Wolfson geneticist launches project to examine ‘Yeti’ DNA
23 May 2012
[[wysiwyg_imageupload:1063:]]Governing Body Fellow Bryan Sykes is leading a project that will use the latest genetic techniques to investigate organic remains that some have claimed belong to the ‘Yeti’ and other ‘lost’ hominid species.
The Oxford-Lausanne Collateral Hominid Project invites institutions and individuals with collections of organic material from formally un-described species, or ‘cryptids’ to submit details of the samples they hold, and then on request submit the samples themselves, particularly hair shafts, for rigorous genetic analysis. The results will then be published in peer-reviewed scientific journals.
Ever since Eric Shipton’s 1951 Everest expedition returned with photographs of giant footprints in the snow there has been speculation that the Himalayas may be home to large creatures ‘unknown to science’.
Since then, there have been many eye-witness reports of such creatures from several remote regions of the world. They are variously known as the ‘yeti’ or ‘migoi’ in the Himalaya, ‘bigfoot or ‘sasquatch’ in America, ‘almasty’ in the Caucasus mountains and ‘orang pendek’ in Sumatra, as well as others.
Professor Bryan Sykes, who will lead the project with Michel Sartori, Director of the Lausanne Museum of Zoology, said: ‘Theories as to their species identification vary from surviving collateral hominid species, such as Homo neanderthalensis or Homo floresiensis, to large primates like Gigantopithecus widely thought to be extinct, to as yet unstudied primate species or local subspecies of black and brown bears.
‘Mainstream science remains unconvinced by these reports both through lack of testable evidence and the scope for fraudulent claims. However, recent advances in the techniques of genetic analysis of organic remains provide a mechanism for genus and species identification that is unbiased, unambiguous and impervious to falsification.’
Professor Sykes said: ‘It is possible that a scientific examination of these neglected specimens could tell us more about how Neanderthals and other early hominids interacted and spread around the world.’
For more about how to submit material, visit the OLCHP Project page.