The possible existence of the Yeti, Sasquatch, and other Abominable Snowman forms has long been a point of conjecture among travelers, naturalists, and scientists. While most of this evidence is circumstantial and inconclusive as yet, it provides a tantalizing mystery filled with enough interest and promise to warrant the attention of both serious students and casual readers.
In this book, Ivan T. Sanderson summarizes current world evidence regarding ABSMs (abominable snowmen), drawing from records and reports that are world-wide in scope and cover a broad period of time. For completeness he discusses all prevailing views, both pro and con, ranging from highly plausible accounts to reports that border on the absurd. The result is as thorough an evaluation of all known ABSM sightings as could possibly be compiled at this time.
My own approach to the ABSM problem was one of extreme skepticism. Three years ago I dismissed all such evidence as either hoax or legend, and in hopes of confirmation of this viewpoint served as coordinator of laboratory research for several "abominable snowman" expeditions into the Himalayas. Today my skepticism is somewhat shaken, and I accept as plausible, perhaps even probable, the existence of the Yeti in the Tibetan plateau and view with growing interest the "global" sightings of similar creatures.
My own research has been in connection with the Himalayan Yeti, I will restrict my comments to this area alone. If I accept the results of serological tests, analyses of feces for content and parasites, examination of hair, hide, and tracks and evaluation of mummified Yeti shrine items, then I must support the existence of a large unknown animal, the Yeti, in the Himalayas. However, the following question once disturbed my acceptance of this conclusion. Is it possible for any large animal to be sought systematically for over a decade without a single specimen being captured or killed?
For an example bearing on this question, I return to the Tibetan plateau. Here in Western Szechwan, China, on the very edge of the Tibetan border, a large animal, the Giant Panda, was once hunted unsuccessfully for over seventy years before one was captured alive. This search proves that a large animal can exist yet elude the best efforts of professional collectors to secure one. The story behind this hunt is fascinating.
In 1869, Abbe Armand David, a noted French missionary, observed a strange bear-like skin in Szechwan province located on the edge of the Tibetal plateau. This skin, much like that of a modest-size black and white bear, was the first tangible proof that the Bei-Shung (white bear) of Szechwan did actually exist. Excitedly, Father David, a long-time naturalist and conservationist, traveled to this animal's reported habitat, a high mountain bamboo forest, and engaged local hunters to secure a living specimen. In twelve days they returned. The hunters had captured a living Giant Panda, but since the animal proved troublesome in traveling, it was dispatched to make transportation more convenient. Although Father David was disappointed that he had failed to secure a living animal, he shipped the remains to the Paris Museum, providing the first tangible evidence that the "legendary" Bei-Shung actually existed and could be caught in the Szechwan bamboo forests.
Captivated by such evidence, several scientific institutions supported field teams staffed by professional collectors. The world waited to see which of several well-equipped expeditions to Szechwan would capture the first living specimen. This was 1869. By 1900 the world was still waiting. Scientific interest was great, for the once mythical Bei-Shung had been given the scientific name Ailuropoda melanoleucus, and a spearate family of its own. In spite of professional excitement, no new Giant Pandas were even seen until 1915, and no new remains were obtained until 1929 when two sons of President Roosevelt, Theodore, Jr., and Kermit, shot one out of a hollow pine tree. By this time most zoologists had decided that the Panda was extinct, so the Roosevelt shot, while killing a Giant Panda, at the same time punctured several scientific egos.
Assured that the Giant Panda was not extinct, several new expeditions were outfitted. Each contributed to the threat of extinction by shooting Giant Pandas, but living animals still defied capture. In 1931, a specimen was shot for the Philadelphia Academy of Natural Sciences, and in 1934 another was killed for the American Museum of Natural History. Two other specimens were killed, one by Captain Brocklehurst in 1934 and the second by Quentin Young in 1936. In 1936 Floyd T. Smith managed to get a Giant Panda as far as Singapore before it died of natural causes. Finally, an inexperienced woman collector, Ruth Harness, succeeded where the others had failed by capturing two live specimens, the first in 1937 and the second in 1938. Both animals survived the trans-Pacific trip and were sent to the Brookfield Zoo in Chicago. Within months the animals had captured the imagination of American youngsters, and stuffed Panda Bears are still considered a necessary part of college dormitory life.
In retrospect, the hunt for the Giant Panda serves as an important lesson in regard to animal collecting. From 1869 until 1929, a period of sixty years, a dozen well-staffed and well-equipped professional zoological collecting teams unsuccessfully sought an animal the size of a small bear in a restricted area. During this time not a single specimen living or dead was obtained. The lesson is clear. The Giant Panda lives in the same general area and at the same general elevation (6,000-12,000) as the Yeti, yet this animal remained hidden for over sixty years. The Yeti can well be a similar case. At any rate, one can no longer dismiss the Yeti just because it has eluded moderate search for a single decade.
While admittedly no living Giant Panda was captured during an intensive seventy-year search, several animals were killed by gunfire during the last few years (1929-1936) of that period. Why don't we have similar reports of Yeti killings? The truth is we do, but for the most part these reports come from behind the Communist curtain and cannot be substantiated. Nepal is the only country in the Free World with the Yeti ABSM form, and where killing a Yeti is a criminal offense with severe penalties. As a result, violators remain secret and reports are all but impossible to trace.
I have been asked if it is possible for modern science, fortified by great improvements in world transportation and communication, to miss completely authentic reports on the Yeti, if indeed such reports exist. It can be understood how the Bei-Shung could be mentioned in a seventh-century A.D. Chinese manuscript yet not be seen by any outsider until some 1200 years later. This was a period of an isolated and mysterious Far East - the land of the dragon, Shangri-La, the Great Wall, and the unknown oriental mind. The period from 1869 to 11929 was only relatively more progressive. Look how transportation has reduced our world since the time of the Model A Ford and the Spirit of Saint Louis. Look how communication has improved since the megaphone of Rudy Vallee and the early "talking pictures." Today our world is much smaller and nothing seems isolated any more. Could we find a case similar to the search for the Giant Panda which has occurred in more recent times?
Such a case would be the discovery of living Coelacanths in the Indian Ocean. Fossil remains of Coelacanth fish forms have been found in rocks of the Devonian Period some three hundred million years ago and up to the end of the Cretaceous Period sixty million years ago. No fossilized remains have been found in more recent deposits, and it was assumed that the Coelacanth died out a this time. Fossil Coelacanths were a most unique form of life as they lived in several different aquatic environments. Their fossilized remains have been found in both salt and fresh water, including rivers, lakes, and even swamps. In addition to a diverse habitat, these fish had a world-wide distribution. It now seems indeed strange that no remains have been found of this fish in rocks of the past sixty million years, for there is no doubt that this fish never became extinct and in fact exists in fair numbers today.
In December, 1938, a specimen of the "long extinct" Coelacanth was found in the fishnet of a British trawler working off the coast of East London in South Africa. Caught alive, the huge fish rolled steel blue eyes and waddled about the shop deck on clumsy fins that were used like stubby legs. The fish bit the inquisitive captain and oozed oil from its heavy scales for three hours before dying. Identified only after decay had rendered the fleshy parts useless for scientific purposes, it proved to a heavy disappointment for ichthyologist James Smith of Rhodes University, Grahamstown, S.A. Fossil remains show skeletal structure, and the importance of the recent "catch" lay in the chance to study the unknown fleshy parts of the fish. Now this was impossible. Professor Smith realized that, if one such fish existed, others similar to it must also exist, and he began a fifteen-year search for a second living Coelacanth. For the next decade and a half he visited islands and coral reefs in the West Indian Ocean, asking, looking, fishing. Finally, in December, 1952, a fishing trawler off the Anjouan and Comoro Islands between Madagascar and the mainland of Africa caught another Coelacanth. Prompt action by ichthyologist Smith allowed him to obtain and preserve this specimen in excellent shape. Then came the big shock. For fourteen years he had tracked down all leads, talked to countless fishermen, without avail. Now within the next two years, three more Coelacanths were obtained, and there were indications that the native population in this part of the world had fished for and eaten these "living fossils" for several generations. Although not a common item in native diets, there is no doubt that, while Professor Smith dreamed of finding a second Coelacanth, a dozen or more had probably been served and eaten.
Here was an example where science, with all its modern improvements in communication and transportation, was unaware that what was to be one of the great "discoveries" of the twentieth century had long been a simple item of diet for the native population. Even Professor Smith, active in the area and specifically after a Coelacanth, was caught unaware. But who would think of looking in a fish market for a "living fossil" like a Coelacanth.
For a final illustration, let me turn to my own field of archeology. Prior to 1926, the general belief was that the American Indian was post-glacial in age, and as a consequence glacial strata were rarely examined by professional archeologists. The few archeologists who claimed to find cultural evidence were criticized for their ineptitude and then quickly dismissed. In 1846 a human pelvis was found with several ground sloth skeletons in Mammoth ravine near Natchez, Mississippi. Before the century ended, positive association was demonstrated by fluorine tests, yet not only was the discovery disregarded, but the actual bones were lost and the incident forgotten. All other finds met with similar fate until the discovery in 1926 of the unique Folsom projectile points with the extinct glacial Bison antiquus near Folsom, New Mexico. In three years' research, nineteen Folsom points were found in direct association with twenty-three extinct bison, and the antiquity of the Paleo-Indian was firmly established. Now the long-neglected glacial strata were examined. Archeologists looked for additional Folsom sites wherever man, wind, or weather had scarred the surface of the land, exposing the glacial earth levels to the human eye. Within a decade of the Folsom, New Mexico, discovery, Paleo-Indian sites were found from Alaska to Patagonia and from coast to coast. These sites had been exposed to the eye of man for decades, but they were only found AFTER man was convinced that Ice Age Indians actually existed. Again it shows that man must believe before he looks and must look before he finds anything. Important things may be all around us, but we will never find them unless we look for them. Perhaps one reason why we haven't more definite information on ABSMs is because not enough people have actually looked for ABSMs long enough or with enough dedication.
-- George A. Agogino, 1961
Modified by Alice M. Agogino, 14 September 2000.