investigations may provide even clearer answers.
Until then, the 2014 study remains one of the most significant scientific investigations ever conducted into alleged cryptid biological evidence.
REFERENCES:
[1] Genetic analysis of hair samples attributed to yeti, bigfoot and other anomalous primates
