Scientists Use Genetics To Try And Track Down Bigfoot

Scientists are turning to genetics to see if they can prove the existence of the elusive hairy humanoid known across the world as bigfoot, yeti and sasquatch. A joint project between Oxford University and Switzerland’s Lausanne Museum of Zoology will examine organic remains that some say belong to the creature that has been spotted in remote areas for decades. “It’s an area that any serious academic ventures into with a deal of trepidation ... It’s full of eccentric and downright misleading reports,” said Bryan Sykes at Oxford’s Wolfson College. But the team would take a systematic approach and use the latest advances in genetic testing, he added. “There have been DNA tests done on alleged yetis and other such things but since then the testing techniques, particularly on hair, have improved a lot due to advances in forensic science,” he told Reuters. Modern testing could get valid results from a fragment of a shaft of hair said Sykes, who is leading the project with Michel Sartori, director of the Lausanne museum. Ever since a 1951 expedition to Mount Everest returned with photographs of giant footprints in the snow, there has been speculation about giant Himalayan creatures, unknown to science. There have been eyewitness reports of the ‘yeti’ or ‘migoi’ in the Himalayas, ‘bigfoot’ or ‘sasquatch’ in America, ‘almasty’ in the Caucasus mountains and ‘orang pendek’ in Sumatra. Tests up to now have usually concluded that alleged yeti remains were actually human, he said.

But that could have been the result of contamination. “There has been no systematic review of this material.” The project will focus on Lausanne’s archive of remains assembled by Bernard Heuvelmans, who investigated reported yeti sightings from 1950 up to his death in 2001. Other institutions and individuals will also be asked to send in details of any possible yeti material. Samples will be subjected to “rigorous genetic analysis”, and the results published in peer-reviewed science journals. Aside from the yeti question, Sykes said he hoped the project would add to the growing body of knowledge on the interaction between humanity’s ancestors. “In the last two years it has become clear that there was considerable inter-breeding between Homo Sapiens and Neanderthals ... about 2 to 4 per cent of the DNA of each individual European is Neanderthal,” he said. One hypothesis is that yetis are surviving Neanderthals. The joint project will take DNA samples from areas where there have been alleged sightings to see whether the Neanderthal DNA traces are stronger in the local population. As for the project’s chances of success? “The answer is, of course, I don’t know,” said Sykes. “It’s unlikely but on the other hand if we don’t examine it we won’t know.”