4148 lines
258 KiB
Plaintext
4148 lines
258 KiB
Plaintext
SUBJECT: UFO PAPER SUBMITTED TO THE HOUSE COMMITTEE FILE: UFO1565
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STATEMENT ON
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UNIDENTIFIED FLYING OBJECTS
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submitted to the House Committee on Science and Astronautics
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at July 29, 1968, Symposium on Unidentified Flying Objects,
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Rayburn Bldg., Washington, D.C., by James E. McDonald.
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by
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James E. McDonald, Senior Physicist, Institute of
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Atmospheric Physics, and professor, Department of Meteorology,
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The University of Arizona, Tucson, Arizona.
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Prepared statement submitted to the House Committee on Science and
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Astronautics at July 29, 1968, Symposium on Unidentified Flying Objects,
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Rayburn Bldg., Washington, D.C., by James E. McDonald.
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INTRODUCTION
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I should like first to commend the House Committee on Science and
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Astronautics for recognizing the need for a closer look at scientific aspects
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of the long-standing puzzle of the Unidentified Flying Objects (UFOs). From
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time to time in the history of science, situations have arisen in which a
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problem of ultimately enormous importance went begging for adequate attention
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simply because that problem appeared to involve phenomena so far outside the
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current bounds of scientific knowledge that it was not even regarded as a
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legitimate subject of serious scientific concern. That is precisely the
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situation in which the UFO problem now lies. One of the principal results of
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my own recent intensive study of the UFO enigma is this: I have become
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convinced that the scientific community, not only in this country but
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throughout the world, has been casually ignoring as nonsense a matter of
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extraordinary scientific importance. The attention of your Committee can, and
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I hope will, aid greatly in correcting this situation. As you will note in
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the following, my own present opinion, based on two years of careful study,
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is that UFOs are probably extraterrestrial devices engaged in something that
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might very tentatively be termed "surveillance."
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If the extraterrestrial hypothesis is proved correct (and I emphasize
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that the present evidence only points in that direction but cannot be said to
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constitute irrefutable proof), then clearly UFOs will become a top-priority
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scientific problem. I believe you might agree that, even if there were a
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slight chance of the correctness of that hypothesis, the UFOs would demand
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the most careful attention. In fact, that chance seems to some of us a long
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way from trivial. We share the view of Vice Adm. R. H. Hillenkoetter, former
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CIA Director, who said eight years ago, "It is imperative that we learn where
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the UFOs come from and what their purpose is." (Ref. 1) Since your committee
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is concerned only with broad aspects of our national scientific program but
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also with the prosecution of our entire space program, and since that space
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program has been tied in for some years now with the dramatic goal of a
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search for life in the universe, I submit that the topic of today's Symposium
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is eminently deserving of your attention. Indeed, I have to state, for the
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record, that I believe no other problem within your jurisdiction is of
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comparable scientific and national importance. Those are strong words, and I
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intend them to be.
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In addition to your Committee responsibilities with respect to science
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and the aerospace programs, there is another still broader basis upon which
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it is highly appropriate that you now take up the UFO problem: Twenty years
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of public interest, public puzzlement, and even some public disquiet demand
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that we all push toward early clarification of this unparalleled scientific
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mystery. I hope that our session here today will prove a significant turning
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point, orienting new scientific efforts towards illumination of this
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scientific problem that has been with us for over 20 years.
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SCOPE AND BACKGROUND OF PRESENT COMMENTS
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It has been suggested that I review for you my experiences in
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interviewing UFO witnesses here and abroad and that I discuss ways in which
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my professional experience in the field of atmospheric physics and
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meteorology illuminates past and present attempts at accounting for UFO
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phenomena. To understand the basis of my comments, it may be helpful to note
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briefly the nature of my own studies on UFOs.
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I have had a moderate interest in the UFO problem for twenty years,
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much as have a scattering of other scientists. In southern Arizona, during
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the period 1954-66, I interviewed, on a generally rather random basis,
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witnesses in such local sightings as happened to come to my attention via
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press or personal communications. This experience taught me much about lay
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misinterpretations of observations of aircraft, planets, meteors, balloons,
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flares, and the like. The frequency with which laymen misconstrue phenomena
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associated with fireballs (meteors brighter than magnitude -5), led me to
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devote special study to meteor physics; other topics in my own field of
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atmospheric physics also drew my closer attention as a result of their
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bearing on various categories of UFO reports. This period of rather casual
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UFO-witness interviewing on a local basis proved mainly educational; yet on a
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few occasions I encountered witnesses of seemingly high credibility whose
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reports lay well outside any evident meteorological, astronomical, or other
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conventional bounds. Because I was quite unaware, before 1966, that those
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cases were, in fact, paralleled by astonishing numbers of comparable cases
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elsewhere in the U.S. and the rest of the world, they left me only moderately
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puzzled and mildly bothered, since I came upon relatively few impressive
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cases within the environs of Tucson in those dozen years of discursive study.
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I was aware of the work of non-official national investigative groups like
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NICAP (National Investigations Committee on Aerial Phenomena) and APRO
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(Aerial Phenomena Research Organization); but lacking basis for detailed
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personal evaluation of their investigative methods, I simply did not take
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their publications very seriously. I was under other misimpressions, I found
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later, as to the nature of the official UFO program, but I shall not enlarge
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on this before this Committee. (I cite all of this here because I regard it
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relevant to an appreciation, by the Committee, of the way in which at least
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one scientist has developed his present strong concern for the UFO problem
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after a prior period of some years of only mild interest. Despite having
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interviewed a total of perhaps 150-200 Tucson-area witnesses prior to 1966
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(75 of them in a single inconclusive case in 1958), I was far from
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overwhelmed with the importance of the UFO problem.
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A particular sighting incident in Tucson in early 1966, followed by the
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widely-publicized March, 1966, Michigan sightings (I, too, felt, the "swamp
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gas" explanation was quite absurd once I checked a few relevant points), led
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me finally to take certain steps to devote the coming summer vacation months
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to a much closer look at the UFO problem. Within only a few weeks in May and
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June of 1966, after taking a close look at the files and modes of operation
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of both private and official (i.e. Project Bluebook) UFO investigative
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programs, after seeing for the first time press-clipping files of (to me)
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astonishing bulk, covering innumerable intriguing cases I had never before
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heard of, and (above all) after the beginning of what became a long period of
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personal interviewing of key witnesses in important UFO cases, I rapidly
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altered my conception of the scientific importance of the UFO question. By
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mid-1966, I had already begun what became months of effort to arouse new
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interest and to generate new UFO investigative programs in various science
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agencies of the Federal government and in various scientific organizations.
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Now, two years later, with very much more background upon which to base an
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opinion, I find myself increasingly more concerned with what has happened
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during the past twenty years' neglect, by almost the entire scientific
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community, of a problem that appears to be one of extremely high order of
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scientific importance.
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THE UNCONVENTIONAL NATURE OF THE UFO PROBLEM
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To both laymen and scientists, the impressive progress that science has
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made towards understanding our total environment prompts doubts that there
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could be machine-like objects of entirely unconventional nature moving
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through our atmosphere, hovering over automobiles, power installations,
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cities, and the like, yet all the while going unnoticed by our body
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scientific. Such suggestions are hard to take seriously, and I assure you
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that, until I had taken a close look at the evidence, I did not take them
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seriously. We have managed to so let our preconceptions block serious
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consideration of the possibility that some form of alien technology is
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operating within our midst that we have succeeded in simply ignoring the
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facts. And we scientists have ignored the pleas of groups like NICAP and
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APRO, who have for years been stressing the remarkable nature of the UFO
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evidence. Abroad, science has reacted in precisely this same manner, ignoring
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as nonsensical the report-material gathered by private groups operating
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outside the main channels of science. I understand this neglect all too well;
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I was just one more of those scientists who almost ignored those facts, just
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one more of those scientists who was rather sure that such a situation nearly
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could not exist, one more citizen rather sure that official statements must
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be basically meaningful on the non-existence of any substantial evidence for
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the reality of UFOs.
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The UFO problem is so unconventional, involves such improbable events
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such inexplicable phenomenology, so defies ready explanation in terms of
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present-day scientific knowledge, has such a curiously elusive quality in
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many respects, that it is not surprising (given certain features in the past
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twenty years' handling of the problem) that scientists have not taken it very
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seriously. We scientists are, as a group, not too well-oriented towards
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taking up problems that lie, not just on the frontiers of our scientific
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knowledge, but far across some gulf whose very breadth cannot be properly
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estimated. These parenthetical remarks are made here to convey, in
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introductory manner, viewpoints that will probably prove to be correct when
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many more scientists begin to scrutinize this unprecedented and neglected
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problem. The UFO problem is, if anything, a highly unconventional problem.
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Hence, before reviewing my own investigations in detail, and before examining
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various proposed explananations lying within atmospheric physics, it may be
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well to take note of some of the principal hypotheses that have been
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proposed, at one time or another, to account for UFOs.
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SOME ALTERNATIVE HYPOTHESES
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In seeking explanations for UFO reports, I like to weigh witness
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accounts in terms of eight principal UFO hypotheses:
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1. Hoaxes, fabrications, and frauds.
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2. Hallucination, mass hysteria, rumor phenomena.
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3. Lay misinterpretations of well-known physical phenomena
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(meteorological, astronomical, optical, aeronautical, etc.).
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4. Semi-secret advanced technology (new test vehicles, satellites,
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novel weapons, flares, re-entry phenomena, etc.)
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5. Poorly understood physical phenomena (rare atmospheric-electric
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or atmospheric-electrical effects, unusual meteoric phenomena,
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natural or artificial plasmoids, etc.)
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6. Poorly understood psychological phenomena.
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7. Extraterrestrial devices of some surveillance nature.
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8. Spaceships bringing messengers of terrestrial salvation and
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occult truth.
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Because I have discussed elsewhere all of these hypotheses in some
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detail (Ref. 2), I shall here only very briefly comment on certain points.
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Hoaxes and fabrications do crop up, though in percentually far smaller
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numbers than many UFO scoffers seem to think. Some of the independent groups
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like APRO and NICAP have done good work in exposing certain of these.
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Although there has been a good deal of armchair-psychologizing about unstable
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UFO witnesses, with easy charges of hallucination and hysteria, such charges
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seem to have almost no bearing in the hundreds of cases I have now personally
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investigated. Misinterpreted natural phenomena (Hypothesis 3) do explain many
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sincerely-submitted UFO reports; but, as I shall elaborate below, efforts to
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explain away almost the entirety of all UFO incidents in such terms have been
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based on quite unacceptable reasoning. Almost no one any longer seriously
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proposes that the truly puzzling UFO reports of close-range sighting of what
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appear to be machines of some sort are chance sightings of secret test
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devices (ours or theirs); the reasons weighing against Hypothesis 4 are both
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obvious and numerous. That some still-not-understood physical phenomena of
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perhaps astronomical or meteorological nature can account for the UFO
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observations that have prompted some to speak in terms of extraterrestrial
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devices would hold some weight if it were true that we dealt therein only
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with reports of hazy, glowing masses comparable to, say, ball lightning or if
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we dealt only with fast-moving luminous bodies racing across the sky in
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meteoric fashion. Not so, as I shall enlarge upon below. Jumping to
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Hypothesis 6, it seems to receive little support from the many psychologists
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with whom I have managed to have discussions on this possibility; I do not
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omit it from consideration, but, as my own witness interviewing has
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proceeded, I regard it with decreasing favor. As for Hypothesis 8, it can
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only be remarked that, in all of the extensive literature published in
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support thereof, practically none of it has enough ring of authenticity to
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warrant serious attention. A bizarre "literature" of pseudo-scientific
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discussion of communications between benign extraterrestrials bent on saving
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the better elements of humanity from some dire fate implicit in nuclear-
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weapons testing or other forms of environmental contamination is certainly
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obtrusive on any paperback stand. That "literature" has been one of the prime
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factors in discouraging serious scientists from looking into the UFO matter
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to the extent that might have led them to recognize quickly enough that
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cultism and wishful thinking have essentially nothing to do with the core of
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the UFO problem. Again, one must here criticize a good deal of armchair-
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researching (done chiefly via the daily newspapers that enjoy feature-writing
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the antics of the more extreme of such groups). A disturbing number of
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prominent scientists have jumped all too easily to the conclusion that only
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the nuts see UFOs.
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The seventh hypothesis, that UFOs may be some form of extraterrestrial
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devices, origin and objective still unknown, is a hypothesis that has been
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seriously proposed by many investigators of the UFO problem. Although there
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seems to be some evidence that this hypothesis was first seriously considered
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within official investigative channels in 1948 (a year after the June 24,
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1947 sighting over Mt. Rainier that brought the UFO problem before the
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general public), the first open defense of that Hypothesis 7 to be based on
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any substantial volume of evidence was made by Keyhoe (Ref. 3) in about 1950.
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His subsequent writings, based on far more evidence than was available to him
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in 1950, have presented further arguments favoring an extraterrestrial origin
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of UFOs. Before I began an intensive examination of the UFO problem in 1966,
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I was disposed to strong doubt that the numerous cases discussed at length in
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Keyhoe's rather dramatically-written and dramatically-titled books (Ref. 4)
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could be real cases from real witnesses of any appreciable credibility, I had
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the same reaction to a 1956 book (Ref. 5) written by Ruppelt, an engineer in
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charge of the official investigations in the important 1951-3 period. Ruppelt
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did not go as far as Keyhoe in suggesting the extraterrestrial UFO
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hypothesis, but he left his readers little room for doubt that he leaned
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toward that hypothesis. I elaborate these two writers' viewpoints because,
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within the past month, I have had an opportunity to examine in detail a large
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amount of formerly classified official file material which substantiates to
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an almost alarming degree the authenticity and hence the scientific import of
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the case-material upon which Keyhoe and Ruppelt drew for much of their
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discussions of UFO history in the 1947-53 period (Refs. 6 and 7). One of
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these sources has Just been published by NICAP (Ref. 7), and constitutes, in
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my opinion, an exceedingly valuable addition to the growing UFO literature.
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The defense of the extraterrestrial hypothesis by Keyhoe, and later many
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others (still not within what are conventionally regarded as scientific
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circles), has had little impact on the scientific community, which based its
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write-off of the UFO problem on press accounts and official assurances that
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careful investigations were turning up nothing that suggested phenomena
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beyond present scientific explanation. Hypothesis No. 7 has thus received
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short shrift from science to date. As one scientists who has gone to some
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effort to try to examine the facts, I say that this has been an egregious, if
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basically unwitting, scientific error - an error that must be rectified with
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minimum further delay. On the basis of the evidence I have examined, and on
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the basis of my own weighing of alternative hypotheses (including some not
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listed above), I now regard Hypothesis 7 as the one most likely to prove
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correct. My scientific instincts lead me to hedge that prediction just to the
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extent of suggesting that if the UFOs are not of extramundane origin, then I
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suspect that they will prove to be something very much more bizarre,
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something of perhaps even greater scientific interest than extraterrestrial
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devices.
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SOME REMARKS ON INTERVIEWING EXPERIENCE AND TYPES OF UFO CASES ENCOUNTERED
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1. Sources of cases dealt with.
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Prior to 1966, I had interviewed about 150-200 persons reporting UFOs;
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since 1966, I have interviewed about 200-250 more. The basis of my post-1966
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interviewing has been quite different from the earlier period of interviewing
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of local witnesses, whose sightings I heard about essentially by chance.
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Almost all of my post-1966 interviews have been with witnesses in cases
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already, investigated by one or more of the private UFO investigatory groups
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such as NICAP or APRO, or by the official investigative agency (Project
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Bluebook). Thus, after 1966, I was not dealing with a body of witnesses
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reporting Venus, fireballs, and aircraft strobelights, because such cases are
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so easily recognizable that the groups whose prior checks I was taking
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advantage of had already culled out and rejected most of such irrelevant
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material. Many of the cases I checked were older cases, some over 20 years
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old. It was primarily the background work of the many independent
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investigatory groups here and in other parts of the world (especially the
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Australian area where I had an opportunity to interview about 80 witnesses)
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that made possible my dealing with that type of once sifted data that yields
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up scientifically interesting information so quickly. I wish to put on record
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my indebtedness to these "dedicated amateurs", to use the astronomer's genial
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term; their contribution to the ultimate clarification of the UFO problem
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will become recognized as having been of basic importance, notwithstanding
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the scorn with which scientists have, on more than one occasion, dismissed
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their efforts. Although I cite only the larger of these groups (NICAP about
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12,000 members, APRO about 8,000), there are many smaller groups here and
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abroad that have done a most commendable job on almost no resources.
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(Needless to add, there are other small groups whose concern is only with
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sensational and speculative aspects.)
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2. Some relevant witness-characteristics.
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By frequently discussing my own interviewing experience with members of
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those non-official UFO groups whose past work has been so indispensable to my
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own studies, I have learned that most of my own reactions to the UFO witness-
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interview problem are shared by those investigators. The recurrent problem of
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securing unequivocal descriptions, the almost excruciating difficulty in
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securing meaningful estimates of angular size, angular elevation, and angular
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displacements from laymen, the inevitable variance of witness descriptions of
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a shared observation, and other difficulties of non-instrumental observing
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are familiar to all who have investigated UFO reports. But so also are the
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impressions of widespread concern among UFO witnesses to avoid (rather than
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to seek) publicity over their sightings. The strong disinclination to make an
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open report of an observation of something the witness realizes is far
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outside the bounds of accepted experience crops up again and again. In my
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interviewing in 1947 sightings, done as a cross check on case material used
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in a very valuable recent publication by Bloecher (Ref. 8), I came to realize
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clearly for the first time that this reluctance was not something instilled
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by post-1947 scoffing at UFOs, but is part of a broadly disseminated attitude
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to discount the anomalous and the inexplicable, to be unwilling even to
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report what one has seen with his own eyes if it is well outside normal
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experience as currently accepted. I have heard fellow-scientists express
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dismay at the unscientific credulity with which the general public jumps to
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the conclusion that UFOs are space ships. Those scientists have certainly not
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interviewed many UFO witnesses; for almost precisely the opposite attitude is
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overwhelmingly the characteristic response. In my Australian interviewing, I
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found the same uneasy feeling about openly reporting an observation of a
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well-defined UFO sighting, lest acquaintances think one "has gone round the
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bend." Investigators in still other parts of the world where modern
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scientific values dominate world-views have told me of encountering just this
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same witness-reluctance, The charge that UFO witnesses, as a group, are
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hyperexcitable types is entirely incorrect. I would agree with the way Maj.
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Gen. John A. Samford, then Director of Air Force Intelligence, put it in a
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1952 Pentagon press conference: "Credible observers have sighted relatively
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incredible objects."
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Not only is the charge of notoriety-seeking wrong, not only is the
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charge of hyperexcitability quite inappropriate to the witnesses I have
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interviewed, but so also is the easy charge that they see an unusual aerial
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phenomenon and directly leap to some kind of "spaceship hypothesis." My
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experience in interviewing witnesses in the selected sample I have examined
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since 1966 is that the witness first attempts to fit the anomalous
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observation into some entirely _conventional_ category. "I thought it must be
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an airplane." Or, "At first, I thought it was an auto-wrecker with its red
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light blinking." Or, "I thought it was a meteor - until it stopped dead in
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midair," etc. Hynek has a very happy phrase for this very typical pattern of
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witness-response: he terms it "escalation of explanation" , to denote the
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often rapid succession of increasingly more involved attempts to account for
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and to assimilate what is passing before the witness' eyes, almost invariably
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starting with an everyday interpretation, _not_ with a spaceship hypothesis.
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Indeed, I probably react in a way characteristic of all UFO investigators; in
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those comparatively rare cases where the witness discloses that he
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immediately interpreted what he sighted as an extraterrestrial device, I back
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away from what is likely to be a most unprofitable interview. I repeat: such
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instances are really quite rare; most of the general population has soaked up
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a degree of scientific conventionalism that reflects the net result of
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decades, if not centuries, of scientific shaping of our views. I might
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interject that the segment of the population drawn to Hypothesis 8 above
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might be quick to jump to a spaceship interpretation on seeing something
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unusual in the sky, but, on the whole, those persons convinced of Hypothesis
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8 are quite uninterested in observations, per se. Their conviction is firm
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without bothering about such things as observational matters. At least that
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is what I have sensed from such exposure as I have had to those who support
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Hypothesis 8 fervently.
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3. Credibility of witnesses.
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Evaluating credibility of witnesses is, of course, an ever-present
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problem at the present stage of UFO studies. Again, from discussions with
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other investigators, I have concluded that common sense and previous everyday
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experience with prevaricators and unreliable persons lead each serious UFO
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investigator to evolve a set of criteria that do not differ much from those
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used in jury instructions in our courts (e.g., Federal Jury Instructions). It
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seems tedious to enlarge here on those obvious matters. One can be fooled, of
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course; but it would be rash indeed to suggest that the thousands of UFO
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reports now on record are simply a testimony to confabulation, as will be
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better argued by some of the cases to be recounted below.
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4. Observational reliability of witnesses.
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|
|
Separate from credibility in the sense of trustworthiness and honesty is
|
|
the question of the human being as a sensing system. Clearly, it is
|
|
indispensable to be aware of psychophysical factors limiting visual
|
|
discrimination, time estimation, distance estimation, angular estimation,
|
|
etc. In dealing with the total sample of all observations which laymen
|
|
_initially_ label as UFOs, such factors play a large role in sorting out
|
|
dubious cases. In the type of UFO reports that are of primary significance at
|
|
present, close-range sightings of objects of large size moving at low
|
|
velocities, or at rest, and in sight for many seconds rather than fractions
|
|
of a second, all of these perceptual problems diminish in significance,
|
|
though they can never be overlooked.
|
|
|
|
A frequent objection to serious consideration of UFO reports, made by
|
|
skeptics who have done no first-hand case investigations, is based on the
|
|
widely discrepant accounts known to be presented by trial-witnesses who have
|
|
all been present at some incident. To be sure, the same kind of discrepancies
|
|
emerge in multiple-witness UFO incidents. People differ as to directions,
|
|
relative times, sizes, etc. But I believe it is not unfair to remark, as the
|
|
basic rebuttal to this attack on UFO accounts, that a group of witnesses who
|
|
see a street-corner automobile collision do not come to court and proceed, in
|
|
turn, to describe the event as a rhinoceros ramming a baby carriage, or as an
|
|
airplane exploding on impact with a nearby building. There are, it needs to
|
|
be soberly remembered, quite reasonable bounds upon the variance of witness
|
|
testimonies in such cases. Thus, when one finds a half-dozen persons all
|
|
saying that they were a few hundred feet from a domed disk with no
|
|
resemblance to any known aircraft, that it took off without a sound, and was
|
|
gone from sight in five seconds the almost inevitable variations in
|
|
descriptions of distances, shape, secondary features, noises, and times
|
|
cannot be allowed to discount, per. se, the basically significant nature of
|
|
their collective account. I have talked with a few scientists, especially
|
|
some psychologists, whose puristic insistence on the miserable observing
|
|
equipment with which the human species is cursed almost makes me wonder how
|
|
they dare cross a busy traffic intersection. Some balance in evaluating
|
|
witness perceptual limitations is surely called for in all of these
|
|
situations. With that balance must go a healthy skepticism as to most of the
|
|
finer details, unless agreed upon by several independent witnesses. There is
|
|
no blinking that anecdotal data are less than ideal; but sometimes you have
|
|
to go with what you've got. To make a beginning at UFO study has required
|
|
scrutiny of such anecdotal data; the urgent need is to get on to something
|
|
much better.
|
|
|
|
5. Problem of witness' prior knowledge of UFO knowledge.
|
|
|
|
In interviewing UFO witnesses, it is important to try to ascertain
|
|
whether the witness was, prior to his reported sighting, familiar or
|
|
unfamiliar with books and writings on UFOs. Although a strong degree of
|
|
familiarity with the literature of UFOs does not negate witness testimony, it
|
|
dictates caution. Anyone who has done a lot of interviewing at the local
|
|
level, involving previously unsifted cases, will be familiar with occasional
|
|
instances where the witness exhibited such an obvious enthusiasm for the UFO
|
|
problem that prudence demanded rejection of his account.
|
|
|
|
However, in my own experience, a much more common reaction to questions
|
|
concerning pre-sighting interest in UFO matters is some comment to the effect
|
|
that the witness not only knew little about UFOs beyond what he'd happened to
|
|
read in newspapers, but he was strongly disinclined to take the whole
|
|
business seriously. The repetitiveness and yet the spontaneity with which
|
|
witnesses of seeming high credibility make statements similar to, "I didn't
|
|
believe there was anything to all the talk about UFOs until I actually saw
|
|
this thing," is a notable feature of the interview-experience of all of the
|
|
investigators with whom I have talked. Obviously, an intending prevaricator
|
|
might seek to deceive his interrogator by inventing such an assertion; but I
|
|
can only say that suspicion of being so duped has not been aroused more than
|
|
once or twice in all of the hundreds of witnesses I have interviewed. On the
|
|
other hand, I suppose that, in several dozen instances, I have lost interest
|
|
in a case because of a witness openly stressing his own prior and subsequent
|
|
interest in the extraterrestrial hypothesis.
|
|
|
|
Occasionally one encounters witnesses for whom the chance of prior
|
|
knowledge is so low as to be almost amusing. An Anglican missionary in New
|
|
Guinea, Rev. N. E. G. Cruttwell (Ref. 9), who has done much interviewing of
|
|
UFO witnesses in his area, has described testimony of natives who come down
|
|
into the mission area from their highland home territory only when they are
|
|
wallaby-hunting, natives who could not read UFO reports in any language of
|
|
the world, yet who come around, in their descriptions of what they have seen,
|
|
to the communications-shortcut of picking up a bowl or dish from a nearby
|
|
table to suggest the shape they are seeking to describe in native tongue.
|
|
Little chance of bias gained from reading magazines in a barber-chair in such
|
|
instances.
|
|
|
|
6. Types of UFO accounts of present interest.
|
|
|
|
The scope of the present statement precludes anything approaching an
|
|
exhaustive listing of categories of UFO phenomena: much of what might be made
|
|
clear at great length will have to be compressed into my remark that the
|
|
scientific world at large is in for a shock when it becomes aware of the
|
|
astonishing nature of the UFO phenomenon and its bewildering complexity. I
|
|
make that terse comment well aware that it invites easy ridicule; but
|
|
intellectual honesty demands that I make clear that my two years' study
|
|
convinces me that in the UFO problem lie scientific and technological
|
|
questions that will challenge the ability of the world's outstanding
|
|
scientists to explain - as soon as they start examining the facts.
|
|
|
|
a) Lights in the night sky.
|
|
|
|
("DLs" as they are called by the NICAP staff, on the basis that the profusion
|
|
of reports of "damnable lights" meandering or hovering or racing across the
|
|
night sky in unexplainable manner are one of the most common, yet one of the
|
|
least useful and significant categories of UFO reports.) Ultimately, I think
|
|
their significance could become scientifically very substantial when
|
|
instrumental observing techniques are in wide use to monitor UFO movements.
|
|
But there are many ways that observers can be misled by lights in the night
|
|
sky, so I shall discuss below only such few cases as are of extremely
|
|
unconventional nature and where the protocols of the observations are
|
|
unusually strong.
|
|
|
|
b) Close-range sightings of wingless discs and cigar-shaped objects.
|
|
|
|
This category is far more interesting. Many are daytime sightings, many have
|
|
been made by witnesses of quite high credibility. Structural details such as
|
|
"ports" and "legs" (to use the terms the witnesses have adopted to suggest
|
|
most closely what they think they have seen) are described in many instances.
|
|
Lack of wings and lack of evident means of propulsion clearly rule out
|
|
conventional aircraft and helicopters. Many are soundless, many move at such
|
|
speeds and with such accelerations that they defy understanding in terms of
|
|
present technology. It is to be understood that I speak here only of reports
|
|
from what I regard as credible observers.
|
|
|
|
c) Close-range nighttime sightings of glowing, hovering objects, often
|
|
with blinking or pulsating discrete lights.
|
|
|
|
In these instances, distinct shape is not seen, evidently in many cases
|
|
because of the brilliance of the lights. Less significant than those of the
|
|
preceding category, these nonetheless cannot be accounted for in terms of any
|
|
known vehicles. Frequently they are reported hovering over vehicles on the
|
|
ground or following them. Sometimes they are reported hovering over
|
|
structures, factories, power installations, and the like. Soundlessness is
|
|
typical. Estimated sizes vary widely, over a range that I do not believe can
|
|
be accounted for simply in terms of the known unreliability of distance and
|
|
size estimates when one views an unknown object.
|
|
|
|
d) Radar-tracked objects, sometimes seen visually simultaneously by
|
|
observers on the ground or in the air.
|
|
|
|
In many of these cases, the clues to the non-conventional nature of the radar
|
|
target is high speed (estimated at thousands of miles per hour in certain
|
|
instances); in others, it is alternate motion and hovering; in still others,
|
|
it has been the unconventional vertical motions that make the radar
|
|
observations significant. Clearly, most important are those instances in
|
|
which there was close agreement between the visual and radar unknown. There
|
|
are far more such cases than either scientists or public would guess.
|
|
|
|
Those four categories do not exhaust the list by any means. But they
|
|
constitute four commonly encountered categories that are of interest here.
|
|
Examples will be found below.
|
|
|
|
7. Commonly encountered questions.
|
|
|
|
As Mark Twain said, "Faith is a great thing, but it's doubt that gets you
|
|
an education."
|
|
|
|
There are many questions that one encounters again and again from persons
|
|
who have done no personal case-checking and who maintain a healthy skepticism
|
|
about UFOs. Why don't pilots report these things if they are buzzing around
|
|
in our skies? Why aren't they tracked on radar? Why don't our satellite and
|
|
astronomical tracking systems get photos of UFOs? Why are they always seen in
|
|
out-of-the-way rural areas but never over large cities? Why don't large
|
|
groups of people ever simultaneously see UFOs, instead of lone individuals?
|
|
Why don't astronomers see them? Shouldn't UFOs occasionally crash and leave
|
|
clear-cut physical evidence of their reality? Or shouldn't they at least
|
|
leave some residual physical evidence in those alleged instances where the
|
|
objects have landed? Shouldn't they affect radios and produce other
|
|
electromagnetic effects at times? If UFOs are a product of some high
|
|
civilization, wouldn't one expect something of the nature of inquisitive
|
|
behavior, since innate curiosity must be a common demonimator of anything we
|
|
would call "intelligence"? Why haven't they contacted us if they're from
|
|
somewhere else in the universe and have been here for at least two decades?
|
|
Is there any evidence of hostility or hazard? Are UFOs seen only in this
|
|
country? Why didn't we see them before 1947, if they come from remote
|
|
sources? And so on.
|
|
|
|
In the following sections, I shall show how some of these questions do
|
|
have quite satisfactory answers, and how some of them still defy adequate
|
|
rebuttal. I shall use mostly cases that I have personally investigated, but,
|
|
in a few instances (clearly indicated), I shall draw upon cases which I have
|
|
not directly checked but for which I regard the case-credentials as very
|
|
strong.
|
|
|
|
8. Useful source materials on UFOs.
|
|
|
|
Hoping that Committee staff personnel will be pursuing these matters
|
|
further, I remark next on some of the more significant items in the UFO
|
|
literature. All of these have been helpful in my own studies.
|
|
|
|
One of the outstanding UFO references (though little-known in scientific
|
|
circles) is _The UFO Evidence_, edited by R. H. Hall and published by NICAP
|
|
(Ref. 10). It summarizes about 750 UFO cases in the NICAP files up to about
|
|
1964. I have cross-checked a sufficiently large sample of cases from this
|
|
reference to have confidence in its generally very high reliability. A sequel
|
|
volume, now in editorial preparation at NICAP, will cover the 1964-68 period.
|
|
Reference 8, by Bloecher, is one of the few sources of extensive
|
|
documentation (here primarily from national newspaper sources) of the large
|
|
cluster of sightings in a period of just a few weeks in the summer of 1947;
|
|
its study is essential to appreciation of the opening phases of the publicly
|
|
recognized UFO problem. Reference 7 is another now-accessible source of
|
|
extremely significant UFO documentation; it is unfortunate that no generally
|
|
accessible version of Reference 6 exists, though the Moss Subcommittee,
|
|
through pleas of Dr. Leon Davidson, has managed to get it into a status of at
|
|
least limited accessibility. I am indebted to Davidson for a recent
|
|
opportunity to study it for details I missed when I saw it two years ago at
|
|
|
|
The 1956 book by Ruppelt (Ref. 5) is a source whose authenticity I have
|
|
learned, through much personal cross-checking, is far higher than I surmised
|
|
when I first read it a dozen years ago. It was for years difficult for me to
|
|
believe that the case-material which he summarized could come from real
|
|
cases, References 5 and 6, plus other sources, do, however, now attest to
|
|
Ruppelt's generally high reliability. Similarly Keyhoe's books (Refs. 3 and
|
|
4) emerge as sources of UFO case material whose reliability far exceeds my
|
|
own first estimates thereof. As a scientist, I would have been much more
|
|
comfortable about Keyhoe's books had they been shorn of extensive direct
|
|
quotes and suspenseful dramatizations; but I must stress that much checking
|
|
on my part has convinced me that Keyhoe's reportorial accuracy was almost
|
|
uniformly high. Scientists will tend to be put off by some of his scientific
|
|
commentary, as well as by his style; but on UFO case material, his
|
|
reliability must be recognized as impressive. (Perhaps it is well to insert
|
|
here the general proviso that none of these sources, including myself, can be
|
|
expected to be characterized by 100 per cent accuracy in a problem as
|
|
intrinsically messy as the UFO problem; here I am trying to draw attention to
|
|
sources whose reliability appears to be in the 90+% range. )
|
|
|
|
A useful collection of 160 UFO cases drawn from a wide variety of sources
|
|
has been published by Olsen (Ref. 11), 32 of which he obtained directly from
|
|
the official files of Project Bluebook, a feature of particular interest. A
|
|
book devoted to a single short period of numerous UFO observations within a
|
|
small geographic area, centering around an important sighting near Exeter,
|
|
N.H., is Fuller's _Incident at Exeter_ (Ref. 12). Having checked personally
|
|
on a number of features of the main Sept. 3, 1965, sighting, and having
|
|
checked indirectly on other aspects, I would describe Reference 12 as one of
|
|
the significant source items on UFOs.
|
|
|
|
Several books by the Lorenzens, organizers of APRO, the oldest continuing
|
|
UFO investigating group in this country, contain valuable UFO reference
|
|
material (Ref. 13). Through their writing, and especially through the _APRO
|
|
Bulletin_, they have transmitted from South American sources numerous unusual
|
|
sightings from that country. I have had almost no opportunity to cross-check
|
|
those sightings, but am satisfied that some quite reliable sources are being
|
|
drawn upon. An extremely unusual category of cases, those involving reports
|
|
of humanoid occupants of landed UFOs, has been explored to a greater extent
|
|
by APRO than by NICAP. Like NICAP, I have tended to skirt such cases on
|
|
tactical grounds; the reports are bizarre, and the circumstances of all such
|
|
sightings are automatically charged in a psychological sense not found in
|
|
other types of close-range sightings of mere machine-like devices. Since I
|
|
shall not take up below this occupant problem, let me add the comment that I
|
|
do regard the total number of such seemingly reliable reports (well over a
|
|
hundred came just from central France in the outstanding 1954 sighting wave
|
|
in that country), far too great to brush aside. Expert psychological opinion
|
|
is badly needed in assessing such reports (expert but not close-minded
|
|
opinion). For the record, I should have to state that my interviewing results
|
|
dispose me toward acceptance of the existence of humanoid occupants in some
|
|
UFOs. I would not argue with those who say that this might be the single most
|
|
important element of the entire UFO puzzle; I would only say that most of my
|
|
efforts over the past two years, being aimed at arousing a new degree of
|
|
scientific interest among my colleagues in the physical sciences, have led me
|
|
to play down even the little that I do know about occupant sightings. One or
|
|
two early attempts to touch upon that point within the time-limits of a one-
|
|
hour colloquium taught me that one loses more than he gains in speaking
|
|
briefly about UFO occupants. (Occupant sightings must be carefully
|
|
distinguished from elaborate "contact-claims" with the Space Brothers; I hold
|
|
no brief at all for the latter in terms of my present knowledge and
|
|
interviewing experience. But occupants there _seem_ to be, and contact of a
|
|
limited sort may well have occurred, according to certain of the reports. I
|
|
do not regard myself as very well-informed on this point, and will say little
|
|
more on this below.)
|
|
|
|
It is, of course, somewhat more difficult to assess the reliability of
|
|
foreign UFO references. Michel (Ref. 13) has assembled a day-by-day account
|
|
of the remarkable French UFO wave of the fall of 1954, translated into
|
|
English by the staff of CSI (Civilian Saucer Intelligence) of New York City,
|
|
a now-inactive but once very productive independent group. I have spoken with
|
|
persons having first-hand knowledge of the French 1954 episode, and they
|
|
attest to its astonishing nature. _Life_ and _The New Yorker_ published full
|
|
contemporary accounts at the time of the 1954 European wave. An earlier book
|
|
by Michel (Ref. 14), also available in English, deals with a broader temporal
|
|
and geographic range of European UFO sightings. A just-published account of
|
|
about 70 UFO sightings that occurred within a relatively small area around
|
|
Stoke-on-Trent, England, in the summer and fall of 1967 (Ref. 15) presents an
|
|
unusual cross-section of sightings that appear to be well-documented. A
|
|
number of foreign UFO journals are helpful sources of the steady flow of UFO
|
|
reports from other parts of the world, but a cataloging will not be attempted
|
|
here. Information on some of these, as well as on smaller American groups,
|
|
can be found in the two important books by Vallee (Refs. 16 and 17).
|
|
|
|
Information on pre-1947 UFO-type sightings form the subject of a recent
|
|
study by Lore and Denault (Ref. 18). I shall return to this phase of the UFO
|
|
problem below; I regard it as being of potentially very great significance,
|
|
though there is need for far more scholarly and scientific research before
|
|
much of it can be safely interpreted. Another source of sightings of which
|
|
many may ultimately be found to fall within the presently understood category
|
|
of UFO sightings is the writings of Charles Fort (Ref. 19) . His curious
|
|
books are often drawn upon for material on old sightings, but not often duly
|
|
acknowledged for the mine of information they comprise. I am afraid that it
|
|
has not been fashionable to take Fort seriously; it certainly took me some
|
|
time to recognize that, mixed into his voluminous writings, is much that
|
|
remains untapped for its scientific import. I cannot imagine any escalated
|
|
program of research on the UFO program that would not have a subgroup
|
|
studying Fortean reports documented from 19th century sources.
|
|
|
|
To close this brief compilation of useful UFO references, two recent
|
|
commentaries (not primarily source-references) of merit may be cited, books
|
|
by Stanton (Ref. 20) and by Young (Ref. 21).
|
|
|
|
Next, I examine a number of specific UFO cases that shed light on many of
|
|
the recurrent questions of skeptical slant often raised against serious
|
|
consideration of the UFO problem.
|
|
|
|
WHY DON'T PILOTS SEE UFOs?
|
|
|
|
This question may come in just that form from persons with essentially no
|
|
knowledge of UFO history. From others who do know that there have been "a
|
|
few" pilot-sightings, it comes in some altered form, such as, "Why don't
|
|
airline and military pilots see UFOs all the time if they are in our
|
|
atmosphere?" By way of partial answer, consider the following cases. (To
|
|
facilitate internal reference, I shall number sequentially all cases here
|
|
after treated in detail.)
|
|
|
|
1. Case 1. Boise, Idaho, July 4, 1947.
|
|
|
|
Only about a week after the now-famous Mt. Rainier sighting by private
|
|
pilot Kenneth Arnold, a United Air Lines DC-3 crew sighted two separate
|
|
formations of wingless discs, shortly after takeoff from Boise (Refs. 8, 10,
|
|
22, 23). I located and interviewed the pilot, Capt. Emil J. Smith, now with
|
|
United's New York office. He confirmed the reliability of previously
|
|
published accounts. United Flight 105 had left Boise at 9:04 p.m. About eight
|
|
minutes out, en route to Seattle, roughly over Emmett, Idaho, Co-pilot
|
|
Stevens, who spotted the first of two groups of objects, turned on his
|
|
landing lights under the initial impression the objects were air craft. But,
|
|
studying them against the twilight sky, Smith and Stevens soon realized that
|
|
neither wings nor tails were visible on the five objects ahead. After calling
|
|
a stewardess, in order to get a third confirming witness, they watched the
|
|
formation a bit longer, called Ontario, Oregon CAA to try to get ground-
|
|
confirmation, and then saw the formation spurt ahead and disappear at high
|
|
speed off to the west.
|
|
|
|
Smith emphasized to me that there were no cloud phenomena to confuse them
|
|
here and that they observed these objects long enough to be quite certain
|
|
that they were no conventional aircraft. They appeared "flat on the bottom,
|
|
rounded on top", he told me, and he added that there seemed to be perceptible
|
|
"roughness" of some sort on top, though he could not refine that description.
|
|
Almost immediately after they lost sight of the first five, a second
|
|
formation of four (three in line and a fourth off to the side) moved in ahead
|
|
of their position, again travelling westward but at a somewhat higher
|
|
altitude than the DC-3's 8000 ft. These passed quickly out of sight to the
|
|
west at speeds which they felt were far beyond then-known speeds. Smith
|
|
emphasized that they were never certain of sizes and distances, but that they
|
|
had the general impression that these disc-like craft were appreciably larger
|
|
than ordinary aircraft. Smith emphasized that he had not taken seriously the
|
|
previous week's news accounts that coined the since-persistent term, "flying
|
|
saucer." But, after seeing this total of nine unconventional, high-speed
|
|
wingless craft on the evening of 7/4/47, he became much more interested in
|
|
the matter. Nevertheless, in talking with me, he stressed that he would not
|
|
speculate on their real nature or origin. I have spoken with United Air Lines
|
|
personnel who have known Smith for years and vouch for his complete
|
|
reliability.
|
|
|
|
Discussion
|
|
|
|
The 7/4/47 United Air Lines sighting is of historic interest because it
|
|
was obviously given much more credence than any of the other 85 UFO reports
|
|
published in press accounts on July 4, 1947 (see Ref. 8). By no means the
|
|
most impressive UFO sighting by an airliner crew, nevertheless, it is a
|
|
significant one. It occurred in clear weather, spanned a total time estimated
|
|
at 10-12 minutes, was a multiple-witness case including two experienced
|
|
observers familiar with airborne devices, and was made over a 1000-ft
|
|
altitude range (climb-out) that, taken together with the fact that the nine
|
|
objects were seen well above the horizon, entirely rules out optical
|
|
phenomena as a ready explanation. It is officially listed as an Unidentified.
|
|
|
|
2. Case 2. Montgomery, Alabama, July 24, 1948.
|
|
|
|
Another one of the famous airline sightings of earlier years is the
|
|
Chiles-Whitted Eastern Airlines case (Refs. 3, 5, 6, 10, 23, 24, 25, 26). An
|
|
Eastern DC-3, en route from Houston to Atlanta, was flying at an altitude of
|
|
about 5000 ft, near Montgomery at 2:45 a.m. The pilot, Capt. Clarence S.
|
|
Chiles, and the co-pilot, John B. Whitted, both of whom now fly jets for
|
|
Eastern, were experienced fliers (for example, Chiles then had 8500 hours in
|
|
the air, and both had wartime military flying duty behind them). I
|
|
interviewed both Chiles and Whitted earlier this year to cross-check the many
|
|
points of interest in this case. Space precludes a full account of all
|
|
relevant details.
|
|
|
|
Chiles pointed out to me that they first saw the object coming out of a
|
|
distant squall-line area which they were just then reconnoitering. At first,
|
|
they thought it was a jet, whose exhaust was somehow accounting for the
|
|
advancing glow that had first caught their eyes. Coming almost directly at
|
|
them at nearly their flight altitude, it passed off their starboard wing at a
|
|
distance on which the two men could not closely agree: one felt it was under
|
|
1000 ft, the other put it at several times that. But both agreed, then and in
|
|
my 1968 interview, that the object was some kind of vehicle. They saw no
|
|
wings or empennage, but both were struck by a pair of rows of windows or some
|
|
apparent openings from which there came a bright glow "like burning
|
|
magnesium." The object had a pointed "nose", and from the nose to the rear
|
|
along its underside there was a bluish glow. Out of the rear end came an
|
|
orange-red exhaust or wake that extended back by about the same distance as
|
|
the object's length. The two men agreed that its size approximated that of a
|
|
B-29, though perhaps twice as thick. Their uncertainty as to true distance,
|
|
of course, renders this only a rough impression. There is uncertainty in the
|
|
record, and in their respective recollections, as to whether their DC-3 was
|
|
rocked by something like a wake. Perception of such an effect would have been
|
|
masked by Chiles' spontaneous reaction of turning the DC-3 off to the left as
|
|
the object came in on their right. Both saw it pass aft of them and do an
|
|
abrupt pull-up; but only Whitted, on the right side, saw the terminal phase
|
|
in which the object disappeared after a short but fast vertical ascent. By
|
|
"disappeared", Whitted made clear to me that he meant just that; earlier
|
|
interrogations evidently construed this to mean "disappeared aloft" or into
|
|
the broken cloud deck that ray above them. Whitted said that was not so; the
|
|
object vanished instantaneously after its sharp pull-up. (This is not an
|
|
isolated instance of abrupt disappearance. Obviously I cannot account for
|
|
such cases.)
|
|
|
|
Discussion
|
|
|
|
This case has been the subject of much comment over the years, and
|
|
rightly so. Menzel (Ref. 24) first proposed that this was a "mirage", but
|
|
gave no basis for such an unreasonable interpretation. The large azimuth
|
|
change of the pilots' line of sight, the lack of any obvious light source to
|
|
provide a basis for the rather detailed structure of what was seen, the sharp
|
|
pull-up, and the high flight altitude involved all argue quite strongly
|
|
against such a casual disposition of the case. In his second book, Menzel
|
|
(Ref. 25) shifts to the explanation that they had obviously seen a meteor. A
|
|
horizontally-moving fireball under a cloud deck, at 5000 ft, exhibiting two
|
|
rows of lights construed by experienced pilots as ports, and finally
|
|
executing a most non-ballistic 90-degree sharp pull-up, is a strange fireball
|
|
indeed. Menzel's 1963 explanation is even more objectionable, in that he
|
|
implies, via a page of side-discussion, that the Eastern pilots had seen a
|
|
fireball from the Delta Aquarid meteor stream. As I have pointed out
|
|
elsewhere (Ref. 2), the radiant of that stream was well over 90 degrees away
|
|
from the origin point of the unknown object. Also, bright fireballs are, with
|
|
only rare exceptions, not typical of meteor streams. The official explanation
|
|
was shifted recently from "Unidentified" to "Meteor", following publication
|
|
of Menzel's 1963 discussion (see Ref. 20, p. 88).
|
|
|
|
Wingless, cigar-shaped or "rocket-shaped" objects, some emitting glowing
|
|
wakes, have been reported by other witnesses. Thus, Air Force Capt. Jack
|
|
Puckett, flying near 4000 ft over Tampa in a C-47 on August 1, 1946 (Ref. 10,
|
|
p, 23), described seeing "a long, cylindrical shape approximately twice the
|
|
size of a B-29 with luminous portholes", from the aft end of which there came
|
|
a stream of fire as it flew near his aircraft. Puckett states that he, his
|
|
copilot, Lt. H. F. Glass, and the flight engineer also saw it as it came in
|
|
to within an estimated 1000 yards before veering off. Another somewhat
|
|
similar airborne sighting, made in January 22, 1956 by TWA Flight Engineer
|
|
Robert Mueller at night over New Orleans, is on record (Ref. 27). Still
|
|
another similar sighting is the AAL case cited below (Sperry case). Again,
|
|
over Truk Is., in the Pacific, a Feb. 6, 1953, mid-day sighting by a weather
|
|
officer involved a bullet-shaped object without wings or tail (Ref. 7, Rept,
|
|
No. 10). Finally, within an hour's time of the Chiles-Whitted sighting, Air
|
|
Force ground personnel at Robins AFB, Georgia, saw a rocket-like object shoot
|
|
overhead in a westerly direction (Refs. 3, 5, 10, 6). In none of these
|
|
instances does a meteorological or astronomical explanation suffice to
|
|
explain the sightings.
|
|
|
|
3. Case 3. Sioux City, Iowa, January 20, 1951.
|
|
|
|
Another of the many airline-crew sightings of highly unconventional
|
|
aerial devices that I have personally checked was, like Cases 1 and 2, widely
|
|
reported in the national press (for a day or two, and then forgotten like the
|
|
rest). A check of weather data confirms that the night of 1/20/51 was clear
|
|
and cold at Sioux City at the time that a Mid-Continent Airlines DC-3,
|
|
piloted by Lawrence W. Vinther, was about to take off for Omaha and Kansas
|
|
City, at 8:20 p.m. CST. In the CAA control tower, John M. Williams had been
|
|
noting an oddly maneuvering light high in a westerly direction. Suddenly the
|
|
light abruptly accelerated, in a manner clearly precluding either meteoric or
|
|
aircraft origin, so Williams alerted Vinther and his co-pilot, James F.
|
|
Bachmeier. The incident has been discussed many times (Ref. 4, 5, 10, and
|
|
28), but to check details of these reports, I searched for and finally
|
|
located all three of the above-named men. Vinther and Bachmeier are now
|
|
Braniff pilots, Williams is with the FAA in Sacramento. From them I confirmed
|
|
the principal features of previous accounts and learned additional
|
|
information too lengthy to recapitulate in full here.
|
|
|
|
The essential point to be emphasized is that, shortly after Vinther Got
|
|
his DC-3 airborne, under Williams' instructions to investigate the oddly-
|
|
behaving light, the object executed a sudden dive and flew over the DC at an
|
|
estimated 200 ft vertical clearance, passing aft and downward. Then a
|
|
surprising maneuver unfolded. As Vinther described it to me, and as described
|
|
in contemporary accounts, the object suddenly reversed course almost 180
|
|
degrees, without slowing down or slewing, and was momentarily flying
|
|
formation with their DC-3, off its port wing. (Vinther's dry comment to me
|
|
was: "This is something we don't see airplanes do.") Vinther and Bachmeier
|
|
agreed that the object was very big, perhaps somewhat larger than a B-, they
|
|
suggested to newspapermen who interviewed them the following day. Moonlight
|
|
gave them a good silhouetted view of the object, which they described as
|
|
having the form of a fuselage and unswept wing, but not a sign of any
|
|
empennage, nor any sign of engine-pods, propellers, or jets. Prior to its
|
|
dive, it had been seen only as a light; while pacing their DC-3, the men saw
|
|
no luminosity, though during the dive they saw a light on its underside.
|
|
After about five seconds, the unknown object began to descend below them and
|
|
flew under their plane. They put the DC-3 into a steep bank to try to keep it
|
|
in view as it began this maneuver; and as it crossed under them, they lost
|
|
it, not to regain sight of it subsequently.
|
|
|
|
There is much more detail, not all mutually consistent as to maneuvers
|
|
and directions, in the full accounts I obtained from Vinther, Bachmeier, and
|
|
Williams. The dive, pacing, and fly-under maneuvers were made quickly and at
|
|
such a distance from the field that Williams did not see them clearly, though
|
|
he did see the object leave the vicinity of the DC-3. An Air Force colonel
|
|
and his aide were among the passengers, and the aide caught a glimpse of the
|
|
unknown object, but I have been unable to locate him for further cross-check.
|
|
|
|
Discussion.
|
|
|
|
The erratic maneuvers exhibited by the unknown object while under
|
|
observation from the control tower would, by themselves, make this a better-
|
|
than-average case. But the fact that those maneuvers prompted a tower
|
|
operator to alert a departing aircrew to investigate, only to have the object
|
|
dive upon and pace the aircraft after a non-inertial course-reversal, makes
|
|
this an unusually interesting UFO. Its configuration, about which Vinther and
|
|
Bachmeier were quite positive in their remarks to me (they repeatedly
|
|
emphasized the bright moonlight, which checks with the near-full moon on
|
|
1/20/51 and the sky-cover data I obtained from the Sioux City Weather
|
|
Bureau), combines with other features of the sighting to make it a most
|
|
significant case. The reported shape (tailless, engineless, unswept aircraft
|
|
of large size) does not match that of any other UFO that I am aware of; but
|
|
my exposure to the bewildering range of reported configurations now on record
|
|
makes this point less difficult to assimilate. This case is officially
|
|
carried as Unidentified, and, in a 1955 publication (Ref. 29), was one of 12
|
|
Unidentifieds singled out for special comment. A contemporary account (Ref.
|
|
28), taking note of a then recent pronouncement that virtually all UFOs are
|
|
explainable in terms of misidentified Skyhook balloons, carried a lead-
|
|
caption: "The Office of Naval Research claims that cosmic ray balloons
|
|
explain all saucer reports. If so, what did this pilot see?" Certainly it
|
|
would not be readily explained away as a balloon, a meteor, a sundog, or ball
|
|
lightning. Rather, it seems to be just one more of thousands of Unidentified
|
|
Flying Objects for which we have no present explanations because we have
|
|
laughed such reports out of scientific court. Bachmeier stated to me that, at
|
|
the time, he felt it had to be some kind of secret device, but, in the
|
|
ensuing 17 years, we have not heard of any aircraft that can execute
|
|
instantaneous course-reversal. Vinther's comment to me on a final question I
|
|
asked as to what he thinks, in general, about the many airline-pilot
|
|
sightings of unidentified objects over the past 20 years, was: "We're not all
|
|
having hallucinations."
|
|
|
|
4. Case 4. Minneapolis, Minn., October 11, 1951.
|
|
|
|
There are far more private pilots than airline pilots, so it is not
|
|
surprising that there are more UFO sightings from the former than the latter.
|
|
An engineer and former Air Force P-38 pilot, Joseph J. Kaliszewski, flying
|
|
for the General Mills Skyhook balloon program on balloon-tracking missions
|
|
saw highly unconventional objects on two successive days in October, 1951
|
|
(Refs. 5, 7, 10). Both were reported through company channels to the official
|
|
investigative agency (Bluebook), whose report (Ref. 7) describes the
|
|
witnesses as "very reliable" and as "experienced high altitude balloon
|
|
observers." On October 10, at about 10:10 a.m., Kaliszewski and Jack Donaghue
|
|
were at 6000 ft in their light plane, climbing toward their target balloon,
|
|
when Kaliszewski spotted "a strange object crossing the skies from East to
|
|
West, a great deal higher and behind our balloon (which was near 20,000 ft at
|
|
that time)." When I interviewed Kaliszewski, he confirmed that this object
|
|
"had a peculiar glow to it, crossing behind and above our balloon from east
|
|
to west very rapidly, first coming in at a slight dive, leveling off for
|
|
about a minute and slowing down, then into a sharp left turn and climbing at
|
|
an angle of 50 to 60 degrees into the southeast with a terrific
|
|
acceleration." The two observers had the object in view for an estimated two
|
|
minutes, during which it crossed a span of some 45 degrees of the sky. No
|
|
vapor trail was seen, and Kaliszewski was emphatic in asserting that it was
|
|
not a balloon, jet, or conventional aircraft.
|
|
|
|
The following morning, near 0630, Kaliszewski was flying on another
|
|
balloon mission with Richard Reilly and, while airborne north of Minneapolis,
|
|
the two of them noticed an odd object. Quoting from the account submitted to
|
|
the official agency (Ref. 7, Rept. No. 2):
|
|
|
|
"The object was moving from east to west at a high rate and
|
|
very high. We tried keeping the ship on a constant course
|
|
and using the reinforcing member of the windshield as a
|
|
point. The object moved past this member at about 50 degrees
|
|
per second. This object was peculiar in that it had what can
|
|
be described as a halo around it with a dark undersurface.
|
|
It crossed rapidly and then slowed down and started to climb
|
|
in lazy circles slowly. The pattern it made was like a
|
|
falling oak leaf inverted, It went through these gyrations
|
|
for a couple minutes and then with a very rapid acceleration
|
|
disappeared to the east. This object Dick and I watched for
|
|
approximately five minutes."
|
|
|
|
Shortly after, still another unknown object shot straight across the Sky from
|
|
west to east, but not before Kaliszewski succeeded in radioing theodolite
|
|
observers at the University of Minnesota Airport. Two observers there
|
|
(Douglas Smith, Richard Dorian) got fleeting glimpses of what appeared to
|
|
them to be a cigar-shaped object viewed through the theodolite, but could not
|
|
keep it in view due to its fast angular motion. In my conversations with
|
|
Kaliszewski about these sightings , I gained the impression of talking with a
|
|
careful observer, in full accord with impressions held by three other
|
|
independent sources, including Air Force investigators.
|
|
|
|
Discussion.
|
|
|
|
The October 10 sighting is officially categorized as "Aircraft," the
|
|
October 11 main sighting as "Unidentified." When I mentioned this to
|
|
Kaliszewski, he was unable to understand how any distinction could be so
|
|
drawn between the two sightings, both of which he felt matched no known
|
|
aeronautical device. Clearly, objects performing such intricate maneuvers are
|
|
not meteors, nor can they be fitted to any known meteorological explanations
|
|
of which I am aware. Instead, these objects seem best described as devices
|
|
well beyond the state of 1951 (or 1968) technology.
|
|
|
|
5. Case 5. Willow Grove, Pa., May 21, 1966.
|
|
|
|
Skipping over many other pilot observations to a more recent one which I
|
|
have personally checked, I call attention to a close-range airborne sighting
|
|
of a domed-disc, seen under midday conditions by two observers. One of them,
|
|
William C. Powell, of Radnor, Pa., is a pilot with 18,000 logged flight
|
|
hours. He and a passenger, Miss Muriel McClave, were flying in Powell' s
|
|
Luscombe in the Philadelphia area on the afternoon of 5/21/66 when an object
|
|
that had been first spotted as it apparently followed an outbound flight of
|
|
Navy jets from Willow Grove NAS made a sharp (non-banking) turn and headed
|
|
for Powell's plane on a near-collision course. As the object passed close by,
|
|
at a distance that Powell put at roughly 100 yards, they both got a good look
|
|
at the object. It was circular in planform and had no wings or visible means
|
|
of propulsion, both witnesses emphasized to me in interviews. The upper domed
|
|
portion they described as "porcelain-white", while the lower discoid portion
|
|
was bright red ("dayglow red" Powell put it). It was slightly below their
|
|
altitude as it passed on their right, and Powell pointed out that it was
|
|
entirely solid, for it obscured the distant horizon areas. His brief comment
|
|
about its solidity and reality was, "It was just like looking at a Cadillac."
|
|
He estimated its airspeed as perhaps 200 mph, and it moved in a steady, non-
|
|
fluttering manner. He estimated its diameter at perhaps 20 feet. Miss McClave
|
|
thought it might have been nearer 40 feet across. Each put the thickness-to-
|
|
diameter ratio as about one-half. After it passed their starboard wing,
|
|
Powell could see it only by looking back over his shoulder through a small
|
|
aft window, but Miss McClave had it in full view when suddenly, she stated to
|
|
me, it disappeared instantaneously, and they saw no more of it.
|
|
|
|
Discussion.
|
|
|
|
Powell flies executive transports for a large Eastern firm, after years of
|
|
military and airline duty. I have discussed the case with one of his
|
|
superiors, who speaks without qualification for Powell's trustworthiness. At
|
|
a UFO panel discussion held on April 22, 1967 at the annual meeting of the
|
|
American Society of Newspaper Editors , Powell was asked to summarize his
|
|
sighting. His account is in the proceedings of that session (Ref. 30). I know
|
|
of no natural phenomenon that could come close to explaining this sighting.
|
|
The visibility was about 15 miles, they were flying in the clear at 4500 ft,
|
|
and the object passed nearby. A pilot with 18,000 hours flight experience is
|
|
not capable of precise midair distance and speed estimates, but his survival
|
|
has probably hinged on not commonly making errors of much over a factor of
|
|
two. Given the account and accepting its reliability, it seems necessary to
|
|
say that here was one more case of what Gen. Samford described as "credible
|
|
observers seeing relatively incredible objects". I felt that Powell's summary
|
|
of his sighting at the ASNE meeting was particularly relevant because, in
|
|
addition to my being on the panel there, Dr. D. H. Menzel and Mr. Philip J.
|
|
Klass, both strong exponents of meteorological-type UFO theories, were
|
|
present to hear his account. I cannot see how one could explain this incident
|
|
in terms of meteorological optics nor in terms of ball lighting plasmoids.
|
|
Here again, we appear to be dealing with a meaningful observation of some
|
|
vehicle or craft of non-terrestrial oriqin. Its reported instantaneous
|
|
disappearance defies (as does the same phenomenon reported by J. B. Whitted
|
|
and numerous other UFO witnesses) ready explanation in terms of present-day
|
|
scientific knowledge. Powell reported his sighting at Willow Grove NAS, but
|
|
it engendered no interest.
|
|
|
|
6. Case 6. Eastern Quebec, June 29, 1954.
|
|
|
|
A case in which I have not been able to directly interview any witnesses,
|
|
but about which a great deal is on record, through contemporary press
|
|
accounts, through the pilot's subsequent report, and through recent
|
|
interviews by BBC staff members, occurred near Seven Islands, Quebec, just
|
|
after sunset on 6/29/54. A BOAC Stratocruiser, bound from New York to London
|
|
with 51 passengers, was followed for 18 minutes (about 80 miles of airpath)
|
|
by one large object and six smaller objects that flew curious "formations"
|
|
about it. The pilot of the Stratocruiser was Capt. James Howard, a highly
|
|
respected BOAC flight officer still flying with BOAC. At the time, he had
|
|
7500 flight hours. About 20 witnesses, including both passengers and crew,
|
|
gave statements as to the unprecedented nature of these objects (Refs. 4, 10,
|
|
and Associated Press wire stories datelined June 30, 1954).
|
|
|
|
Discussion.
|
|
|
|
The flight was at 19,000 ft in an area of generally fair weather, with good
|
|
visibility, attested by Howard and by weather maps for that day. No obvious
|
|
optical or electrical explanation seems capable of accounting for this long-
|
|
duration sighting. The objects were dark, not glowing, and their position
|
|
relative to the sunset point precludes sundogs as an explanation. Mirage
|
|
phenomena could not account for the eighty-mile persistence, nor for the type
|
|
of systematic shape-changes described by the witnesses, nor for the
|
|
geometrically regular formations taken up by the satellite objects as they
|
|
shifted positions from time to time. Just before an F-86 arrived from Goose
|
|
AFB at Howard's request, First Officer Boyd and Navigator George Allen, who
|
|
were watching the objects at that moment, said the small objects seemed to
|
|
merge into the larger object. Then the large object receded rapidly towards
|
|
the northwest and was out of sight in a matter of seconds. Such a maneuver of
|
|
a number of satellite objects seeming to merge with or to enter a larger
|
|
object has been reported in other UFO incidents around the world.
|
|
|
|
7. Case 7. Goshen, Ind., April 27, 1950.
|
|
|
|
Another early airline sighting that seemed worth personally
|
|
crosschecking involved the crew and passengers of a TWA DC-3 on the evening
|
|
of 4/27/50 (Refs. 4, 5, 10, 23). I have interviewed both the pilot, Capt.
|
|
Robert Adickes, and the copilot, Capt. Robert F. Manning, and confirmed all
|
|
of the principal features first reported in detail in a magazine account by
|
|
Keyhoe (Ref. 31). The DC-3 was at about 2000 ft, headed for Chicago, when, at
|
|
about 8:25 p.m., Manning spotted a glowing red object aft of the starboard
|
|
wing, well to their rear. Manning sent to me a copy of notes that he had made
|
|
later that night at his Chicago hotel. Quoting from the notes:
|
|
|
|
"It was similar in appearance to a rising blood red moon, and
|
|
appeared to be closing with us at a relatively slow rate of
|
|
convergence. I watched its approach for about two minutes,
|
|
trying to determine what it might be. Then I attracted
|
|
Adickes' attention to the object asking what he thought it
|
|
was. He rang for our hostess, Gloria Henshaw, and pointed it
|
|
out to her. At that time the object was at a relative bearing
|
|
of about 100 degrees and slightly lower than we were. It was
|
|
seemingly holding its position relative to us, about one-half
|
|
mile away."
|
|
|
|
Manning's account then notes that Capt. Adickes sent the stewardess back
|
|
to alert the passengers (see Keyhoe's account, Ref. 31), and then banked the
|
|
DC-3 to starboard to try to close on the unknown object. Manning continues in
|
|
his 4/27/50 notes:
|
|
|
|
"As we turned, the object seemed to veer away from us in a
|
|
direction just west of north, toward the airport area of
|
|
South Bend. It seemed to descend as it increased its
|
|
velocity, and within a few minutes was lost to our sight..."
|
|
|
|
Discussion.
|
|
|
|
Although, in my interview, I found some differences in the recollected shape
|
|
of the object, as remembered by the two TWA pilots, both were positive it was
|
|
no aircraft, both emphasized its red glow, and both were impressed by its
|
|
high speed departure. Manning remarked to me that he'd never seen anything
|
|
else like it before or since; and he conceded, in response to my query, that
|
|
the decreased number of airline reports on UFOs in recent years probably
|
|
stems chiefly from pilot reluctance to report. Both he and Adickes, like most
|
|
other pilots I have asked, indicated they were unaware of any airline
|
|
regulations precluding reporting, however. I mentioned to Adickes that there
|
|
is indirect indication in one reference (Ref. 5) that the official
|
|
explanation for this sighting was "blast-furnace reflections off clouds." He
|
|
indicated this was absolutely out of the question. It is to be noted that
|
|
here, as in many other pilot sightings, an upper bound, even if rough, is
|
|
imposed on the range to the unknown by virtue of a downward slanting line of
|
|
sight. In such instances, meteor-explanations are almost automatically
|
|
excluded. The Goshen case has no evident meteorological, astronomical, or
|
|
optical explanation.
|
|
|
|
8. Case 8. Newport News, Va., July 14, 1952.
|
|
|
|
Another case in which experienced pilots viewed UFOs below them, and
|
|
hence had helpful background-cues to distance and size, occurred near 8:12
|
|
p.m. EST, July 14, 1952. A Pan American DC-4, en route from New York to
|
|
Miami, was at 8000 ft over Chesapeake Bay, northeast of Newport News, when
|
|
its cockpit crew witnessed glowing, disc-shaped objects approaching them at a
|
|
lower altitude (estimated at perhaps 2000 ft). First Officer Wm. B. Nash, at
|
|
the controls for Capt. Koepke (who was not on the flight deck during the
|
|
sighting) and Second Officer Wm. H. Fortenberry saw six amber-glowing objects
|
|
come in at high velocity and execute a peculiar flipping maneuver during an
|
|
acute-angle direction change. Almost immediately after the first six reversed
|
|
course, two other apparently identical discs shot in under the DC-4, Joining
|
|
the other six. I am omitting here certain other maneuver details of
|
|
significance, since these are on record in many accounts (4, 5, 10, 11, 25).
|
|
Although I have not interviewed Nash (now in Germany with PAA, and
|
|
Fortenberry is deceased), I believe that there has never been any dispute as
|
|
to the observed facts. Nash has stated to T.M. Olsen (author of Ref. 11) that
|
|
one of the most accurate accounts of the facts has been given by Menzel (Ref.
|
|
25), adding that Menzel's explanation seems entirely out of the question to
|
|
him. A half-dozen witnesses on the ground also saw unknowns at that time,
|
|
according to official investigators.
|
|
|
|
The objects had definite edges, and glowed "like hot coals", except when
|
|
they blinked out, as they did in unison just after the first six were joined
|
|
by the latter two. When the lights came back on, Nash and Fortenberry saw
|
|
them climbing westward, eight in line, north of Newport News. The objects
|
|
climbed above the altitude of the DC-4 and then blinked out in random order
|
|
and were seen no more.
|
|
|
|
Discussion.
|
|
|
|
Menzel explains this famous sighting as resulting from a searchlight
|
|
playing on thin haze layers, an almost entirely ad hoc assumption, and one
|
|
that will not account for the amber color, nor for the distinct edges, nor
|
|
for the final climb-out of the objects. The rapid motion, abrupt course-
|
|
reversal, and the change from negative to positive angles of elevation of the
|
|
line of sight to the unknowns seem to preclude any meteorological-opti
|
|
explanation, and there is, of course, no possibility of explaining cases like
|
|
this in terms of ball lightning, meteors, balloons, or many of the other
|
|
frequently adduced phenomena. Nash has stated that he feels these were
|
|
"intelligently operated craft." This case is officially "Unidentified".
|
|
|
|
9. Many other pilot-sightings, both recent and old, could readily be cited.
|
|
Not only civilian pilots but dozens of military pilots have sighted wholly
|
|
unconventional objects defying ready explanation (see esp. Ref. 10 and Ref. 7
|
|
for many such instances). Thus, the answer to the question, "Why don't pilots
|
|
see UFOs?" is; "They do."
|
|
|
|
WHY ARE UFOs ONLY SEEN BY LONE INDIVIDUALS,
|
|
|
|
WHY NO MULTIPLE-WITNESS SIGHTINGS?
|
|
|
|
It is true that there are more single-witness UFO reports than multiple-
|
|
witness cases. But, to indicate that by no means all interesting UFO reports
|
|
entail lone witnesses, consider the following examples:
|
|
|
|
1. Case 9. Farmington, N.M., March 17, 1950.
|
|
|
|
In the course of checking this famous case that made short-lived press
|
|
headlines in 1950, I interviewed seven Farmington witnesses out of a total
|
|
that was contemporarily estimated at "hundreds" to "over a thousand." (Refs.
|
|
5, 25) It became clear from my interviewing that the streets were full of
|
|
residents looking up at the strange aerial display that day. It was not only
|
|
a multiple-witness case, but also a multiple object case. My checking was
|
|
done seventeen years after the fact, so the somewhat confused recollective
|
|
impressions I gained are not surprising. But that unidentified aerial objects
|
|
moved in numbers over Farmington on 3/17/50 seems clear. One witness with
|
|
whom I spoke, Clayton J. Boddy, estimated that he had observed a total of 20
|
|
to 30 disc-shaped objects, including one red one substantially larger than
|
|
the others, moving at high velocity across the Farmington sky on the late
|
|
morning of 3/17/50. John Eaton, a Farmington realtor, described being called
|
|
out of a barbershop when the excitement began and seeing a high, fast object
|
|
suddenly joined by many objects that darted after it. Eaton sent me a copy of
|
|
an account he had jotted down shortly after the incident. A former Navy
|
|
pilot, Eaton put their height at perhaps 15,000 ft. "The object that has me
|
|
puzzled was the one we saw that was definitely red. It was seen by several
|
|
and stated by all to be red and travelling northeast at a terrific speed."
|
|
Eaton also spoke of the way the smaller objects would "turn and appear to be
|
|
flat, then turn and appear to be round", a description matching an
|
|
oscillating disc-shaped object. No one described seeing any wings or tails,
|
|
and the emphasis upon the darting, "bee-like" motion was in several of the
|
|
accounts I obtained from witnesses. I obtained more details, but the above
|
|
must suffice here for a brief summary.
|
|
|
|
Discussion.
|
|
|
|
This once-headlined, but now almost forGotten multiple witness case has
|
|
been explained as resulting from the breakup of a Skyhook balloon (Ref. 25).
|
|
Skyhooks do shatter at the very low temperatures of the upper troposphere,
|
|
and occasionally break into a number of smaller pieces. But to suggest that
|
|
such fragments of transparent plastic at altitudes of the order of 40-50,000
|
|
ft could be detected by the naked eye, and to intimate that these distant
|
|
objects of low angular velocity could confuse dozens of persons into
|
|
describing fast-moving disc-shaped objects (including a large red object) is
|
|
simply not reasonable. However to check further on this, I contacted first
|
|
Holloman AFB and then the Office of Naval Research, who jointly hold records
|
|
on all Alamogordo Skyhook releases. No Skyhooks or other experimental
|
|
balloons had been released from the Holloman area or any other part of the
|
|
country on or near the date of this incident. A suggestion that the witnesses
|
|
were seeing only cotton-wisps was not only unreasonable, given the witness
|
|
accounts, but was in fact tracked down by a local journalist to comments
|
|
casually made by a law enforcement officer and overheard by another reporter.
|
|
From my examination of this case, I see no ready explanation for the numerous
|
|
disc-shaped objects moving in unconventional manner and seen by large numbers
|
|
of Farmington residents on 3/17/50.
|
|
|
|
2. Case 10. Longview, Wash., July 3, 1949.
|
|
|
|
Many of the UFO cases I am citing are drawn intentionally from earlier
|
|
years, in order to illustrate that the evidence for the existence of a quite
|
|
real and scientifically significant phenomenon has been with us for a
|
|
disturbing number of years. I discuss next a case on which I hold copies of
|
|
material from the official investigative files, copies that state that this
|
|
incident was "observed by 150 other people at an Air Show", in addition to
|
|
the reporting witness, Moulton B. Taylor. I have interviewed Mr. Taylor and
|
|
have obtained strong recommendations of his reliability from a former
|
|
superior officer, Adm. D. S. Fahrney, under whom Taylor served in Naval
|
|
guided missiles work prior to the incident. Taylor is an aeronautical
|
|
engineer, and was airport manager at Longview, in charge of an air show that
|
|
was to be held on the afternoon of 7/3/49, the day of the incident in
|
|
question. A skywriting Stearman was at 10,000 ft at 10:40 a.m., laying down
|
|
"Air Show Today", and hence holding the attention of a number of the
|
|
personnel already at the airport, when the first of three unidentified
|
|
objects flew over at high altitude. Alerted by one of the persons who first
|
|
spotted the object coming from the northwest, Taylor got on the public
|
|
address system and announced to all persons at hand that they should look up
|
|
to see the odd object. Many had binoculars, and among the over 150 persons
|
|
present were police officers, city officials and a number of Longview's
|
|
leading citizens, Taylor emphasized. The object was observed by a number of
|
|
experienced pilots; and, according to official file summaries, all agreed
|
|
that the object was shaped much like a discus. It seemed to have metallic
|
|
luster and oscillated periodically as it crossed the sky from northwest to
|
|
southeast until lost in mill-smoke. Taylor described the motion as "a
|
|
sculling or falling-leaf motion rather than a movement through the axis of
|
|
the disc." Its angular size he estimated as about that of a pinhead at arm's
|
|
length, or about that of a DC-3 at 30,000 ft, both of which come out to be
|
|
near 10 minutes of arc (one-third of moon's diameter).
|
|
|
|
The crowd's attention to events in the sky did not lapse when the first
|
|
object was lost from view, and, about nine minutes later, someone spotted a
|
|
second object, whereupon the event was again announced via the public address
|
|
system. Still a third object was brought to the attention of the crowd in the
|
|
same manner at 11:25. The second object came out of the north, the third came
|
|
from almost due west. In the third case, someone thought of timing the
|
|
oscillation frequency (all three exhibited the same unconventional
|
|
oscillation, with sun-glint perceptible in certain of the instances of
|
|
tipping, Taylor mentioned). The oscillation frequency was clocked at 48 per
|
|
minute. In the official report are height estimates and some disparate
|
|
comments on color, etc., from several other witnesses, as well as remarks on
|
|
other sightings in the same area on the same day. Full details cannot be
|
|
recounted here, for reasons of space limitation. Taylor, in his statement
|
|
submitted to official investigators, said:
|
|
|
|
"My experience in radio control of pilotless aircraft and guided
|
|
missiles for the Navy at NAMU during the war, and over 20 years
|
|
of aircraft study, does not permit my identification of the
|
|
objects which were seen. They definitely were _not_ balloons, birds,
|
|
common aircraft, parachutes, stars, meteors, paper, clouds, or
|
|
other common objects. The moved in a regular motion either
|
|
straight or in curved lines. They were all at approximately the
|
|
same altitude, but moved on different courses as indicated on the
|
|
sketch. The oscillations wee clearly visible and timed on the
|
|
3rd sighting..."
|
|
|
|
Discussion.
|
|
|
|
The official explanation for this case is "Balloons". I obtained information
|
|
on upper winds over that part of Washington on that day (700 and 500 mb
|
|
charts), and the flow aloft between 10,000 and 20,000 ft was from the
|
|
southwest. The objects, all reported as about the same angular size, came
|
|
from three distinctly different directions, all within a period of less than
|
|
an hour. This immediately casts very strong doubt on the balloon hypothesis,
|
|
as does the flipping motion, the sun glint, and, above all, the fact that no
|
|
pilot balloon stations were located close upwind of Longview. Furthermore, a
|
|
typical pilot balloon of about 1 meter diameter could be no higher than about
|
|
2500 ft altitude to subtend as large an angle as 10 minutes of arc. Taylor
|
|
report (official files) gave transit times of 2-3 minutes for the unknowns to
|
|
cross the Longview sky, and, during such a time interval, the normal ascent
|
|
rate of a pilot balloon would carry it up by 1200-1800 ft. To then fit the
|
|
angular-size requirements would clearly require that the balloon have been
|
|
released at some nearby location, which fails to match known pibal-station
|
|
locations at that time. Furthermore, surface winds were from the west, and
|
|
winds a short distance above the ground were southwesterly, as indicated by
|
|
pulp mill smoke-drift described in Taylor's report. This, plus the previously
|
|
cited upper-flow directions, contradict the balloon hypothesis for all three
|
|
directions of arrival, particularly those coming from north and northwest. To
|
|
hypothesize that these were, say, Skyhook balloons coming from three
|
|
different (unknown) sites, at three different high altitudes, but all so
|
|
arranged that the apparent balloon diameter came out at about the same 10
|
|
minutes of arc each time is scarcely reasonable. In all, I can only regard
|
|
the balloon explanation as untenable.
|
|
|
|
Disc-shaped objects have been sighted in dozens of instances, including
|
|
Arnold's 6/24/47 Mt. Rainier sighting. In many, though not all, the odd
|
|
flipping or fluttering motion has been described by witnesses (Refs. 8, 10).
|
|
What the dynamical significance of this might be is unclear. We know no more
|
|
about this in 1968 than we knew in 1947, because such observations have been
|
|
ignored as nonsense -- or misidentified balloons.
|
|
|
|
3. Case 11. Salt Lake City, Utah, Oct. 2, 1961.
|
|
|
|
A midday sighting of a lens-shaped object involving one airborne witness
|
|
and seven witnesses on the ground became headline news in Salt Lake City
|
|
(Ref. 32). Accounts of the incident have been summarized elsewhere (Refs. 2,
|
|
10, 13, 25). A private pilot, Mr. Waldo J. Harris, was taking off on Runway
|
|
160 at Utah Central Airport at almost exactly noon on 10/2/61 when he noted
|
|
what he at first idly viewed as a distant airplane. He noted it again in the
|
|
same area just after becoming airborne, once more after gaining some
|
|
altitude, and then became somewhat puzzled that it had not exhibited any
|
|
appreciable change of position. About then it seemed to tilt, glinting in the
|
|
noonday sun, and exhibiting a shape unlike any aircraft. To get a better
|
|
view, Harris climbed towards the southeast and found himself at its altitude
|
|
when he was somewhat above 6000 ft. By then it appeared as a biconvex
|
|
metallic gray object, decidedly different from conventional aircraft, so he
|
|
radioed back to the airport, where eventually seven persons were taking turns
|
|
viewing it with binoculars. I have interviewed not only Harris, but also Jay
|
|
W. Galbraith, operator of the airport, who, with his wife, watched the
|
|
object, and Robert G. Butler, another of those at the airport. As Harris
|
|
attempted to close in, he got to a minimal distance that he thought might
|
|
have been approximately two or three miles from the object, when it abruptly
|
|
rose vertically by about 1000 ft, a maneuver confirmed by the ground
|
|
witnesses. They indicated to me that it took only a second or perhaps less to
|
|
ascend. Just before the abrupt rise, Harris had been viewing the object on an
|
|
essentially dead-level line of sight, with distant Mt. Nebo behind it, a
|
|
significant feature of the case, as will be brought out in a moment.
|
|
|
|
Before Harris could close his distance much more, the object began moving
|
|
off to the southeast at a speed well above his light-plane top speed. It was
|
|
soon an estimated ten miles or so away, but Harris continued his attempt to
|
|
close. However, after seeming to hover a short time in its new location , it
|
|
began rising and moving westward, at an extremely rapid speed, and passed out
|
|
of sight aloft to the southwest in only a few seconds. Some, but not all of
|
|
the ground witnesses, observed this final fast climb-out, I was told.
|
|
Military jets were called, but the object had gone before they arrived.
|
|
|
|
Both Harris and the ground observers using binoculars attested to lack of
|
|
wings or tail, and to the biconvex side view. Harris said he had the
|
|
impression its surface resembled "sand-blasted aluminum", but his closest
|
|
view was about 2-3 miles away, and its estimated size was put at about 50-60
|
|
ft diameter (and only a tenth as thick) so the impression of surface texture
|
|
must be regarded as uncertain. AIl witnesses confirmed that the object
|
|
"wobbled" during its hovering. Jay Galbraith said that, when Harris' Mooney
|
|
Mark 20A was only a speck, they could see the disc rather easily by naked
|
|
eye, suggesting that its size may have been substantially larger than Harris'
|
|
estimated 50 ft. Galbraith's recollection of its final departure was that it
|
|
climbed at a very steep angle, perhaps within about 20degrees of the
|
|
vertical, he thought. Butler also recalled the final departure and stressed
|
|
that it was a surprisingly steep climb-out, quite beyond any known jet speed.
|
|
All remarked on 10/2/61 being a beautifully clear day.
|
|
|
|
Discussion.
|
|
|
|
Once again we deal with observed performance characteristics far beyond
|
|
anything of which we have present knowledge: a wingless device that can
|
|
hover, shoot straight up, and move fast enough to pass out of sight in a
|
|
matter of a few seconds does not correspond to any known terrestrial craft.
|
|
The official explanation was originally that Harris saw Venus. From
|
|
astronomical data, one finds that Venus was in the Utah sky at noon in early
|
|
October, but lay in the southwest, whereas everyone's line of sight to the
|
|
southeast. Furthermore, Harris' statement that at one stage he viewed the
|
|
disc against a distant mountain would contradict such an explanation.
|
|
Finally, it is well known to astronomers that Venus, even at peak brilliance,
|
|
is not very easily spotted in daytime, whereas he had no difficulty
|
|
relocating it repeatedly as he flew. Menzel (Ref. 25) proposed that it was
|
|
merely a sundog that Harris and the others were observing, and this was
|
|
subsequently adopted as the official explanation. But sundogs (parhelia), for
|
|
well-known reasons, occur at elevation angles equal to or slightly greater
|
|
than the sun, which lay about 40 degrees above the southern horizon at noon
|
|
in Salt Lake that day. Such a solar position would imply that a sundog might
|
|
have lain to the southeast (22 degrees to the left of the sun) , but at an
|
|
elevation angle that completely fails to match Harris' dead level viewing
|
|
(against a distant mountain, to further embarrass the sundog hypothesis).
|
|
Finally, to check the witness ' statements about cloud-free skies, I checked
|
|
with the Salt Lake City Weather Bureau office, and their logs showed
|
|
completely clear skies and 40 miles visibility. Sundogs cannot occur with out
|
|
ice crystal clouds present. The only weather balloon released that morning
|
|
was sent up at 10:00 a.m.; but, in any event, one would have to write off
|
|
almost all of the observed details to propose that this incident was a
|
|
misinterpretation of a weather balloon. As I see it, the 10/2/61 Salt Lake
|
|
City sighting is just one more of the hundreds of very well-observed cases of
|
|
machine-like craft exhibiting "flight performance" far beyond the state of
|
|
our present-day technology.
|
|
|
|
4. Case 12, Larson AFB, Moses Lake, Washington, January 8, 1953.
|
|
|
|
NICAP's recent publication of long-inaccessible official report summaries
|
|
(Ref. 7) makes readily available to interested scientists a large number of
|
|
fascinating UFO reports. Many are in the multiple witness category, for
|
|
example, the dawn (0715 PST) sighting at Larson AFB where
|
|
|
|
"Over sixty varied military and civilian sources observed one
|
|
green disc-shaped object. The observations continued for
|
|
fifteen minutes during which time the object moved in a southwesterly
|
|
direction while bobbing vertically and going sideways.
|
|
There was no sound. An F-94 aircraft was scrambled but a
|
|
thirty minute search of the area produced negative intercept
|
|
results."
|
|
|
|
The official summary also notes that the
|
|
|
|
"winds were generally from 240 degrees below an overcast at 12,000 ft.
|
|
Thus the object would appear to move against the wind since it
|
|
must have been below the clouds. there was no air traffic
|
|
reported in the area."
|
|
|
|
No radar sites in the area had unusual returns or activity, according to the
|
|
same report.
|
|
|
|
Discussion.
|
|
|
|
This green disc, moving against the wind below an overcast and seen by
|
|
over sixty witnesses, is an official Unidentified.
|
|
|
|
5. Case 13. Savannah River AEC Plant, Summer, 1952.
|
|
|
|
A rather illuminating multiple-witness case was called to my attention by
|
|
John A. Anderson, now at Sandia Base, New Mexico, but in 1952 working as a
|
|
young engineer in the Savannah River AEC facility near Aiken, S.C. After a
|
|
considerable amount of cross-checking on the part of both Anderson and
|
|
myself, the date was inferred to be late July, 1952, probably 7/19/52. The
|
|
circumstance giving a clue to the date was that, at about 10:00 a.m. on the
|
|
day in question, Anderson, along with what he estimated at perhaps a hundred
|
|
other engineers, scientists and technicians from his group were outside
|
|
watching a "required attendance" skit presented from a truck-trailer and
|
|
commemorating the 150th anniversary of the founding of the DuPont company,
|
|
July 18, 1802. Anderson indicated that someone less than absorbed in the skit
|
|
first spotted the unidentified object in the clear skies overhead, and soon
|
|
most eyes had left the skit to watch more technically intriguing events
|
|
overhead. A greenish glowing object of no discernible shape, and of angular
|
|
size estimated by Anderson to be not over a fifth of full-moon diameter, was
|
|
darting back and forth erratically at very high speed. Anderson had the
|
|
impression it was at great altitude, but conceded that perhaps nothing but
|
|
the complete lack of sound yielded that impression. It was in view for about
|
|
two minutes, moving at all times. He stressed its "phenomenal
|
|
maneuverability"; it repeatedly changed direction abruptly in sharp angle
|
|
manner, he stressed. The observation was terminated when the object
|
|
disappeared over the horizon "at apparently tremendous velocity."
|
|
|
|
Discussion.
|
|
|
|
Anderson said that the event was discussed among his group afterwards,
|
|
and all agreed it could not possibly have been a conventional aircraft. He
|
|
remarked that no one even thought of suggesting the unreasonable notion that
|
|
it was an hallucination or illusion. Despite searching local papers for some
|
|
days thereafter, not a word of this sighting was published, and no further
|
|
information or comment on it came from within the very security-conscious AEC
|
|
plant. He was unaware of any official report.
|
|
|
|
Months after hearing of this from Anderson, in one of my numerous
|
|
rereadings of Ruppelt's book (Ref. 5), I came across a single sentence in
|
|
which Ruppelt, referring to the high concentration of reports in the
|
|
Southeast around September of 1952, states that: "Many of the reports came
|
|
from people in the vicinity of the then new super-hush-hush AEC facility at
|
|
Savannah River, Georgia." Whether one of those reports to the official
|
|
investigative agency came from within Anderson's group or other Savannah
|
|
River personnel on the 7/52 incident is unknown. If not, then we may have
|
|
here a case where dozens of technically-trained personnel witnessed an
|
|
entirely unexplainable aerial performance, yet reported nothing. Anderson
|
|
knew of no report, and was unaware of any assembling of witness-information
|
|
within his group, so the evidence points in the direction that this event may
|
|
have gone unreported. If, as Anderson is inclined to think, this event was on
|
|
July 19, 1952, it occurred only about twelve hours before the famous
|
|
Washington National Airport radar-visual sightings; but this date remains
|
|
uncertain.
|
|
|
|
6. Case 14. Trinidad, Colo., March 23, 1966.
|
|
|
|
A daytime sighting by at least a dozen persons, in several parts of town,
|
|
occurred near 5:00 p.m. on 3/23/66 in Trinidad, Colo. Following up a report
|
|
in the APRO _Bulletin_ on this interesting case, I eventually interviewed ten
|
|
witnesses (seven children of average age near 12, and five adults). This case
|
|
came just a few days after the famous "swamp gas" UFO incidents in southern
|
|
Michigan, which made headline news all over the country. As APRO noted in its
|
|
account, the Trinidad case seems in several respects a distinctly better
|
|
case, yet went essentially unnoted outside of Trinidad. (Press reporting of
|
|
UFO sightings leaves very much to be desired; I concur in the cited APRO
|
|
comment. However, press shortcomings in the UFO area are only secondary
|
|
factors in the long failure to get this matter out into the open.)
|
|
|
|
The witness-variance that skeptics like to cite is fairly well
|
|
illustrated in the results of my ten interviews. I wish space permitted a
|
|
full exposition of what each witness told me, for it would not only attest to
|
|
that well-known variance but would also illustrate the point made earlier,
|
|
namely, that despite those bothersome differences in details, there
|
|
nevertheless comes through a consistent core of information on observations
|
|
of something that was of scientific interest.
|
|
|
|
Mrs. Frank R. Hoch paid no attention when her son first tried to call her
|
|
out to see something in the sky. Knowing it was kite season, dinner
|
|
preparations took precedence, and she told the 10-year-old boy to go ride his
|
|
bike. The second time he was more insistent and she went outside to look. Two
|
|
objects, domed on the top but nearly flat on the bottom, shaped like a cup
|
|
upside down, having no rim or "sombrero brim", she said, were moving slowly
|
|
westward from Fisher's Peak, which lies just south of Trinidad. Her son,
|
|
Dean, told her he had seen three such objects when he tried to get her to
|
|
come out earlier. (Mr. Louis DiPaolo, a Trinidad postman whom I interviewed,
|
|
had also seen three objects.) Interestingly, when Mrs. Hoch saw the objects,
|
|
one was between her and the ridge, the other just above the low ridgeline.
|
|
The ridge is about a half-mile from the Hoch residence. A photo of the ridge,
|
|
with roughly-scaled objects sketched on it, suggests an angular diameter of
|
|
perhaps a degree (object size of order 100 ft), in disagreement with her
|
|
earlier angular estimates. It was clear that Mrs. Hoch was, as are most,
|
|
unfamiliar with angular-size estimating. The objects, Mrs. Hoch said, moved
|
|
up and down in bobbing manner as they progressed slowly westward along the
|
|
ridgeline. Occasionally they tilted, glinting in the late-afternoon sun as if
|
|
metallic. No sound was mentioned by any witness except one young boy whose
|
|
attention wast drawn to the object by a "ricocheting sound", as he put it.
|
|
DiPaolo's observations were made with 7x35 binoculars; he also described the
|
|
objects as metallic in appearance and shaped like a saucer upside down. His
|
|
attention had been called to it by neighborhood boys playing outside. Mrs.
|
|
Amelia Berry, in another part of Trinidad, evidently saw the objects somewhat
|
|
earlier, when they were farther east, circling near Fisher's Peak, but she
|
|
was uncertain of the precise time. She saw only two, and remarked that they
|
|
seemed to "glitter", and she described them as "saucer shaped", "oblong and
|
|
narrow". Mrs. J. R. Duran, horseback-ridng with a 12-year-old son on the
|
|
opposite (north) side of town also saw two objects, "flat on the bottom, and
|
|
domed on top, silvery", when her son called them to her attention. She
|
|
described them as "floating along slowly, bobbing up and down, somewhat to
|
|
the west of Fisher's Peak. She, like the other witnesses, was positive that
|
|
these were not airplanes. No one described anything like wings or tail. A
|
|
number of witnesses were so close that, had this been an unconventional
|
|
helicopter, its engine-noise would have been unmistakable.
|
|
|
|
Discussion.
|
|
|
|
Notwithstanding differences in the witness accounts (more of which would
|
|
emerge from a more complete recounting), the common features of the
|
|
observers' descriptions would seem to rule out known types of aircraft,
|
|
astronomical, meteorological, and other explanations.
|
|
|
|
7. Case 15. Redlands, Calif., February 4, 1968.
|
|
|
|
A still more recent multiple-witness case of great interest was well
|
|
documented by three University of Redlands professors shortly after it
|
|
occurred on the evening of 2/4/68. APRO plans a fairly detailed summary
|
|
report. Dr. Philip Seff kindly sent me a copy of the witness-testimony he and
|
|
his colleagues secured in interviewing about twenty out of an estimated
|
|
hundred-plus witnesses to this low-altitude sighting in a residential area of
|
|
Redlands. Because I understand that Dr. Harder will be giving a fairly
|
|
detailed report of this case to your Committee, I shall give only a much-
|
|
abbreviated version. At 7:20 p.m., many persons went outdoors to investigate
|
|
either (a) the unusual barking of neighborhood dogs, or (b) a disturbing and
|
|
unusual sound. Soon many persons up and down several streets were observing
|
|
an object round in planform, estimated at perhaps 50-60 feet in diameter,
|
|
moving slowly towards the east northeast at an altitude put by most witnesses
|
|
as perhaps 300 feet. Glowing ports or panels lay around its upper perimeter
|
|
and "jet-like" orange-red flames or something resembling flames emanated from
|
|
a number of sources on the undersurface. A number of odd physiological
|
|
effects were remarked by various witnesses, and the animal-reactions were a
|
|
notable feature of this case. The object at one point rose abruptly by some
|
|
hundreds of feet before continuing its somewhat "jerky" motion to the east.
|
|
It then hovered a short time and moved off with acceleration to the
|
|
northwest.
|
|
|
|
Discussion.
|
|
|
|
The Redlands University trio inquired concerning radar detection , but
|
|
were informed that the nearest radar was at March AFB, Riverside, and the
|
|
beam clearing intervening ridges could not detect so low a target over
|
|
Redlands. An interesting aspect of press coverage of UFOs, a very
|
|
characteristic aspect, is illustrated here. The local Redlands-area papers
|
|
carried only short pieces on the event; beyond that no press coverage
|
|
occurred, as far as I have been able to ascertain. Evidently even the state
|
|
wires did not carry it. (I think this fact deserves very strong emphasis. One
|
|
has to see national clipping-service coverage, drawing upon many small-town
|
|
papers, to gain even a dim glimpse of the astonishing number of UFO reports
|
|
that occur steadily, but go unreported on state and national wires so that
|
|
none but very diligent UFO investigators have any appreciation of the true
|
|
frequency of UFO sightings. This is no "press clampdown", no censorship; wire
|
|
editors simply "know" that there's nothing to all this nonsense about UFOs. A
|
|
local story will be run simply for its local interest, but that interest
|
|
falls off steeply with radial distance from the observation site.) Thus, we
|
|
must confront a situation, developed over 20 years, in which over a hundred
|
|
citizens in a city of about 30,000 population can see an utterly
|
|
unconventional aerial machine just overhead and, almost by the time the dogs
|
|
have stopped barking, press and officialdom are uninterested. Dr. Seff told
|
|
me just last week that he had encountered a Redlands University coed who had
|
|
seen the object (he hadn't interviewed her previously), and she seemed still
|
|
terrified by the incident. I believe that your Committee must recognize an
|
|
unfilled scientific obligation to get to the bottom of such matters.
|
|
|
|
8. Many other multiple-witness cases could be cited, some from my own
|
|
interviewing experience, far more from other sources within this country and
|
|
abroad. An October 28, 1954 sighting in Rome was estimated to have been
|
|
viewed by thousands of people, one of whom was U.S. Ambassador Clare Booth
|
|
Luce (Ref. 10) with her embassy staff. Mrs. Luce said it had the shape of a
|
|
silver dollar and crossed the skies in about 30 seconds. A now-famous group
|
|
of sightings of June 26/27, 1959, near Boianai, New Guinea, was observed by
|
|
several dozen witnesses, the principal one of whom I interviewed in
|
|
Melbourne, in 1967, Rev. Wm. B. Gill. Bloecher (Ref. 8) describes a number of
|
|
mid-1947 incidents where the witness-totals ranged from dozens up to well
|
|
over a hundred persons. Hall (Ref. 10) cites more recent instances. Many
|
|
other sources could be cited to show that the intimation that UFOs are never
|
|
seen except by lone individuals driving along some remote back road (a
|
|
frequent setting to be sure!) does not accord with the actual facts.
|
|
Multiple-witness UFO cases are impressively numerous.
|
|
|
|
WHY AREN'T UFOs EVER SEEN IN CITIES?
|
|
|
|
WHY JUST IN OUT-OF-THE-WAY PLACES?
|
|
|
|
One cannot study the UFO problem long without being struck by the
|
|
preponderance of reports that come from somewhat remote areas, non-urban
|
|
areas. Similarly, one cannot escape the conclusion that more UFOs are
|
|
reported at night than in day; For the latter, luminosity and its obvious
|
|
effect on probability of chance visual detection may go far towards
|
|
explaining the diurnal variation of UFO sightings (though I suspect that most
|
|
students of the problem would conclude that there is a real excess of
|
|
nighttime occurrences for quite unknown reasons). Why, some ask with respect
|
|
to the geographical distribution, don't the UFOs, if real and if
|
|
extraterrestrial, spend most of their time looking over our cities? That's
|
|
what we'd do, if we got to mars and found huge urban complexes , some
|
|
skeptics insist.
|
|
|
|
It is surprising to find scientists who do not see through the
|
|
transparency of that homocentric fallacy. If it were true that we were under
|
|
surveillance from some advanced civilization of extraterrestrial origin, the
|
|
pattern of the observations, the motivation of the surveillance, and the
|
|
degree of interest in one versus another aspect of our planet could be almost
|
|
incomprehensible to us. Aboriginal natives under anthropological observation
|
|
must find almost incomprehensible the motives behind the strange things that
|
|
the field-teams do, the odd things in which they are interested. But the
|
|
cultural and the intellectual gulf that would separate us from any
|
|
intelligent beings commanding a technology so advanced that they could cross
|
|
interplanetary or interstellar distances to inspect us would be a gulf vastly
|
|
greater than that which separates a Harvard field-anthropologist from a New
|
|
Guinea native. And, for this reason, I think one must concede that, within
|
|
the argumentation carried out under tentative consideration of an
|
|
extraterrestrial hypothesis for UFOs, incomprehensibility must be expected as
|
|
almost inevitable. Hence there is more whimsy than good reasoning in queries
|
|
such as, "Why don't they land on the White House lawn and shake hands with
|
|
the President?"
|
|
|
|
Nevertheless, the evidence affords a fairly definite answer to the
|
|
skeptics' question, "Why aren't they ever seen over or in cities?" They are.
|
|
|
|
1. Case 16. New York City, November 22, 1966.
|
|
|
|
A report in a 1967 issue of the NICAP _UFO Investigator_ (Ref. 33) reads
|
|
as follows:
|
|
|
|
"A UFO over the United Nations in New York City was reportedly
|
|
seen on November 22, 1966. Witnesses included at least eight
|
|
employees of the American Newspaper Publishers Association, who
|
|
watched from their offices on the 17th floor of 750 Third Avenue
|
|
at 4:20 p.m. on a bright, sunny day. The UFO was a rectangular,
|
|
cushion-shaped object ... (which) came southward over the East
|
|
River, then hovered over he UN Building ... it fluttered and
|
|
bobbed like a ship on agitated water."
|
|
|
|
Witnesses mentioned were D.R. McVay, assistant general manager of ANPA and
|
|
Mr. W. H. Leick, manager of the ANPA's Publications Department. I telephoned
|
|
the ANPA offices and spoke at some length with Mr. Leick about the sighting.
|
|
He confirmed that eight or nine persons went out on the 17th floor terrace,
|
|
watching the object hover over the UN Building (as nearly as they could
|
|
estimate) for a number of minutes as it rocked and reflected the sun's rays
|
|
with a golden glint before rising and moving off eastward at high speed. I
|
|
asked Leick if they reported it to any official channels, and he said that
|
|
A.A. LaSalle called a New York office of the Air Force and was assured that
|
|
an officer would be in the next day to interview them. -But no one ever came.
|
|
Leick added that they also phoned a New York newspaper "which shall go
|
|
unnamed," but "they weren't interested." It got to NICAP almost by accident,
|
|
and NICAP sent up their standard witness-questionnaires which Leick said they
|
|
all filled out.
|
|
|
|
Discussion.
|
|
|
|
When an incident such as this is cited to the skeptic who asks, "Why no
|
|
UFOs near cities?", I find that his almost invariable retort is something
|
|
like; "If that had really happened, why wouldn't hundreds to thousands of
|
|
persons have reported it?" There are, I believe, two factors that explain the
|
|
latter situation. First, consider the tiny fraction of persons on any city
|
|
street whose vision is directed upwards at any given moment. In absence of
|
|
loud noises aloft, most urbanites don't spend any large amount of time
|
|
scanning the skies. In addition to infrequency of sky-scanning, another urban
|
|
obstacle to UFO detection is typically restricted vision of the full dome of
|
|
the sky; buildings or trees cut down the field of view in a way not so
|
|
typical of the view afforded the farmer, the forest ranger, or a person
|
|
driving in open country. Finally, in UFO studies, it is always necessary to
|
|
draw sharp distinction between a "sighting" and a "report". The first becomes
|
|
the second only if a witness takes the step of notifying a newspaper, a law
|
|
enforcement office, a university, or some official agency. It is abundantly
|
|
clear, from the experience of UFO investigations in many parts of the world,
|
|
that psychological factors centering around unwillingness to be ridiculed
|
|
deter most witnesses from filing any official report on a very unusual event.
|
|
Again and again one learns of a UFO sighting quite indirectly, from someone
|
|
who knows someone who once mentioned that he'd seen something rather unusual.
|
|
On following such leads, one frequently comes upon extremely significant
|
|
sightings that were withheld from official reporting channels because of the
|
|
"ridicule lid", as I like to term it, that imposes a filter screening out a
|
|
large number of good sightings at their source.
|
|
|
|
Returning to the 11/22/66 New York City report, I must say that, between
|
|
the information NICAP secured from the witnesses and my own direct
|
|
conversations with Leick, I accept this as a quite real sighting, made by
|
|
reliable observers under viewing circumstances that would seem to rule out
|
|
obvious conventional explanations. When the object left its hovering
|
|
location, it rose straight upward rapidly, before heading east, Leick said.
|
|
Although he and his colleagues may well have erred in their slant-range
|
|
estimate which put it over the UN Building, their description of its shape
|
|
and its maneuvers would appear to rule out helicopters, aircraft, balloons,
|
|
etc.
|
|
|
|
2. Case 17. Hollywood, Calif., February 5-6, 1960.
|
|
|
|
A still more striking instance in which entirely unconventional object:
|
|
were observed by many city-dwellers, where low-altitude objects hovered and
|
|
exhibited baffling phenomena, is a central Hollywood case that was rather
|
|
carefully checked by LANS, the Los Angeles NICAP Subcommittee (Ref. 34). The
|
|
two incidents occurred just after 11:00 p.m. on two successive nights, Friday
|
|
2/5/60 and Saturday 2/6/60, over or near the intersection of Sunset Blvd. and
|
|
La Brea Ave., i.e., in the heart of downtown Hollywood. I have gone over the
|
|
site area with one of the principal investigators of these incidents, Mrs.
|
|
Idabel Epperson of LANS, have examined press accounts (Ref. 35) that dealt
|
|
(very superficially) with the event, and have studied correspondence between
|
|
the LANS investigators and official agencies concerning this case. The
|
|
phenomenology is far too complex to report in full detail here; even the 21-
|
|
page single-spaced LANS report was only a digest of results of all the NICAP
|
|
witness-interviewing carried out to substantiate the events. The LANS report
|
|
summarizes object-descriptions given by eight witnesses Friday night and
|
|
eighteen witnesses Saturday night, several of them police officers.
|
|
|
|
Cars were stopped bumper-to-bumper, according to employees of several
|
|
businesses on the Sunset-La Brea intersection in the midst of the main
|
|
events, with people gaping at the object overhead. Persons on hotel and
|
|
apartment rooftops were out looking at the bright "cherry-red, circular
|
|
light" that figured in both incidents, On the two successive nights, the red
|
|
object first appeared at about 11:15 p.m., and on both nights it stopped and
|
|
hovered motionless for periods of about 10 minutes at a time. The angular
|
|
estimates of the size of the red light varied, but seemed to suggest a value
|
|
of one-fourth to one-third of the lunar diameter, say 5-10 minutes of arc.
|
|
Almost all agreed that the light was sharp-edged rather than hazy or fuzzy.
|
|
The usual witness-variances are exhibited in the total of about two dozen
|
|
persons interviewed, e.g., some thought the light pulsated, others recalled
|
|
it as steady, etc.), but the common features, consistent throughout almost
|
|
all the testimony, bespeak a quite unusual phenomenon.
|
|
|
|
On Friday night, the red light was first seen directly overhead at Sunset
|
|
and La Brea. Two service-station attendants at that intersection, Jerry Darr
|
|
and Charles Walker, described to LANS interviewers how, "... hundreds of
|
|
people saw it -- everybody was looking" as the light hovered for at least
|
|
five minutes over a busy drive-in there. Ken Meyer, another service station
|
|
attendant a third of a mile to the north, estimated it hovered for about 10
|
|
minutes. Harold Sherman, his wife, and two others watched it in the later
|
|
phases (also described by the above cited witnesses) as it resumed motion
|
|
very slowly eastward. After proceeding east for a distance that witnesses
|
|
roughly estimated at a block or two, it veered southeastward and passed out
|
|
of sight. (It is not clear whether it was occulted by buildings for some
|
|
witnesses, or diminished in intensity, or actually passed off into the
|
|
distance.) No sound was heard over street-noise background.
|
|
|
|
The following night, an object which appeared to be the same, to those
|
|
several witnesses who saw both events, again showed up overhead, this time
|
|
first seen about one block farther east than on Friday night. Triangulation
|
|
based on estimates of angular elevations as seen from various locations was
|
|
used to approximate the height above ground. LANS concluded that, when first
|
|
seen, it lay about 500-600 ft above the intersection of Sunset and Sycamore.
|
|
A number of witnesses observed it hovering motionless in that position for
|
|
about 10 minutes. Then a loud explosion and brilliant bluish-white flash was
|
|
emitted by the object, the noise described by all witnesses as unlike any
|
|
sonic boom or ordinary explosion they had ever heard. The sound alerted
|
|
witnesses as far away as Curson and Hollywood Blvd., i.e., Tom Burns and two
|
|
friends who asked LANS interviewers not to use their names. Condensing very
|
|
greatly here the descriptions given to the interviewers by independent
|
|
witnesses who viewed the "explosion" from various locations scattered over a
|
|
circle of about a 1-mile radius yields a summary-description as follows: What
|
|
had, just before the explosion, looked much "like a big red Christmas ball
|
|
hanging there in the sky", was suddenly the source of a flash that extended
|
|
downward and to the west, lighting up the ground all around one interviewee
|
|
(Sone Rosi) on La Brea Ave. A "mushroom-shaped cloud", with coloration that
|
|
impressed all who saw it, emerged upward and soon dissipated. Concurrently,
|
|
as the red light extinguished, an object described by most, but not all,
|
|
witnesses as long and tubular shot upwards. Angular estimates implied an
|
|
object a number of tens of feet long, 70 ft from Harold Sherman's rough
|
|
estimates. Clearly, it is difficult to explain how an object of such size
|
|
could have materialized from a light at 500 ft elevation and subtending an
|
|
angle of only 10 minutes of arc, unless it had been there all along, unseen
|
|
because of the brilliance of the red light beneath it. Or perhaps the angular
|
|
size estimates are in error. Some witnesses followed only the tubular
|
|
ascending object, others saw only something that "spiraled downwards" beneath
|
|
the explosion source. No witness seemed certain of what it was that came
|
|
down; some spoke of "glowing embers"; no one gave indication of following it
|
|
to ground.
|
|
|
|
Glossing over other details bearing on this "explosion" at an estimated
|
|
5-600 ft above Sunset and Sycamore, witnesses next became aware that the
|
|
just-extinguished red light had evidently reappeared in a new location, about
|
|
a block to the west. Police officers Ray Lopez and Daniel Jaffee, of LAPD,
|
|
located at the corner of Sunset and La Brea, heard the explosion and looked
|
|
up, seeing the light in its new location "directly overhead", as did many
|
|
others at that intersection who then watched the red light hovering in its
|
|
new location for about 8 minutes. (Space precludes my giving all pertinent
|
|
information on time-estimates as set out in the 21-page LANS summary. For
|
|
example, a good time-fix on the explosion came from the fact that E.W. Cass,
|
|
a contractor living almost a mile west, was just winding his alarm clock,
|
|
looking at it, when flare-like illumination "lit up the whole bedroom", just
|
|
at an indicated time of 11:30. He went out, watched the hovering red light in
|
|
its new location, and added further details I shall omit here. Others took
|
|
their time clues from the fact that 11:30 commercials had just come on TV
|
|
when they heard the peculiar explosion and hastened outside to check, etc.)
|
|
|
|
The red light, now over Sunset and La Brea, was roughly triangulated at
|
|
about 1000 ft up, a figure in accord with several witness comments that, when
|
|
it reappeared some 4-5 seconds after the "explosion", it lay not only
|
|
somewhat west of its first location, but noticeably higher. After hovering
|
|
there for a time inferred to be eight minutes, it began slowly drifting
|
|
eastward, much as on the previous night when much less spectacular events had
|
|
occurred. Larry Moquin, one witness who had taken rather careful alignment
|
|
fixes using rooflines as an aid, remarked that, at this stage, La Brea and
|
|
Sunset was filled with watchers: "Everybody was standing outside their cars
|
|
looking up -- cars were backed up in the streets -- and everyone was asking
|
|
each other, "What is it?".
|
|
|
|
After moving slowly but steadily (observers mentioned absence of bobbing,
|
|
weaving, or irregularity in its motion) for about a block east, to its first
|
|
location, it turned sharply towards the north-northeast, accelerated, and
|
|
climbed steeply, not stopping again until at a very high altitude well to the
|
|
north. From crude triangulation, LANS investigators inferred a new hovering
|
|
altitude of over 25,000 ft, but it is clear from the data involved that this
|
|
estimate is extremely rough.
|
|
|
|
Discussion.
|
|
|
|
Although I have done no personal witness-interviewing to date in the 2/60
|
|
Hollywood case, I can vouch for the diligence and reliability with which,the
|
|
LANS group pursues its case-studies. The large number of interviews secured
|
|
and the degree of consistency found therein seem to argue that some extremely
|
|
unusual devices maneuvered over Hollywood on the two nights in question.
|
|
Unless one simply rejects most of the salient features of the reports, it is
|
|
quite clear that no meteorological or astronomical explanation is at all
|
|
reasonable. Nor does any conventional aircraft match the reports.
|
|
|
|
The question that arises almost immediately is that of a practical joke,
|
|
a hoax. However, the resources required to fabricate some device yielding the
|
|
complex behavior (stop motionless, move against wind, explosively emit
|
|
secondary devices, and finally, in the 2/6 event, climb to rather high
|
|
altitude) would scarcely be available to college pranksters. The phenomena go
|
|
so far beyond the gas-balloon level of hoaxing that one must have some much
|
|
more elaborate hoax hypothesis to account for the reported events. Balloons
|
|
must drift with the winds, and the LANS group secured the local upper-wind
|
|
data for both nights, and there is no match between the reported motions and
|
|
the winds in the surface-1000-ft layer. And, in any event, the alternation
|
|
between hovering and moving, plus the distinct direction-shifts without
|
|
change of apparent altitude, cannot be squared with balloon-drift. This would
|
|
mean that some highly controlled device was involved, capable (in the 2/6
|
|
incident) of hovering in an almost precisely stationary position relative to
|
|
the ground (Moquin sighted carefully, using structural objects to secure a
|
|
fix when the red light lay right over La Brea and Sunset, and perceived no
|
|
motion for many minutes). Yet the Weather Bureau was reporting 5 mph winds
|
|
from the southwest at 1000 ft (triangulated altitude when hovering there).
|
|
Only if one hypothesized that this was an expensively elaborate experiment in
|
|
psychological warfare could one account for financial resources needed to
|
|
build a device capable of simulating some of these phenomena. Such a
|
|
hypothesis seems quite unreasonable in the 100-megaton age where ever present
|
|
realities of weaponry pose more psychological strains than Disney-like
|
|
pyrotechnics.
|
|
|
|
In fact, UFO sightings with equally peculiar phenomenology are so much a
|
|
part of the total record that this Hollywood incident is not as unparalleled
|
|
as it might first seem. In Hobart, Tasmania, I interviewed an electrical
|
|
engineer who, along with a fellow engineer also employed by the Tasmanian
|
|
Hydroelectric Commission, observed phenomena occurring in broad daylight over
|
|
and near the River Derwent at Risdon that have the same "absurd" nature that
|
|
one meets in the Hollywood case. The wife of a Texas rancher described to me
|
|
an incident she witnessed in Juarez, Mexico, with about the same absurdity-
|
|
quotient. We simply do not understand what we are dealing with in these UFO
|
|
phenomena; my present opinion is that we must simply concede that, in the
|
|
Hollywood case, we are confronted with decidedly odd UFO phenomena, in a
|
|
decidedly urban locale.
|
|
|
|
There appears to have been no official investigation of these striking
|
|
events (Ref. 35), and local newspapers gave it only the briefest attention.
|
|
In the New York City case cited above, the particulars were phoned to a large
|
|
New York paper, but the paper was not interested, and no account was
|
|
reported. Similarly in the 2/4/68 Redlands case, the local papers felt it
|
|
warranted only an extremely brief article. This pattern is repeated over and
|
|
over again; newspapermen have been led to believe that UFOs are really no
|
|
more than occasional feature-story material. On rare occasions, for reasons
|
|
not too clear to students of the UFO problem, some one case like the Michigan
|
|
incident of 1966 will command national headlines for a day or two and then be
|
|
consigned to journalistic limbo. This, in company with scientific rejection
|
|
of the problem, plus official positions on the matter have combined to keep
|
|
the public almost entirely unaware of the real situation with respect to
|
|
frequency and nature of UFO incidents. For emphasis, let me repeat that I do
|
|
not see design in that, nothing I construe as any well-planned attempt to
|
|
keep us all uninformed for some sinister or protective reason. The longer I
|
|
reflect on the history of the past handling of the UFO problem, the more I
|
|
can see how one thing led to another until we have reached the intolerable
|
|
present situation that so urgently calls for change.
|
|
|
|
3. Case 18. Baytown, Texas, July 18, 1966.
|
|
|
|
Baytown, Texas, on Galveston Bay, has a population near 30,000. Several
|
|
persons evidently saw an interesting object there at about 9:00 a.m. on
|
|
7/18/66. My original source on this case was an article that appeared in the
|
|
10/8/66 _Houston Post_ from NICAP files. The article, by Post reporter Jimmie
|
|
Woods, represents one of those rare UFO feature stories in which fact is well
|
|
blended with human interest, as I found when I subsequently interviewed one
|
|
of the principal witnesses, W. T. Jackson, at whose service station he and
|
|
assistant Kelly Dikeman made the sighting. Both were inside the station when
|
|
Jackson spotted the object hovering motionless about 100 yards away. (The
|
|
Post said 1000 yards, but Jackson pointed out that Woods interviewed him
|
|
while he was waiting on customers at the station and the reporter didn't get
|
|
all of it correct.) Jackson explained to me that the object "lay right over
|
|
the Dairy Queen." He described it as a white object that "looked like two
|
|
saucers turned together with a row of square windows in between", and he
|
|
thought it might have been 50 feet in diameter. He called Dikeman over, and
|
|
they both looked at it for a few seconds and then simultaneously started for
|
|
the door to get a better look. Almost at that moment it started moving
|
|
westward. Dikeman was at the door before Jackson and had the last view of it
|
|
as it passed over a water tower, beyond buildings and a refinery and was
|
|
gone, "faster than any airplane." Jackson described it as pure white, and
|
|
definitely not spinning, since he saw clearly the features that he termed
|
|
"windows." Jackson kept the incident to himself for a time; when it got out,
|
|
two nurses who were unwilling to give him their names because "they didn't
|
|
want to be laughed at" stopped at his station and told him they had seen it
|
|
from another part of Baytown.
|
|
|
|
Discussion.
|
|
|
|
"Swamp gas" explanations were then still featured in press discussions of
|
|
UFOs, and Jackson volunteered the comment that there are no swamps nearby and
|
|
that it was "too high for any gas formations" he knew of. "It damned sure
|
|
wasn't no fireball," Jackson told the Post reporter, and also commented,
|
|
"Feller, when you set there and count the windows it ain't no damn
|
|
reflection." I received similar salty commentary on various hypotheses when I
|
|
spoke with Jackson. No sound was heard, yet, as Jackson put it, "if it had
|
|
been any kind of jet, we'd have been deafened." As in many other cases, a
|
|
distinctly machine-like configuration, definite outlines, secondary
|
|
"structural" features here termed "windows", add up to a description that
|
|
does not suggest any misinterpreted natural phenomenon. That it hovered
|
|
within a city of moderate size with only a total of two declared and two
|
|
other undeclared witnesses is not entirely difficult to understand when one
|
|
has interviewed large numbers of witnesses for whom the likelihood of
|
|
ridicule was an almost sufficient deterrent to open reporting.
|
|
|
|
4. Case 19. Portland, Oregon, July 4, 1947.
|
|
|
|
In the course of cross-checking a sampling of the 1947 cases that went
|
|
into Bloecher's study (Ref. 8), the numerous daytime sightings in central
|
|
Portland on 7/4/47 seemed worth checking, especially because many of the
|
|
reports came from police and harbor patrolmen. Here again, we deal with a
|
|
case for which there are so many relevant details available that space
|
|
precludes an adequate summary (see Ref. 8). I spoke with Sheriff's Deputy
|
|
Fred Krives who, along with several other deputies, had seen some of the many
|
|
objects over Portland from the Court House across the Columbia River in
|
|
Vancouver, Wash. Krives recalled that over half a dozen deputies were outside
|
|
looking at what they estimated to be about 20 disc-shaped objects in several
|
|
subgroups racing across the sky at an estimated height of perhaps 1000 ft,
|
|
heading to the southwest.
|
|
|
|
Both from contemporary press accounts and my own checks, it became
|
|
evident that more than one formation of discs flew over Portland that day.
|
|
Harbor Patrol Capt. K.A. Prehn, whom I located by telephone, told me that he
|
|
had been called outside by another officer who spotted objects moving
|
|
overhead towards the south. Their speed seemed comparable to that of
|
|
aircraft, their outlines were quite sharp, and they looked metallic as they
|
|
flashed in the sun. They occasionally wobbled, and their path seemed to be
|
|
slightly irregular. Other officers with whom I spoke sighted discs from other
|
|
parts of the Portland area; one of them, Officer Walter Lissy, emphasized
|
|
that he recalled them as zig-zagging along at "terrific speed." Another
|
|
officer, Earl Patterson, told me of seeing a single object that "made sudden
|
|
90-degree turns with no difficulty." I also obtained letter accounts from
|
|
others in the Portland area who saw disc-like objects that day. Here was an
|
|
early instance of unidentified objects maneuvering in full daylight over a
|
|
major city.
|
|
|
|
Discussion.
|
|
|
|
The July 4, 1947 sightings (for which Bloecher gathered press accounts
|
|
for more than 80 from various parts of the U.S.) were made the subject of a
|
|
good deal of press ridicule, as Bloecher's study makes clear. However, after
|
|
interviewing a number of the witnesses to the Portland sighting concerning
|
|
their recollections of what they saw that day, I see no basis at all for
|
|
rejecting these sightings. The official explanation for the Portland
|
|
observations is "Radar Chaff", based evidently (Ref. 6) on a report that some
|
|
aircraft had made a chaff-drop in that area sometime on that day. "Chaff" is
|
|
metal-foil cut into short strips, typically a few inches in length, ejected
|
|
from military aircraft to jam radar. The strips float down through the air,
|
|
intercepting and returning the radar pulses. To suggest that numerous police
|
|
officers would confuse strips of foil, so small as to be invisible beyond a
|
|
few hundred yards, with maneuvering disc-like objects seems unreasonable. I
|
|
doubt that anyone who had talked directly to these officers could have
|
|
seriously proposed such an explanation. Herein lies a difficulty: In an
|
|
overwhelming majority of cases, official explanations have been conceived
|
|
without any direct witness-interviewing on the part of those responsible for
|
|
conceiving the explanations.
|
|
|
|
5. Perhaps, for present purposes, the foregoing cases will suffice to
|
|
indicate that there have been significant UFO incidents in cities. Many other
|
|
examples could easily be cited. Elsewhere (Ref. 2) I have discussed my
|
|
interviews with witnesses in a case at Beverly, Mass., on the evening of
|
|
April 22, 1966, where three adult women and subsequently a total of more than
|
|
half a dozen adults (including two police officers) observed three round
|
|
lighted objects hovering near a school building in the middle of Beverly. At
|
|
one early stage of the sighting, one of the discs moved rapidly over the
|
|
three women, hovering above one of them at an altitude of only a few tens of
|
|
feet and terrifying the hapless woman until she bolted. This case was quite
|
|
thoroughly checked by Mr. Raymond E. Fowler, one of NICAP's most able
|
|
investigators, who has studied numerous other UFO incidents in the New
|
|
England area.
|
|
|
|
I interviewed witnesses in a most interesting sighting in Omaha in
|
|
January 1966, where a stubby cigar-shaped object had been seen by a number of
|
|
persons on the northwest side of the city. Urban UFO cases in other parts of
|
|
the world are also a matter of at least journalistic if not yet scientific
|
|
record. To sum up, though non-urban reports are definitely more numerous,
|
|
urban reports do indeed exist.
|
|
|
|
WHY DON'T ASTRONOMERS EVER SEE UFOs?
|
|
|
|
I have had this question put to me by many persons, including a number of
|
|
astronomers. Once I was speaking to a group from an important laboratory of
|
|
astronomy when the director asked why astronomers never see them. In the
|
|
room, among his staff, were two astronomers who had seen unconventional
|
|
|
|
objects while doing observing but who had asked that the information they had
|
|
given me about their sightings be kept confidential. I under stand such
|
|
strictures, but some of them make things a bit difficult. This phenomenon of
|
|
professional persons seeing unidentified objects and then being extremely
|
|
loath to admit it is far more common than one might guess. After hearing of
|
|
an evidently very significant sighting by a prominent physical scientist who
|
|
was hiking in some western mountains when he spotted a metallic-looking disc,
|
|
examined it with binoculars, and saw it shoot up into the air (according to
|
|
my second-hand report from a professional colleague), I tried for months to
|
|
secure a direct report of it from him; he was unwilling to discuss it openly
|
|
with me. NICAP has had reports from prominent executives in large technical
|
|
corporations who insisted that, just because of their positions, their names
|
|
not be used publicly. Similar instances could be cited almost ad infinitum.
|
|
The very types of witnesses whose testimony would carry greatest credence
|
|
often prove to be the most reluctant to admit their sightings; they seem to
|
|
feel they have the most to lose. Within a day of this writing, I spoke to a
|
|
veteran airlines pilot about a sighting in which he was involved about a
|
|
decade ago. After the official "explanation" was publicized, he decided he'd
|
|
never report another one. I predict that social psychologists are going to
|
|
have a field day, in a few years, studying the "pluralistic ignorance" that
|
|
led so many persons to conceal so many sightings for so long.
|
|
|
|
Returning, however, to the question of why astronomers never see UFOs, a
|
|
relevant quantitative consideration needs to be cited at once. According to a
|
|
recent count, the membership of the American Astronomical Society is about
|
|
1800; by contrast, our country has about 350,000 law-enforcement officers.
|
|
With almost 200 times as many police, sheriffs' deputies, state troopers,
|
|
etc., as there are professional astronomers, it is no surprise that many more
|
|
UFO reports come from the law-enforcement officers than from the astronomers.
|
|
Furthermore, the notion that astronomers spend most of their time scanning
|
|
the skies is quite incorrect; the average patrolman almost certainly does
|
|
more random looking about than the average professional astronomer.
|
|
|
|
Despite these considerations, there are on record many sightings from
|
|
astronomers, particularly the amateurs, who far outnumber the professionals.
|
|
A few examples will be considered.
|
|
|
|
1. Case 20. Las Cruces, N.M., August 20, 1949.
|
|
|
|
A good account of the sighting by Dr. Clyde Tombaugh, discoverer of the
|
|
planet Pluto, is given by Menzel (Ref. 25). From my own discussions with Dr.
|
|
Tombaugh, I confirmed the main outlines of this incident. At about 10:00 p.m.
|
|
on 8/20/49, he, his wife, and his mother-in-law were in the yard of his Las
|
|
Cruces home, admiring what Tombaugh described as a sky of rare transparency,
|
|
when Tombaugh, looking almost directly towards zenith, spotted an array of
|
|
pale yellow lights moving rapidly across the sky towards the southeast. He
|
|
called them to the attention of the two others, who saw them just before they
|
|
disappeared halfway to the horizon. The entire array subtended an angle which
|
|
Tombaugh put at about one degree, and it took only a few seconds to cross 50
|
|
or 60 degrees of sky. The array comprised six "windowlike" rectangles of
|
|
light, formed into a symmetric pattern; they moved too fast for aircraft, too
|
|
slowly for a meteor, and made no sound. Menzel quotes Tombaugh as saying, "I
|
|
have never seen anything like it before or since, and I have spent a lot of
|
|
time where the night sky could be seen well."
|
|
|
|
Discussion.
|
|
|
|
Dr. Menzel explains this phenomenon as resulting from reflection of
|
|
lights from the ground, possibly "the lighted windows of a house" reflected
|
|
by an inversion or haze layer aloft. The movement he explains as resulting
|
|
from a ripple on the haze layer. Such an "explanation" is not merely
|
|
difficult to understand; it is incredible. For an "inversion layer" to
|
|
produce such a near-normal reflection of window lights would demand a
|
|
discontinuity of refractive index so enormously large compared with anything
|
|
known to occur in our atmosphere as to make it utterly out of the question.
|
|
However, it has been just such casual ad hoc explanations as this by which
|
|
Menzel has, in his writings, used meteorological optics to rationalize case
|
|
after case with no attention to crucial _quantitative_ details. It is a
|
|
simple matter to show that even inversions of intensity many orders of
|
|
magnitude larger than have ever been observed yield reflectivities (at the
|
|
kind of near-normal incidence involved in Tombaugh's sighting) that are only
|
|
a tiny fraction of one per cent (Ref. 36). In fact, I see no way of
|
|
accounting for the Tombaugh observation in terms of known meteorological or
|
|
astronomical phenomena.
|
|
|
|
2. Case 21. Ft. Sumner, New Mexico, July 10, 1947.
|
|
|
|
A midday sighting by a University of New Mexico meteoriticist, Dr.
|
|
Lincoln La Paz, and members of his family was summarized by _Life_ magazine
|
|
years ago (Ref. 37) without identifying La Paz's name. Bloecher (Ref. 8)
|
|
gives more details and notes that this is officially an Unidentified. At 4:47
|
|
p.m. MST on 7/10/47, four members of the La Paz family nearly simultaneously
|
|
noted "a curious bright object almost motionless" low on the western horizon,
|
|
near a cloudbank. The object was described as ellipsoidal, whitish, and
|
|
having sharply-outlined edges. It wobbled a bit as it hovered stationary just
|
|
above the horizon, then moved upwards, passed behind clouds and re-emerged
|
|
farther north in a time interval which La Paz estimated to be so short as to
|
|
call for speeds in excess of conventional aircraft speeds. It passed in front
|
|
of dark clouds and seemed self-luminous by contrast. It finally disappeared
|
|
amongst the clouds. La Paz estimated it to be perhaps 20 miles away, judging
|
|
from the clouds involved; and he put its length at perhaps 100-200 ft.
|
|
|
|
Discussion.
|
|
|
|
This observation is attributed by Menzel (Ref. 24, p. 29) to "some sort
|
|
of horizontal mirage, perhaps one of a very brilliant cloud shining like
|
|
silver in the sunlight - a cloud that was itself invisible because of the
|
|
darker clouds in the foreground." As nearly as I am able to understand that
|
|
explanation, it seems to be based an the notion that mirage-refraction can
|
|
neatly _superimpose_ the image of some distant object (here his "brilliant
|
|
cloud") upon some nearer object in the middle distance (here his "darker
|
|
clouds"). That is a fallacious notion. If any optical distortions did here
|
|
bring into view some distant bright cloud, it would not be possible to
|
|
receive along immediately adjacent optical paths an image of the intermediate
|
|
clouds. Furthermore, the extremely unstable lapse rates typical of the
|
|
southwestern desert areas under afternoon conditions produce inferior
|
|
mirages, not superior mirages of the looming type here invoked by Menzel.
|
|
Rapid displacements, vertically and horizontally, are not typical of mirage
|
|
phenomena. Hence Menzel's explanations cannot be accepted for this sighting.
|
|
|
|
3. Case 22. Harborside, Me., July 3, 1947.
|
|
|
|
An observation by an amateur astronomer, John F. Cole, reported to
|
|
official investigative offices near the beginning of the period of general
|
|
public awareness of the UFO problem, involves an erratically maneuvering
|
|
cluster of about 10 objects, seen near 2:30 p.m. EDT on 7/3/47 on the eastern
|
|
shore of Penobscot Bay. Hearing a roar overhead, Cole looked up to see the
|
|
objects milling about like a moving swarm of bees as they traveled
|
|
northwestward at a seemingly high speed, as nearly as he could judge size and
|
|
distance. The objects were light-colored, and no wings could be discerned on
|
|
most, although two appeared to have some sort of darker projections somewhat
|
|
resembling wings. In 10-15 seconds they passed out of sight.
|
|
|
|
Discussion.
|
|
|
|
This is one of several dozen cases admitted to the Unidentified category
|
|
in one of the earliest official reports on UFOs (Ref. 6). I have tried,
|
|
unsuccessfully, to locate J. F. Cole. An account of the case is given by
|
|
Bloecher (Ref. 8). It might be remarked that "swarming bee" UFO observations
|
|
have cropped up repeatedly over the years, and from all over the world.
|
|
|
|
4. Case 23. Ogra, Latvia, July 26, 1965.
|
|
|
|
An astronomer whom I know recently toured a number of observatories in
|
|
the USSR, and brought back the word that a majority of Russian astronomers
|
|
have paid little attention to Russian UFO reports (details of which are quite
|
|
similar to American UFO reports, my colleague established), a frequently-
|
|
cited reason being that the American astronomer, Menzel, had given adequate
|
|
optical explanations of all such sightings. I must agree with Dr. Felix Zigel
|
|
who, writing on the UFO problem in _Soviet Life_ (Ref. 38), remarked that
|
|
Menzel's explanation in terms of atmospheric optics "does not hold water." It
|
|
would, for example, be straining meteorological optics to try to account in
|
|
such terms for a sighting by three Latvian astronomers whose report Zigel
|
|
cites in his article. At 9:35 p.m. on 7/26/65, while studying noctilucent
|
|
clouds, R. Vitolniek and two colleagues visually observed a starlike object
|
|
drifting slowly westward. Under 8-power binocular magnification, the light
|
|
exhibited finite angular diameter, so a telescope was used to examine it. In
|
|
the telescope, it appeared as a composite of four smaller objects. There was
|
|
a central sphere around which, "at a distance of two diameters, were three
|
|
spheres resembling the one in the center." The outer spheres slowly rotated
|
|
around the central sphere as the array gradually moved across the sky,
|
|
diminishing in size as if leaving the Earth. After about 20 minutes'
|
|
observation, the astronomers noted the outer spheres moving away from the
|
|
central object, and by about 10:00 p.m., the entire group had moved so far
|
|
away that they were no longer visible.
|
|
|
|
Discussion.
|
|
|
|
I have no first-hand information on this report, of course. The group of
|
|
objects was seen at an angular elevation of about 60 degrees, far too high to
|
|
invoke any mirage-effects or other familiar refractive anomalies.
|
|
Furthermore, the composite nature of the array scarcely suggests an optical
|
|
distortion of the telescope, a possibility also rendered improbable from the
|
|
observed angular velocity and apparent recessional motion.
|
|
|
|
5. Case 24. Kislovodsk, Caucasus, August 8, 1967.
|
|
|
|
Zigel, who is affiliated with the Moscow Aviation Institute, reports in
|
|
the same article (Ref. 38), a sighting at 8:40 p.m., 8/8/67, made by
|
|
astronomer Anatoli Sazanov and colleagues working at the Mountain
|
|
Astrophysical Station of the USSR Academy of Sciences, near Kislovodsk.
|
|
Sazanov and ten other staff members watched an " asymmetric crescent, with
|
|
its convex side turned in the direction of its movement" moving eastward
|
|
across the northern sky at an angular elevation of about 20 degrees. Just
|
|
ahead of it, and moving at the same angular speed was a point of light
|
|
comparable to a star of the first magnitude. The crescent-like object was
|
|
reddish-yellow, had an angular breadth of about two-thirds that of the moon,
|
|
and left vapor-like trails aft of the ends of the crescent horns. As it
|
|
receded, it diminished in size and thus "instantly disappeared".
|
|
|
|
Discussion.
|
|
|
|
If we may accept as reliable the principal features of the sighting, how
|
|
might we account for it? The "faintly luminous ribbons" trailing from the
|
|
horns suggest a high-flying jet, of course; but the asymmetry and the
|
|
reddish-yellow coloration fail to fit that notion. Also, it was an object of
|
|
rather large angular size, about 20 minutes of arc, so that an aircraft of
|
|
wingspan, say, 150 feet would have been only about five miles away whence
|
|
engine-noise would have been audible under the quiet conditions of a mountain
|
|
observatory. More significant, if it had been an aircraft at a slant range of
|
|
five miles, and at 20 degrees elevation, its altitude would have been only
|
|
about 9000 ft above the observatory. For the latitude and date, the sun was
|
|
about ten degrees below the western horizon, so direct sun-illumination on an
|
|
aircraft at 9000 ft above observatory level would be out of the question.
|
|
Hence the luminosity goes unexplained. Clearly, satellites and meteors can be
|
|
ruled out. The astronomers' observation cannot be readily explained in any
|
|
conventional terms. Zigel remarks that the object was also seen in the town
|
|
of Kislovodsk, and that another reddish crescent was observed in the same
|
|
area on the evening of July 17, 1967.
|
|
|
|
6. Case 25. Flagstaff, Ariz., May 20, 1950.
|
|
|
|
Near noon on 5/20/50, Dr. Seymour Hess observed an object from the
|
|
grounds of the Lowell Observatory. Although Hess' principal field of interest
|
|
has been meteorology, we may here consider him an astronomer-by-associ, since
|
|
he was at Lowell doing work on planetary atmospheres, on leave from Florida
|
|
State University. Spotting an unusual, small object moving from SE to NW, he
|
|
had time to send his son after binoculars, which he used in the later
|
|
portions of his observation. He said it looked somewhat disc-shaped, or
|
|
perhaps somewhat like a tipped parachute. It had no wings or visible means of
|
|
propulsion. Dr. Hess indicated to me that he probably had it in sight a total
|
|
of about three minutes, during which it passed directly between him and a
|
|
cloud, before disappearing (into a cloud Hess feels, though this point was
|
|
not certain). From meteorological data bearing on the cloud-base height, Hess
|
|
deduced that the cloud bases lay 12,000 ft above terrain (vs. Weather Bureau
|
|
visual estimate of 6000 ft above terrain). The zenith angle was about 45
|
|
degrees, so the slant range would have been 17,000 ft or 8,000 ft, depending
|
|
on which cloud height is accepted. For its 3 minutes estimated angular
|
|
diameter (dime at 50 ft, Hess estimated), the diameter would then come out of
|
|
the order of 10 to 15 feet. His subjective impression was that it was
|
|
possibly smaller than that.
|
|
|
|
Discussion.
|
|
|
|
The possibility that this might have been a balloon or some other freely
|
|
drifting device comes to mind. However, Hess noted carefully that the clouds
|
|
were drifting from SW to NE, i.e., at right angles to the object's motion. He
|
|
estimated its speed to be in the neighborhood of 100 to 200 mph, yet no
|
|
engine noises of any kind were audible. It appeared dark against the bright
|
|
cloud background, but bright when it was seen against blue sky. No obvious
|
|
explanation in conventional terms seems to fit this sighting.
|
|
|
|
7. Many other sightings by both professional and amateur astronomers could be
|
|
listed. Vallee (Ref. 17) discusses in detail a November 8, 1957 observation
|
|
by J. L. Chapuis of Toulouse Observatory in France of what appeared through a
|
|
small telescope to be a yellowish, elliptical body, with distinct outlines,
|
|
leaving a short trail behind it. It was seen by other observers in three
|
|
separate locations, executed maneuvers entirely excluding meteoric origin,
|
|
and was regarded as an unexplainable phenomenon by all of the witnesses. Hall
|
|
(Ref. 10) lists nine examples of astronomer sightings of unidentified
|
|
objects, several of which are quite striking. Ruppelt (Ref. 5) remarks that
|
|
an astronomer working under contract to the official UFO investigatory
|
|
program interviewed 45 American astronomers during the summer of 1952, of
|
|
whom five (11 per cent) had seen what they regarded to be UFOs. Although the
|
|
sample is small, that percentage is well above the population percentage who
|
|
say they have seen UFOs, which suggests that perhaps astronomers may sight
|
|
more UFOs than they report as such. Indeed, with the recent publication of
|
|
Ref. 7, further interesting information on that 1952 poll is now at hand. The
|
|
contract astronomer wrote at that time (Ref. 7, Rept. 8), "...certainly
|
|
another contributing factor to their desire not to talk about these things is
|
|
their overwhelming fear of publicity. One headline in the nation's papers to
|
|
the effect that 'Astronomer Sees Flying Saucer' would be enough to brand the
|
|
astronomer as questionable among his colleagues." Unfortunately, we
|
|
scientists are by no means as open-minded and fearlessly independent as we
|
|
are sometimes pictured. It is often quite difficult to persuade a scientist
|
|
to let his confidential report of a UFO sighting become a fully open UFO
|
|
report; and my own experience suggests that perhaps astronomers, as a group,
|
|
are just a bit more sensitive on this score than other scientists. At any
|
|
event, perhaps the above-cited cases will suggest that some astronomers have
|
|
seen unidentified flying objects.
|
|
|
|
METEOROLOGISTS AND WEATHER OBSERVERS LOOK AT THE SKIES FREQUENTLY.
|
|
|
|
WHY DON'T THEY SEE UFOs?
|
|
|
|
1. Case 26. Richmond, Va., April 1947.
|
|
|
|
To begin an answer to that rhetorical question, we might consider an
|
|
observation made by a weather observer at the Richmond, Va., U. S. Weather
|
|
Bureau station, about two months before the first national publicity
|
|
concerning UFOs. Walter A. Minczewski, whom I located at the same Weather
|
|
Bureau office where he made the sighting in 1947, was making a pilot balloon
|
|
observation, when he spotted a silvery object that entered the field of his
|
|
theodolite (which was trained on the balloon he had released). In the account
|
|
that Minczewski sent me, he stated that "the bottom was flat and the top was
|
|
slightly dome-shaped"; and when he tried to see it with naked eye, he could
|
|
not spot it. (Typical pilot balloon theodolites have magnifications of about
|
|
20 to 25, and angular fields that are usually about a degree across.) It was
|
|
a "clear bright morning" when he spotted the object, and it lay to his NNE at
|
|
an elevation of about 45 degrees. Whether Minczewski really saw the upper
|
|
surface or formed his mental impressions without realizing that the
|
|
theodolite may have inverted the image is now unclear, and my questioning did
|
|
not settle that point.
|
|
|
|
Discussion.
|
|
|
|
A report of this sighting is in the official files, a circumstance which
|
|
greatly surprised Minczewski, since he had discussed it only with his fellow
|
|
workers. In the ensuing two decades, he has never again seen anything like
|
|
it. Clearly, the probability of an object crossing the small angular field of
|
|
a meteorological theodolite is quite low, if only chance were involved here.
|
|
He tried to track it but lost it, due to its high angular velocity, after
|
|
about five or six seconds, he recalled. No obvious conventional explanation
|
|
suggests itself for this early sighting.
|
|
|
|
2. Case 27. Yuma, Ariz., February 4, 1953.
|
|
|
|
Weather Bureau observer S.H. Brown was tracking a pilot balloon at 6000
|
|
ft over Yuma at 1:50 p.m. MST on 2/4/53 when first one and then a second
|
|
unidentified object moved across his theodolite field, somewhat as in the
|
|
preceding case. I obtained an account of this sighting from V.B. Cotten,
|
|
Meteorologist-in-Charge at the Yuma station. The full account is too long for
|
|
recapitulation here. Both objects appeared to be of the order of a minute of
|
|
arc in diameter and appeared "almost round, a solid dull pure white color,
|
|
with a thin white mist completely edging each object." The first object moved
|
|
into the optical field and curved upwards to the west, with the theodolite
|
|
oriented to about 53 degrees elevation, 157 degrees azimuth. About 20 seconds
|
|
later, a second object entered the field and moved in and out of the field
|
|
erratically two times, to rejoin the first object. Brown was able to track
|
|
the pair thereafter, as they jointly changed both azimuth and elevation.
|
|
Because he had a stopwatch at hand for the balloon observation (which he did
|
|
not complete because of following the unknown objects), he was able to
|
|
determine that he followed the pair of objects for five minutes (1350 to
|
|
1355), until he lost sight of them against a cirrus cloud deck to the SSW. At
|
|
the termination of the observation, his instrument was pointed to 29 degrees
|
|
elevation, 204 degrees azimuth.
|
|
|
|
Discussion.
|
|
|
|
This case is carried as Unidentified in the official files (see Ref. 7
|
|
for official summary). At times these objects lay near the sun's position in
|
|
the sky, which might suggest forward-angle scattering of sunlight by airborne
|
|
particles. However, initially, the objects were detected at angular distance
|
|
of about 40 degrees from the solar position, which would not yield
|
|
appreciable low-angle scattering. Furthermore, if these were airborne
|
|
scatterers, they would almost certainly be separated by random turbulence
|
|
within as long a period as five minutes, yet the observer's report indicates
|
|
that they maneuvered together within angular separations of the order of the
|
|
roughly one-degree field of such theodolites. The fact that the second object
|
|
did go out of the field only to return to the vicinity of the first object
|
|
strains the airborne particle hypothesis. Thus the official categorization of
|
|
Unidentified seems reasonable here.
|
|
|
|
3. Case 28. Upington, Cape Province, December 7, 1954.
|
|
|
|
R.H. Kleyweg, Officer-in-Charge of the Upington Meteorological Station,
|
|
had just released a balloon for upper-wind measurement and was shielding his
|
|
eyes from the sun trying to spot the balloon to get his theodolite on it.
|
|
Seeing an object east of the sun, moving slowly to the west, he thought it
|
|
was his balloon and got the theodolite on it, only to find that it was white,
|
|
whereas he had released a red balloon. An account in the Natal _Mercury_,
|
|
January 28, 1955, quoted Kleyweg as saying that it seemed "like a half-circle
|
|
with the sun reflecting off the sloping top." He had no difficulty following
|
|
it for about three minutes, but then it began to accelerate and, after
|
|
another minute, he was unable to track fast-enough to keep it in optical view
|
|
(Ref. 10).
|
|
|
|
Discussion.
|
|
|
|
Kleyweg was quoted in the cited press source as saying, "I have followed
|
|
thousands of meteorological balloons. This object was no balloon." A South
|
|
African student doing graduate work in my Department, Petrus DuToit, has
|
|
confirmed this sighting, having had an account of it directly from Kleyweg.
|
|
An accelerating airborne half-circular object with sloping top seems best
|
|
categorized as an unidentified flying object.
|
|
|
|
4. Case 29. Arrey, New Mexico, April 24, 1949.
|
|
|
|
Charles B. Moore, Jr., was with four enlisted Navy personnel making a
|
|
pilot balloon observation preparatory to release of a Skyhook balloon at the
|
|
White Sands Proving Ground in the middle of the morning of 4/24/49. The
|
|
balloon was airborne and was under observation by one of the men when Moore
|
|
became aware that a white object which he took to be the balloon was in a
|
|
part of the sky well away from where the theodolite operator had his
|
|
instrument trained. As Moore has explained directly to me in discussing this
|
|
famous case, he thought the operator had lost the balloon. Moore took over,
|
|
swung the 25-power scope onto the "balloon" he had spotted, and found that it
|
|
was in fact an ellipsoidal white object moving at a rapid angular velocity
|
|
towards the NE. With stopwatch and recording forms at hand, it was possible
|
|
for the team of five men to secure some semi-quantitative data on this
|
|
sighting; Moore disengaged the vernier drives to track manually, and followed
|
|
the object as it sped from the southwest into the northeast skies. At its
|
|
closest approach, it was moving at about 5 degrees/sec. Just before Moore
|
|
lost it in the distance to the northeast, its angular elevation began to
|
|
increase, as if it were climbing, a quite significant point. The object had a
|
|
horizontal length about two to three times greater than its vertical
|
|
thickness. Moore never got a sufficiently clear view to identify any finer
|
|
details if any were present. Another balloon was immediately released to
|
|
check the slim possibility that a high-speed jet from SW to NE might have
|
|
carried some airborne obJect across the sky; but the winds were blowing more
|
|
or less at right angles to the object's path to the 93,000 ft level, and were
|
|
rather weak (Ref. 10). The angular diameter of the object was estimated at
|
|
about a minute of arc (which in the 25-power theodolite would appear to Moore
|
|
as about three-fourths the apparent size of the moon).
|
|
|
|
Discussion.
|
|
|
|
Moore's sighting is carried as Unidentified in official files. Menzel
|
|
(Ref. 24) says of it:
|
|
|
|
"This incident, kept in the classified files for more than
|
|
two years, presents no serious difficulty to the person
|
|
who understands the optics of the earth's atmosphere. The
|
|
air can, under special conditions, produce formations
|
|
similar to lenses. And, just as a burning glass can project
|
|
the sun into a point of light, so can these lenses of air --
|
|
form an image. What Moore saw was an out-of-focus and badly
|
|
astigmatic image of the balloon."
|
|
|
|
It would be interesting to hear Menzel present a quantitative defense of that
|
|
astonishing disposition of this interesting sighting. Here five witnesses,
|
|
with aid of a tracking device giving better than rough angular coordinate
|
|
information on the movements of an unknown object, observe the object move
|
|
through an arc of over 90 degrees that took it into a part of the sky about
|
|
that same large-angular distance from the real balloon's location, and Menzel
|
|
adduces a "lens of air" to explain it away. Astronomers find atmospheric
|
|
scintillation a very serious observational problem because stellar images are
|
|
often erratically shifted by tens of _seconds_ of arc from their mean
|
|
position as a result of atmospheric turbulence effects. In the 5/24/49 Moore
|
|
sighting, Menzel is proposing that the atmosphere carried a refracted image
|
|
of the balloon northeastward at a steady rate of excursion that finally
|
|
totalled several thousand times the magnitude of refractive angular image-
|
|
displacements known to occur with bad seeing. I feel obliged to repeat an
|
|
observation I have made before: If the transmission properties of the Earth's
|
|
atmosphere were as anomalous as Menzel assumes in his handling of UFO
|
|
observations, he and his colleagues would be out of business. The official
|
|
categorization of Unidentified for the Moore sighting seems inescapable. It
|
|
might be added that, over the years, there have been very many UFO
|
|
observations of significant nature from the vicinity of White Sands Proving
|
|
Ground, many involving instrumental tracking, many made by experienced
|
|
observers. A long and impressive list of them could easily be compiled, yet
|
|
all have been slowly lost from official cognizance by a process that is
|
|
characteristically at the heart of response to the UFO problem.
|
|
|
|
5. Case 30. Admiralty Bay, Antarctica, March 16, 1961.
|
|
|
|
This listing of UFO sightings by meteorologists could be extended very
|
|
considerably by drawing on my file of such cases. To cite just one more that
|
|
also indicates the global scale of the UFO phenomena, a very unusual luminous
|
|
unidentified aerial object seen by a meteorologist and others aboard the
|
|
U.S.S. Glacier at about 6:15 p.m. on 3/16/61 in the Antarctic will be
|
|
mentioned. I have quite recently received, through French UFO investigator
|
|
Rene Fouere, a rather detailed summary of this sighting by Brazilian
|
|
meteorologist Rubens J. Villela, whose earlier account I had seen but paid
|
|
little attention to (Ref. 10). The point I had missed, prior to reading
|
|
Villela's detailed description of the circumstances of the sighting, was the
|
|
very important feature of a low cloud overcast present at about 1500 ft above
|
|
the sea. With three shipmates on the flying bridge, Villela suddenly saw
|
|
|
|
"a multicolored luminous object crossing the sky,"
|
|
|
|
an object which for a moment they took to be an unusual meteor.
|
|
|
|
"It was egg-shaped, colored mainly reddish at first, and
|
|
travelled slowly from NE to SW at about 50 degrees above
|
|
the horizon, on a straight horizontal trajectory. From
|
|
its frontal part, several multicolored,perfectly straight
|
|
'rays' extended backwards, diverging outwards at an angle;
|
|
green, red, and blue. Most striking of all, it left a long
|
|
trail of orange color in the form of a perfectly straight
|
|
tube which gave the distinct impression of being hollow,
|
|
faintly comparable to a neon light."
|
|
|
|
Villela stated in his summary,
|
|
|
|
Then,
|
|
|
|
"Suddenly, the object divided in two. It was not an explosion,
|
|
it was a controlled division in two equal parts, one behind
|
|
the other, each egg-shaped as before and each radiating
|
|
outwards its V-shaped lateral rays. Then the object shone
|
|
with a slightly stronger light, changing color to blue and
|
|
white, and disappeared completely. That's it -- just
|
|
disappeared, abruptly."
|
|
|
|
His account emphasizes that the boundaries of the object(s) were definite and
|
|
sharp, not diffuse. Villela's account indicates that a total of six persons
|
|
were above-decks and saw this striking phenomenon. It is to be emphasized
|
|
that, in the estimated 10 seconds that this lasted, the object was moving
|
|
below a cloud deck that lay only about 1500 feet above the sea, so that, for
|
|
the reported elevation angle of about 50 degrees, the slant range from
|
|
observers to object was perhaps of the order of 2000 ft. Villela had the
|
|
subjective impression that the egg-shaped initial form was about as big as a
|
|
small airplane.
|
|
|
|
Discussion.
|
|
|
|
In a recent book aimed at showing that a majority of the most interesting
|
|
UFOs are an atmospheric-electrical plasma related to ball lightning, Philip
|
|
J. Klass (Ref. 39) cites the preceding case as a good example of the sort of
|
|
observation which he feels he can encompass in his "plasma-UFO" hypothesis.
|
|
To the extent that he treats only the breakup into two parts, he has some
|
|
observational basis for trying to interpret this as something akin to ball
|
|
lightning. But almost at that point the similarity ends as far as
|
|
meteorologically recognized characteristics of ball lightning go. The highly
|
|
structured nature of the object and its rays, its size, its horizontal
|
|
trajectory, its presence in a foggy area with low stratiform clouds free of
|
|
thunderstorm activity scarcely suggest anything like ball lightning. Nor does
|
|
this account suggest any meteoric phenomenon at sub-cloud altitudes. I would
|
|
regard this as just one more of a baffling array of inexplicable aerial
|
|
phenomena which span so wide a range of characteristics that it is taxing to
|
|
try to invent any single hypothesis to rationalize them all. The full
|
|
spectrum of UFO phenomena will, I predict, come as a shock to every scientist
|
|
who takes the necessary time to look into the wealth of reports accumulated
|
|
in various archives over the past two decades and more. Official assertions
|
|
to the effect that UFO reports in no way defy explanation in terms of present
|
|
scientific and technological knowledge are, in my opinion, entirely
|
|
unjustified. The Villella sighting seems a case in point. And meteorologists
|
|
do see UFOs, as the foregoing cases should suggest.
|
|
|
|
DON'T WEATHER BALLOONS AND RESEARCH BALLOONS ACCOUNT FOR MANY UFOs?
|
|
|
|
Probably the most categorical statement ever made attributing UFO
|
|
observations to balloons appeared in a _Look_ magazine article by Richard
|
|
Wilson in February 1951, entitled, "A Nuclear Physicist Exposes Flying
|
|
Saucers." Dr. Urner Liddel, then affiliated with the Navy cosmic ray research
|
|
program using the large Skyhook balloons, was quoted as saying, "There is not
|
|
a single reliable report of an observation (of a UFO) which is not
|
|
attributable to the cosmic balloons." When one considers the large number of
|
|
UFO reports already on record by 1951 in which reliable airlines pilots,
|
|
military personnel, and other credible witnesses have observed unidentified
|
|
objects wholly unlike a high-altitude, slowly drifting pear shaped Skyhook
|
|
balloon, that assertion appears very curious. Neverthe less, that many
|
|
persons have misidentified Skyhook balloons and even the smaller weather
|
|
balloons used in routine meteorological practice is unquestioned. A Skyhook
|
|
seen against the twilight sky with back illumination yields a strangely
|
|
luminous, hovering object which many observers, especially if equipped with
|
|
binoculars, were unprepared to identify correctly in the 1946-51 period when
|
|
Skyhook operations were tied up with still-classified programs. To this
|
|
extent, Liddel's point is reasonable; but his sweeping assertion fails to fit
|
|
the facts, then or now.
|
|
|
|
Actually, in official csse-evaluations, one finds Skyhook balloons
|
|
invoked relatively infrequently compared with "weather balloons." But in many
|
|
of the latter cases, the balloon hypothesis is strained beyond the breaking
|
|
point. The official criterion used (Ref. 7, p. 135) is extremely loose:
|
|
|
|
"If an object is reported near a balloon launch site within
|
|
an hour after the scheduled launch times, it is classed as
|
|
a balloon"
|
|
|
|
with no specification of heights, shapes, distances, etc. Using such a
|
|
criterion, it is easy to see why so many "balloon" explanations figure in the
|
|
official summaries. There are even "balloon" UFOs whose speed, when inferred
|
|
from the report, comes out to be supersonic! The tiny candles or flashlight
|
|
bulbs hung on pilot balloons for night-tracking have been repeatedly made the
|
|
basis for explanations of what witnesses described as huge luminous objects
|
|
at close range. Within only days of this writing, I have checked out such a
|
|
case near Tucson where four adult witnesses saw, on July 2, 1968, a half-
|
|
moon-shaped orange-red object hovering for several minutes at what they
|
|
estimated to be a few hundred feet above terrain and perhaps a few miles away
|
|
over open desert. They watched it tip once, right itself, then accelerate and
|
|
rise over a mountain range and pass off into the distance in some tens of
|
|
seconds. Because a weather balloon had been released earlier (actually about
|
|
an hour and forty-five minutes earlier) from the Tucson airport Weather
|
|
Bureau station, the official explanation, published in the local press, was
|
|
that the witnesses had seen a "weather balloon". A pilot balloon of the small
|
|
type (30-gram) used in this instance rises at about 600 ft/min, the tiny
|
|
light on it becomes invisible to the naked eye beyond about 10,000 ft slant-
|
|
range, and the upper-level winds weren't even blowing toward the site in
|
|
question. Also the angular size estimated for the observed reddish half-moon
|
|
was about twice the lunar diameter, and some said about four times larger. A
|
|
pilot balloon light would have to be within about 20-30 feet to appear this
|
|
large. Yet such a case will enter the files (if even transmitted to higher
|
|
echelons) as a "balloon", swelling the population of curious balloon-
|
|
evaluations in official files.
|
|
|
|
1. Case 31. Ft. Monmouth, N.J., September 10, 1951.
|
|
|
|
It is clear from Ruppelt' s discussions (Ref. 5) that a series of radar
|
|
and visual sightings near Ft. Monmouth on 9/10/51 and the next day were of
|
|
critical importance in affecting official handling of the UFO problem in the
|
|
ensuing two-year period. Many details from the official file on these
|
|
sightings are now available for scientific scrutiny (Ref. 7). Here, a
|
|
sighting by two military airmen flying in a T-33 near Ft. Monmouth will be
|
|
selected from that series of events because the sighting was eventually
|
|
tagged as a weather balloon. As with any really significant UFO case, it
|
|
would require far more space than can be used here to spell out adequately
|
|
all relevant details, so a very truncated account must be employed. While
|
|
flying at 20,000 ft from a Delaware to a Long Island airbase, the two men in
|
|
the T-33 spotted an object "round and silver in color" which at one stage of
|
|
the attempted intercept appeared flat. The T-33 was put into a descending
|
|
turn to try to close on the object but the latter turned more tightly (the
|
|
airmen stated) and passed rapidly eastward towards the coast of New Jersey
|
|
and out to sea. A pair of weather balloons (probably radiosonde balloons but
|
|
no information thereon given in the files) had been released from the Evans
|
|
Signal Laboratory near Ft. Monmouth, and the official evaluation indicates
|
|
that this is what the airmen saw.
|
|
|
|
However, it is stated that the balloons were released at 1112 EDST, and
|
|
the sighting began at about 1135 EDST with the T-33 over Point Pleasant, N.J.
|
|
In that elapsed time, a radiosonde balloon, inflated to rise at the 800-900
|
|
ft/min rate used for such devices, would have attained an altitude of about
|
|
17-18,000 ft, the analysis notes. From this point on, the official analysis
|
|
seems to be built on erroneous inferences. The airmen said that, as they
|
|
tried to turn on the object, it appeared to execute a 120-degree turn over
|
|
Freehold, N.J., before speeding out over the Atlantic. BUt from the upper
|
|
winds for that day, it is clear that the Ft. Monmouth balloon trajectory
|
|
would have taken it to the northeast, and by 1135, it would have been about
|
|
over the coast in the vicinity of Sea Bright. Hence, at no time in the
|
|
interval involved could the line of sight from T-33 to balloon have
|
|
intersected Freehold, which lies about 15 miles WSW of the balloon release-
|
|
point. Instead, had the airmen some how seen the radiosonde balloon from Pt.
|
|
Pleasant, it would have lain to about their N or NNE and would have stayed in
|
|
about that sector until they passed it. Furthermore, the size of the balloon
|
|
poses a serious difficulty for the official analysis. Assuming that it had
|
|
expanded to a diameter of about 15 feet as it ascended to about the 18,000-ft
|
|
level, it would have subtended an arc of only 0.6 min, as seen from the T-33
|
|
when the latter passed over Pt. Pleasant. This angular size is, for an
|
|
unaided eye, much too small to fit the airmen's descriptions of what they
|
|
tried to intercept. In a press interview (Ref. 40), the pilot, Wilbert S.
|
|
Rogers of Columbia, Pa., said the object was "perfectly round and flat" and
|
|
that the center of the disc was raised "about six feet" and that it appeared
|
|
to be moving at an airspeed of the order of 900 mph. The entire reasoning on
|
|
which the balloon evaluation is elaborated fails to fit readily established
|
|
points in the official case-summary.
|
|
|
|
Discussion.
|
|
|
|
The possibility that a pilot can be misled by depth perception errors and
|
|
Coordinate-reference errors to misconstrue a weather balloon as a fast-
|
|
maneuvering object must always be kept in mind. But in the Ft. Monmouth
|
|
instance, as in many others that could be discussed in detail, there is a
|
|
very large gap between the balloon hypothesis and the facts. The basic
|
|
sighting-report here is quite similar to many other daytime sightings by
|
|
airborne observers who have seen unconventional disc-like objects pass near
|
|
their aircraft.
|
|
|
|
2. Case 32. Odessa, Wash., December 10. 1952.
|
|
|
|
According to an official case-summary (Ref. 7, Rept. 10), two airmen in
|
|
an F-94 "made visual and radar contact with a large, round white object
|
|
larger than any known type of aircraft" near 1915 PST on 12/10/52 near
|
|
Odessa. The radar operator in the F-94 had airborne radar contact with the
|
|
object for 15 minutes, and during that same interval, ground radar was also
|
|
tracking it. The summary states that "the object appeared to be level with
|
|
the intercepting F-94 at 26,000 to 27,000 ft," and it is pointed out that "a
|
|
dim reddish-white light came from the object as it hovered, reversed
|
|
direction almost instantaneously and then disappeared." It is stated that the
|
|
skies were clear above 3000 ft. The official evaluation of this incident is
|
|
"Possible Balloon", although the report notes that no upper-air research
|
|
balloon was known to be in the area on this date. The principal basis for
|
|
calling it a balloon was the observers' description of "large, round and
|
|
white and extremely large", and it was remarked that the instrument package
|
|
on some balloon flights is capable of yielding a radar return.
|
|
|
|
Discussion.
|
|
|
|
To conclude that this was a "Possible Balloon" just on the basis of the
|
|
description, "large, round and white and extremely large", and thereby to
|
|
ignore the instantaneous course reversal and the inability of a 600-mph jet
|
|
to close with it over a period of 15 minutes seems unreasonable. We may
|
|
ignore questions of wind speeds at the altitude of the object and the F-94
|
|
because both would enjoy the same "tail wind effect". In 15 minutes, the F-94
|
|
would be capable of moving 150 miles relative to any balloon at its altitude.
|
|
On the other hand, airborne radar sets of that period would scarcely detect a
|
|
target of cross-section represented by the kinds of instrument packages hung
|
|
on balloons of the Skyhook type, unless the aircraft were within something
|
|
like 10 or 15 miles of it. Yet it is stated that the F-94 was pursuing it
|
|
under radar contact for a time interval corresponding to an airpath ten times
|
|
that distance. Clearly, categorizing this unknown as a "balloon" was
|
|
incompatible with the reported details of the case.
|
|
|
|
On the other hand, there seems no reason to take seriously Menzel's
|
|
evaluation of this Odessa F-94 sighting (Ref. 25, p. 62). Menzel evidently
|
|
had the full file on this case, for he adds a few details beyond those in
|
|
Ref. 7, details similar to those in Ruppelt's account of the case (Ref. 5):
|
|
|
|
"Dim reddish-white lights seemed to be coming from 'windows'
|
|
and no trail or exhaust was visible. The pilot attempted to
|
|
intercept but the object performed amazing feats -- did a
|
|
chandelle in fron to of the plane, rushed away, stopped, and
|
|
then made for the aircraft on a collision course at
|
|
incredible speed."
|
|
|
|
He indicates that after the pilot banked to avoid collision he could not
|
|
again locate it visually, although another brief radar contact was obtained.
|
|
Having recounted those and other sighting details, Menzel then offers his
|
|
interpretation:
|
|
|
|
"In the east, Sirius was just rising over the horizon at the
|
|
exact bearing of the unknown object. Atmospheric refraction
|
|
would have produced exactly the phenomenon described. The
|
|
same atmospheric conditions that caused the mirage of the
|
|
star would have caused anomalous radar returns."
|
|
|
|
Now stars just above the viewer's horizon do scintillate and do undergo
|
|
turbulent image-displacement, but one must consider quantitative matters. A
|
|
refractive excursion of a stellar image through even a few minutes of arc
|
|
would be an extremely large excursion. To suggest that a pilot would report
|
|
that Sirius did a chandelle is both to forget realities of astronomy and to
|
|
do injustice to the pilot. In fact, however, Menzel seems to have done his
|
|
computations incorrectly, for it is easily ascertained that Sirius was not
|
|
even in the Washington skies at 7:15 p.m. PST on 12/10/52. It lay at about 10
|
|
degrees below the eastern horizon. A further quite unreasonable element of
|
|
Menzel's explanation of the Odessa case is his easy assertion that the radar
|
|
returns were anomalous results of the "atmospheric conditions". Aircraft
|
|
flying at altitudes of 26,000 ft do not get ground returns on level flight as
|
|
a result of propagation anomalies. These extreme forcings of explanations
|
|
recur throughout Menzel's writings; one of their common denominators is lack
|
|
of attention to relevant quantitative factors.
|
|
|
|
3. Case 33. Rosalia, Wash., February 6, 1953.
|
|
|
|
Another official case-summary of interest here is cited by Menzel (Ref.
|
|
25, p. 46). Keyhoe (Ref. 4), who studied the case-file on it much earlier,
|
|
gives similar information, though in less detail. A B-36, bound for Spokane
|
|
was over Rosalia, Wash., at 1:13 a.m. when, as Menzel describes it,
|
|
|
|
"the pilot ... sighted a round white light below him, circling
|
|
and rising at a speed estimated at 150 to 200 knots as it
|
|
proceeded on a southeast course."
|
|
|
|
Menzel states that the B-36
|
|
|
|
"made a sharp descending turn toward the light, which was in
|
|
view for a period of three to five minutes."
|
|
|
|
The light was blinking, and Keyhoe mentions that the blink-interval was
|
|
estimated at about 2 seconds.
|
|
|
|
Menzel concurs in the official evaluation of this as a "weather balloon",
|
|
noting that a pilot balloon had been released at Fairchild AFB at 1:00 a.m.,
|
|
and remarking that the
|
|
|
|
"winds aloft at altitudes of 7,000 to 10,000 ft were from
|
|
the nothwest at a speed of about fifty knots."
|
|
|
|
He says that
|
|
|
|
"computation showed that the existing winds would have
|
|
carried the balloon to the southeast, and it would have
|
|
ben over Rosalia, which is 12.5 nautical miles southeast
|
|
of Fairchild, in about fifteen minutes."
|
|
|
|
In fact, Rosalia lies 33 statute miles SSE of Fairchild, or about twice
|
|
as far as Menzel indicates. The net drift of the balloon cannot be deduced
|
|
simply from the winds in the 7-10,000-ft layer; and, in fact, an examination
|
|
of the upper-wind data for that area on February 6 indicates that the winds
|
|
at lower levels were blowing out of the southwest. The trajectory of the
|
|
balloon would have taken it initially east-north-east, then east, and finally
|
|
curving back to the southeast as it got up to near the 10,000-ft levels. By
|
|
that time, it would have been already east of Spokane, nowhere near Rosalia.
|
|
|
|
The small light (candle or flashlight bulb) used on night pibal runs is
|
|
almost invisible to the naked eye beyond a few miles' distance. (A 1-candle
|
|
source at 3000 ft is equivalent to a star of about the first magnitude. At 6
|
|
miles, then, one finds that the same source equals the luminosity of a sixth-
|
|
magnitude star, the limit of human vision under the most favorable
|
|
conditions. For a pilot, looking out of a cockpit with slight inside glare to
|
|
spot a 1-candle source against a dark back ground would require that the
|
|
source be only a few miles away.) At some 30 miles, the B-36 pilot could not
|
|
have seen the small light on a balloon east of Spokane.
|
|
|
|
Menzel states that
|
|
|
|
"the balloon carrie white running lights which accounted
|
|
for the blinking described, and the circling climb of the
|
|
UFO is typical of a balloon's course."
|
|
|
|
Neither inference is supportable. The light used on pilot balloons is a
|
|
steady source; only if one were right above it, with its random swing causing
|
|
intermittent occultation, would one ever perceive blinking. But then, flying
|
|
at B-36 speeds, the pilot would have swept over the sector of perceptible
|
|
occultation in only a matter of seconds. Yet here the pilot watched it for a
|
|
reported 3-5 minutes. Furthermore, "circling climb" cannot be called "typical
|
|
of a balloon's course." The balloon trajectory is controlled by the ambient
|
|
wind shears and only with unusually strong directional shears would a pilot
|
|
flying a straight course perceive a pilot balloon to be "circling."
|
|
|
|
In all, there appear to be so many serious difficulties with the balloon
|
|
explanation for the Rosalia sighting that it is not possible to accept
|
|
Menzel's statement:
|
|
|
|
"Thus all the evidence supports ATIC's conclusion that the
|
|
UFO was a weather balloon."
|
|
|
|
4. Case 34. Boston. Mass., June 1, 1954.
|
|
|
|
At 0930 EDST, a Paris-New York TWA Constellation was passing near Boston
|
|
when the cockpit crew spotted "a large, white-colored disc-like object"
|
|
overhead (Ref. 41). Capt. Charles J. Kratovil, copilot W. R. Davis, and
|
|
flight engineer Harold Raney all watched it for a total time of 10 minutes as
|
|
they flew on their own southwestward course to New York. They would
|
|
occasionally lose it behind overlying clouds. Knowing that they were flying
|
|
into headwinds, they concluded that it could not be any kind of balloon, so
|
|
they radioed the Boston airport control tower, which informed him that jets
|
|
were scrambled and saw the object, but could not close with it.
|
|
|
|
After landing in New York, Capt. Kratovil was informed that official
|
|
spokesmen had attributed the sighting to a "weather balloon" released from
|
|
Grenier AFB, in New Hampshire.
|
|
|
|
Discussion.
|
|
|
|
I am still in the process of trying to locate Kratovil to confirm
|
|
sighting details; but the fact that four newspaper accounts for that day give
|
|
the same information about the major points probably justifies acceptance of
|
|
those points. From upper-wind data for that area and time, I have confirmed
|
|
the presence of fairly strong flow from the WSW aloft, whence Kratovil's
|
|
press comment, "If this was a weather balloon, it's the first time I ever saw
|
|
one traveling against the wind," seems reasonable. The cruising speed of a
|
|
Constellation is around 300 mph, so during the reported 10 minutes' duration
|
|
of the crew's sighting, they moved about 50 miles relative to the air, so it
|
|
would have been impossible for them to have kept a weather balloon in sight
|
|
for this long. Furthermore, it was about 1.5 hours after scheduled balloon-
|
|
release time, so that even a small balloon would have either burst or passed
|
|
to altitudes too high to be visible. Finally, with flow out of the southwest
|
|
sector from surface to above 20,000 ft, any balloon from Grenier AFB would
|
|
have been carried along a trajectory nowhere near where the TWA crew spotted
|
|
the "large, white-colored, disc-like object" overhead.
|
|
|
|
5. In my files are many other "balloon" cases from the past twenty years,
|
|
cases that ought never have been so labelled, had the evaluators kept
|
|
relevant quantitative points in mind. To ignore most of the salient features
|
|
of a sighting in order to advance an easy "balloon" explanation is only one
|
|
more of many different ways in which some very puzzling UFO observations have
|
|
been shoved out of sight.
|
|
|
|
WHY AREN'T UFOs EVER TRACKED BY RADAR?
|
|
|
|
The skeptic who asks this question, and many do, is asking a very
|
|
reasonable question. With so much radar equipment deployed all over the
|
|
world, and especially within the United States, it seems sensible to expect
|
|
that, if there are any airborne devices maneuvering in our airspace, they
|
|
ought to show up on radars once in a while. They do indeed, and have been
|
|
doing so for all of the two decades that radar has been in widespread use.
|
|
Here, as with so many other general misconceptions about the true state of
|
|
the UFO problem, we encounter disturbingly large amounts of misinformation.
|
|
As with other categories of UFO misinformation, the only adequate corrective
|
|
is detailed discussion of large numbers of individual cases. Only space
|
|
limitations preclude discussion of dozens of striking radar-tracking
|
|
incidents involving UFOs, both here and abroad; they do exist.
|
|
|
|
1. Case 35. Fukuoka, Japan, October 15, 1948.
|
|
|
|
A very early radar-UFO case, still held as an official Unidentified,
|
|
involved an attempted interception of the unknown object by an F-61 flying
|
|
near Fukuoka, Japan, at about 11:00 p.m. local time on 10/15/48. The official
|
|
file on this incident is lengthy (Ref. 42); only the highlights can be
|
|
recounted here. The F-61 (with pilot and radar operator) made six attempts to
|
|
close with the unknown, from which a radar return was repeatedly obtained
|
|
with the airborne radar. Each time the radarman would get a contact and the
|
|
F-61 pilot tried to close, the unknown would accelerate and pass out of
|
|
range. Although the radar return seemed comparable to that of a conventional
|
|
aircraft,
|
|
|
|
"the radar observer estimated that on three of the sightings,
|
|
the object travelled seven miles in approximately twenty seconds,
|
|
giving a speed of approximately 1200 mph."
|
|
|
|
In another passage, the official case-file remarks that
|
|
|
|
"when the F-61 approached within 12,000 feet, the target executed
|
|
a 180 degree turn and dived under the F-61."
|
|
|
|
adding that
|
|
|
|
"the F-61 attempted to dive with the target but was unable to
|
|
keep pace."
|
|
|
|
The report mentions that the unknown
|
|
|
|
"could go almost straight up or down out of radar elevation
|
|
limits,"
|
|
|
|
and asserts further that
|
|
|
|
"this aircraft seemed to be cognizant of the whereabouts of
|
|
the F-61 at all times..."
|
|
|
|
The F-61 airmen, 1st Lt. Oliver Hemphill (pilot) and 2d Lt. Barton Halter
|
|
(radarman) are described in the report as being
|
|
|
|
"of excellent character and intelligence and are trained
|
|
observers."
|
|
|
|
Hemphill, drawing on his combat experience in the European theater, said that
|
|
|
|
"the only aircraft I can compare our targets to is the German
|
|
ME-163."
|
|
|
|
The airmen felt obliged to consider the possibility that their six attempted
|
|
intercepts involved more than one unknown. Hemphill mentions that, in the
|
|
first attempted intercept,
|
|
|
|
"the target put on a tremendous burst of speed and dived so
|
|
fast that we were unable to stay with it."
|
|
|
|
After this head-on intercept, Hemphill did a chandelle back to his original
|
|
6000-ft altitude and tried a stern interception,
|
|
|
|
"but the aircraft immediately outdistanced us. The third
|
|
target was spotted visually by myself,"
|
|
|
|
Hemphill's signed statement in the case-file continues.
|
|
|
|
"I had an excellent silhouette of the target thrown against
|
|
a very reflective undercast by a full moon. I realized at
|
|
this time that it did not look like any type of aircraft I was
|
|
familiar with, so I immediately contacted my Ground Control
|
|
Station..."
|
|
|
|
which informed him there were no other known aircraft in the area. Hemphill's
|
|
statement adds further that,
|
|
|
|
"The fourth target passed directly over my ship from astern
|
|
to bow at a speed of roughly twice that of my aircraft,
|
|
200 mph. I caught just a fleeing glimpse of the aircraft;
|
|
just enough to know that he had passed on. The fifth and sixth
|
|
targets were attempted radar interceptions, but their high
|
|
rate of speed put them immediately out of our range."
|
|
|
|
(Note the non-committal terminology that treats each intercept target as if
|
|
it might have been a separate object.) A sketch of what the object looked
|
|
like when seen in silhouette - against the moonlit cloud deck is contained in
|
|
the file. It was estimated to be about the size of a fighter aircraft, but
|
|
had neither discernible wings nor tail structures. It was somewhat bullet-
|
|
shaped, tapered towards the rear, but with a square-cut aft end. It seemed to
|
|
have "a dark or dull finish".
|
|
|
|
Discussion.
|
|
|
|
Ground radar stations never detected the unknown that was seen visually
|
|
and contacted by airborne radar. The report indicates that this may have been
|
|
due to effects of "ground clutter", though the F-61 was seen intermittently
|
|
on the ground units. The airmen stated that no exhaust flames or trail were
|
|
seen from this object with its "stubby, clean lines". The total duration of
|
|
the six attempted intercepts is given as 10 minutes. We deal here with one of
|
|
many cases wherein radar detection of an unconventional object was supported
|
|
by visual observation. That this is carried as Unidentified cannot surprise
|
|
one; what is surprising is that so many other comparable instances are on
|
|
record, yet have been ignored as indicators of some scientifically intriguing
|
|
problem demanding intensive study.
|
|
|
|
2. Case 36. Nowra, Australia, September, 1954.
|
|
|
|
The first UFO case to command general press attention in the Australian
|
|
area seems to have been a combined radar-visual sighting wherein the pilot of
|
|
a Hawker Seafury from Nowra Naval Air Station visually observed two unknown
|
|
objects near him as he flew from Canberra to Nowra (Ref. 43). Press
|
|
descriptions revealed only that the pilot said "the two strange aircraft
|
|
resembling flying saucers" were capable of speeds much beyond his Seafury
|
|
fighter. He saw them flying nearby and contacted Nowra radar to ask if they
|
|
had him on their scope; they informed him that they had three separate
|
|
returns, at which juncture he described the unidentified objects. Under
|
|
instructions from the Nowra radar operator, he executed certain maneuvers to
|
|
identify himself on the scope. This confirmed the scope-identity of his
|
|
aircraft vs. the unknowns. As he executed the test maneuvers, the two
|
|
unknowns moved away and disappeared. No explanation of this incident was
|
|
offered by Naval authorities after it was widely reported in Australian and
|
|
New Zealand papers about three months after it occurred.
|
|
|
|
Discussion.
|
|
|
|
It is mildly amusing that the press accounts indicated that
|
|
|
|
"the pilot, fearing that he might be ragged in the wardroom
|
|
on his return if he abruptly reported flying saucers, called
|
|
Nowra by radio and asked whether the radar screen showed his
|
|
aircraft."
|
|
|
|
Only after getting word of three, not one, radar blips in his locality did he
|
|
radio the information on the unknowns, whose configuration was not publicly
|
|
released. This is in good accord with my own direct experience in
|
|
interviewing Australian UFO witnesses in 1967; they are no more willing than
|
|
Americans to be ridiculed for seeing something that is not supposed to exist.
|
|
|
|
3. Case 37. Capetown South Africa, May 23, 1953.
|
|
|
|
In November 1953, the South African Air Force released a brief
|
|
announcement concerning radar-tracking of six successive passes of one or
|
|
more unknown high-speed objects over the Cape. On January 1, 1967, in a
|
|
transoceanic shortwave broadcast from South Africa, the authenticity of this
|
|
report was confirmed, though no additional data beyond what had been cited
|
|
earlier were presented. In the six passes, the target's altitude varied
|
|
between 5,000 and 15,000 ft, and its closest approach varied between 7 and 10
|
|
miles. Speeds were estimated at over 1200 mph, well beyond those of any
|
|
aircraft operating in that area at that time.
|
|
|
|
Discussion.
|
|
|
|
This report, on which the available information is slim, is cited to
|
|
indicate that not only visual sightings but also radar sightings of seemingly
|
|
unconventional objects appear to comprise a global phenomenon. By and large,
|
|
foreign radar sightings are not readily accessible, and not easily cross-
|
|
checked. Zigel (Ref. 38) briefly mentions a Russian incident in which both
|
|
airborne and ground-based radar tracked an unidentified in the vicinity of
|
|
Odessa, on April 4, 1966, the ground-based height-finding radar indicating
|
|
altitudes of well over 100,000 ft. Such reports, without accessory
|
|
information, are not readily evaluated, of course.
|
|
|
|
4. Case 38. Washington, D.C., July 19, 1952.
|
|
|
|
By far the most famous single radar-visual sighting on record is the one
|
|
which occurred late in the evening of July 19, and early on July 20, 1952, in
|
|
the vicinity of Washington, D.C. (Refs. 2, 4, 5, 10, 24, 25). A curiously
|
|
similar incident occurred just one week later. The official explanation
|
|
centered around atmospheric effects on radar and light propagation. Just
|
|
before midnight on July 19/20, CAA radar showed a number of unidentified
|
|
targets which varied in speed (up to about 800 mph) in a manner inconsistent
|
|
with conventional aircraft. A number of experienced CAA radarmen observed
|
|
these returns, and, at one juncture, compatible returns were being received
|
|
not only at the ARTC radar but also on the ARS radar in a separate location
|
|
at Washington National Airport, and on still a third radar at Andrews AFB.
|
|
Concurrently, both ground and airborne observers saw unidentifiable lights in
|
|
locations matching those of the blips on the ground radar.
|
|
|
|
Discussion.
|
|
|
|
I have interviewed five of the CAA personnel involved in this case and
|
|
four of the commercial airline pilots involved, I have checked the radiosonde
|
|
data against well-known radar propagation relations, and I have studied the
|
|
CAA report subsequently published on this event. Only an extremely lengthy
|
|
discussion would suffice to present the serious objections to the official
|
|
explanation that this complex sighting was a result of anomalous radar
|
|
propagation and refractive anomalies of the mirage type. The refractive index
|
|
gradient, even after making allowance for instrument lag, was far too low for
|
|
"ducting" or "trapping" to occur; and, still more significant, the angular
|
|
elevations of the visually observed unknowns lay far too high for radar-
|
|
ducting under even the most extreme conditions that have ever been observed
|
|
in the atmosphere. Some of the pilots, directed by ground radar to look for
|
|
any airborne objects, saw them at altitudes well above their own flight
|
|
altitudes, and these objects were maneuvering in wholly unconventional
|
|
manner. One crew saw one of the unknown luminous objects shoot straight up,
|
|
and simultaneously the object' s return disappeared from the ARTC scope being
|
|
watched by the CAA radar operators. The official suggestion that the same
|
|
weak (1.7"C) low-level "inversion" that was blamed for the radar ducting
|
|
could produce miraging effects was quantitatively absurd, even if one
|
|
overlooks the airline-pilot sightings and deals only with the reported
|
|
ground-visual sightings. From the CAA radar operators I interviewed, as well
|
|
as from the pilots I talked to about this case, I got the impression that the
|
|
propagation-anomaly hypothesis struck them as quite out of the question, then
|
|
and now. In fact, CAA senior controller Harry G. Barnes, who told me that the
|
|
scope returns from the unknowns
|
|
|
|
"were not diffuse, shapeless blobs such as one gets from
|
|
ground returns under anomalous propagation."
|
|
|
|
but were strong, bright pips, said that
|
|
|
|
"anomalous propagation never entered our heads as an
|
|
explanation."
|
|
|
|
Howard S. Conklin, who, like Barnes, is still with FAA, was in the control
|
|
tower that night, operating an entirely independent radar (short-range ARS
|
|
radar) . He told me that what impressed him about the sighting that night was
|
|
that they were in radio Communication with airlines crewmen who saw
|
|
unidentified lights in the air in the same area as unknowns were showing up
|
|
on his tower radar, while simultaneously he and Joseph Zacko were viewing the
|
|
lights themselves from the tower at the D.C. Airport. James M. Ritchey, who
|
|
was at the ARTC radar with Barnes and others, confirmed the important point
|
|
that simultaneous radar fixes and pilot-sightings occurred several times that
|
|
night. He shared Barnes' view that the experienced radar controllers on duty
|
|
that night were not being fooled by ground returns in that July 19 incident.
|
|
Among the airlines crewmen with whom I spoke about this event was S.C.
|
|
Pierman, then flying for Capitol Airlines. He was one of the pilots directed
|
|
by ground radar to search in a specific area for airborne objects. He
|
|
observed high speed lights moving above his aircraft in directions and
|
|
locations matching what the CAA radar personnel were describing to him by
|
|
radio, as seen on their radars. Other airline personnel have given me similar
|
|
corroborating statements. I am afraid it is difficult to accept the official
|
|
explanations for the famous Washington National Airport sightings.
|
|
|
|
5. Case 39. Port Huron, Mich., July 29, 1952.
|
|
|
|
Many of the radar cases for which sighting details are accessible date
|
|
back to 1953 and preceding years. After 1953, official policies were changed,
|
|
and it is not easy to secure good information on subsequent cases in most
|
|
instances. A radar case in which both ground-radar and airborne radar contact
|
|
were involved occurred at about 9:40 p.m. CST on 7/29/52 (Refs. 4, 5, 7, 10,
|
|
25). From the official case summary (Ref. 7) one finds that the unknown was
|
|
first detected by GCI radar at an Aircraft Control and Warning station in
|
|
Michigan, and one of three F-94s doing intercept exercises nearby was
|
|
vectored over towards it. It was initially coming in out of the north (Ref.
|
|
5, 25), at a speed put at over 600 mph. As the F-94 was observed on the GCI
|
|
scope to approach the unknown, the latter suddenly executed a 180 degree
|
|
turn, and headed back north. The F-94 was by then up to 21,000 ft, and the
|
|
pilot spotted a brilliant multicolored light just as his radarman got a
|
|
contact. The F-94 followed on a pursuit course for 20 minutes (Ref. 7) but
|
|
could never close with the unknown as it continued on its northbound course.
|
|
At the time of first radar lock on, the F-94 was 20 miles west of Pt. Huron,
|
|
Mich. The GCI scope revealed the unknown to be changing speed erratically,
|
|
and at one stage it was evidently moving at a speed of over 1400 mph,
|
|
according to Menzel (Ref. 25), who evidently drew his information from the
|
|
official files. Ruppelt (Ref. 5) states that when the jet began to run low on
|
|
fuel and turned back to its base, GCI observed the unknown blip slow down,
|
|
and shortly after it was lost from the GCI scope.
|
|
|
|
Discussion.
|
|
|
|
This case is still carried as an official Unknown. The case summary (Ref.
|
|
7) speculates briefly on whether it could have been
|
|
|
|
"a series of coincident weather phenomena affecting the radar
|
|
equipment and sightings of Capella, but this is stretching
|
|
probabilities too far."
|
|
|
|
Menzel, however, asserts that the pilot did see Capella, and that the air
|
|
borne and ground radar returns
|
|
|
|
"Were merely phantom returns caused by weather conditions."
|
|
|
|
No suggestion is offered as to how any given meteorological condition could
|
|
jointly throw off radar at the ground and radar at 21,000 feet, no suggestion
|
|
is offered to account for 180 degree course-reversal exhibited by the blip on
|
|
the GCI scope just as the F-94 came near the unknown, no suggestion of how
|
|
propagation anomalies could yield the impression of a blip moving
|
|
systematically northward for 20 minutes (a distance of almost 100 miles,
|
|
judging from reported F-94 speeds), with the F-94 return following along
|
|
behind it. With such ad hoc explanations, one could explain away almost any
|
|
kind of sighting, regardless of its content. I have examined the radiosonde
|
|
sounding for stations near the site and time of this incident, and see
|
|
nothing in them that would support Menzel's interpretations. I have queried
|
|
experienced military pilots and radar personnel, and none have heard of
|
|
anything like "ground returns" from atmospheric conditions with aircraft
|
|
radar operated in the middle troposphere. If Menzel is not considering
|
|
ground-returns, in the several cases of this type which he explains away with
|
|
a few remarks about "phantom radar returns", then it is not clear what else
|
|
he might be thinking of. One does have to have some solid target to get a
|
|
radar return resembling that of an aircraft. Refractive anomalies of the
|
|
"angel" type have very low radar cross-section and would not mislead
|
|
experienced operators into confusing them with aircraft echoes.
|
|
|
|
6. Many other cases might be cited where UFOs have appeared on radar under
|
|
conditions where no acceptable conventional explanation exists. Ref. 7 has a
|
|
number of them. Hall (Ref. 10) has about 60 instances in which both radar and
|
|
visual sightings were involved. A December 19, 1964 case at Patuxent River
|
|
NAS is one that I have checked on. It involved three successive passes of an
|
|
unknown moving at speeds estimated at about 7000 mph. It is an interesting
|
|
case, one that came to light for somewhat curious reasons. A low overcast
|
|
precluded any visual sightings from control tower personnel, so this is not a
|
|
radar-visual case. I found no conventional explanation to account for it.
|
|
|
|
It has to be stressed that there are many ways in which false returns can
|
|
be seen on radarscopes, resulting not only from ducting of ground returns but
|
|
also from interference from other nearby radars, from internal electronic
|
|
signals within the radar set, from angels and insects (weak returns), etc.
|
|
Hence each case has to be examined independently. After studying a number of
|
|
official evaluations of radar UFO cases, I get the impression that there
|
|
would probably be more radar Unknowns if there were less tendency to quickly
|
|
explain them away by qualitative arguments that overlook pertinent
|
|
quantitative matters. Even at that, there are too many conceded unknowns in
|
|
official files to be ignored. A famous case in UFO annals involved a B-29
|
|
over the Gulf of Mexico, where several unknowns were tracked on the airborne
|
|
scopes and were seen simultaneously by crew men, moving under the aircraft as
|
|
they passed by (Refs. 4, 10, 25). This one is still carried as Unidentified
|
|
in official files. Still another famous combined radar-visual case, which
|
|
Hynek has termed "one of the most puzzling cases I have studied," occurred
|
|
between Rapid City and Bismarck on August 5, 1953. It involved both ground
|
|
and airborne radar and ground and airborne visual sightings, but is far too
|
|
long and complex to recapitulate here.
|
|
|
|
Perhaps the above suffices to indicate that UFOs are at times seen on
|
|
radar and have been seen for many years. The question of why we don't hear a
|
|
great deal about such sightings, especially with newer and more elaborate
|
|
surveillance radars, is a reasonable question. Some of the answers to that
|
|
one are posed by the statement of Dr. Robert M. L. Baker, Jr., in these
|
|
proceedings. Other parts of the answer must be omitted here.
|
|
|
|
WHY AREN'T THERE NUMEROUS PHOTOS OF UFOs IF THEY REALLY EXIST?
|
|
|
|
Here is a question for which I regard available answers as still
|
|
unsatisfactory. I concede that it does seem reasonable to expect that there
|
|
should, over the past 20 years, be substantially more good photos than are
|
|
known to exist. Although I do not regard that puzzle as satisfactorily
|
|
answered, neither do I think that it can be safely concluded that the paucity
|
|
of good photos disproves the reality of the UFOs. Many imponderables enter
|
|
into consideration of this question.
|
|
|
|
1. Some general considerations.
|
|
|
|
If one had reliable statistics on the fraction of the population that
|
|
carried loaded cameras with them at any randomly selected moment (I would
|
|
guess it would be only of the order of one per cent) and had figures bearing
|
|
on the probability that a UFO witness would think of taking a photo before
|
|
his observation terminated, then these might be combined with available
|
|
information on numbers of sightings to attempt crude estimates of the
|
|
expected number of UFO photos that should have accumulated in 20 years. Then
|
|
one would need to weight the data for likelihood that any given photo would
|
|
find its way to someone who would make it known in scientific circles, and
|
|
then this figure might be compared with the very small number of photos that
|
|
appear to stand the test of the exceedingly close scrutiny photos demand."
|
|
|
|
A general rule among serious UFO investigators with whom I have been in
|
|
touch is that the UFO photo is no better than the photographer (Hall). Many
|
|
hoax photos have been brought forth. A UFO photo can be sold; this attracts
|
|
hoax and fraud to an extent not matched in anecdotal accounts. Many photos
|
|
have been clearly established as fraudulent in nature; far larger numbers
|
|
seem so suspicious on circumstantial grounds that no serious investigator
|
|
gives them more than casual attention.
|
|
|
|
An interesting, even if very crude check on the likelihood of securing
|
|
photos of UFOs from the general populace is afforded by fireball events. on
|
|
April 25, 1966, a fireball rated at about magnitude -10, arced northward
|
|
across the northeastern U.S. From the total geographic area over which this
|
|
fireball was visually detected, the population count is about 40 million
|
|
persons. According to one account (Ref. 43), 200 visual accounts were turned
|
|
in, and I infer that only 6 photos were submitted. The fireball was visible
|
|
for a relatively long time as meteors go, about 30 seconds, and was, of
|
|
course, at a great altitude (25 to 110 km). That 6 photos were submitted (at
|
|
time of publication of the cited article) from a potential population of
|
|
sighters of 40 million might seem to argue that perhaps we really cannot
|
|
expect to get many photos of UFOs. However, one of the principal reasons for
|
|
citing the foregoing is to bring out the difficulties in drawing any firm
|
|
conclusions. A phenomenon lasting 30 seconds scarcely permits the observer
|
|
time to collect his wits and to swing into photographic action if he does
|
|
have a loaded camera. UFO sightings have often extended over much longer than
|
|
30 seconds, by contrast, affording far better opportunity to think of
|
|
snapping a photo. But, on the other hand, sighting a UFO in daytime at close
|
|
range, judging from my own witness-interviewing experience, is a far more
|
|
disconcerting and astonishing matter than viewing a brilliant meteor. Thus
|
|
one can go back and forth, with so little assurance of meaningfulness of any
|
|
of the relevant weight factors that the end result is not satisfactory. I
|
|
simply do not know what to think about the paucity of good UFO photos, though
|
|
I do feel uncomfortable about it.
|
|
|
|
2. Case 40. Corning, Calif., July 4, 1967.
|
|
|
|
A case that may shed at least a bit of light on the paucity of photos
|
|
involves a multiple-witness sighting near dawn at Corning, Calif., on 7/4/67.
|
|
I have interviewed four witnesses who sighted the object from two separate
|
|
locations involving lines of sight at roughly right angles, serving to
|
|
confirm the location of the object as almost directly over Highway 5 just
|
|
west of Corning. Jay Munger, proprietor of an all-night bowling alley, was
|
|
having coffee with two police officers, Frank Rakes and James Overton, when
|
|
he spotted the object through the front window of his place. All three rushed
|
|
out to the parking lot to observe what they described as a large flattened
|
|
sphere or possibly football-shaped object, with a brilliant light shining
|
|
upward from the top and a dimmer light shining down from the underside. The
|
|
dawn light was such that the object was visible by reflected light even
|
|
though the object's beams were discernible. It appeared at first to be
|
|
hovering almost motionless at a few hundred feet above ground, and all three
|
|
felt it lay about over Hwy. 5 (which estimate proved correct from sightings
|
|
made on the highway by the independent witnesses). Their estimates of size
|
|
varied from a diameter of maybe 50 feet to about 100 ft. It was silent, and
|
|
the three men all emphasized to me that the quiet morning would have
|
|
permitted hearing any kind of conventional aircraft engines. All three said
|
|
they had never before seen anything like it. Munger decided to phone his wife
|
|
to have her see the thing, and by the time he came back out from phoning, the
|
|
object had moved southward along the highway by about a quarter of a mile or
|
|
so. At about that juncture, it began to accelerate, and moved off almost
|
|
horizontally, passing out of sight to the south in an additional time
|
|
estimated at about 10-20 seconds.
|
|
|
|
This case is relevant to the photo question since Officer Overton was on
|
|
duty and had in his patrol car both binoculars and a loaded camera. When I
|
|
asked him why he didn't try to get a picture of the object, he admitted that
|
|
he was so astonished by the object that he never even thought of dashing for
|
|
the camera. I asked Munger to go through the motions that would yield a time
|
|
estimate of the period he was inside phoning, to get a rough notion of how
|
|
long Overton, along with Rakes, looked at it without thinking of the camera.
|
|
The time was thus estimated by Munger as about a minute and a half, possibly
|
|
two minutes.
|
|
|
|
Discussion.
|
|
|
|
It may be hazardous to try to draw any conclusions from such a case, but
|
|
I do think it suggests the uncertainty we face in trying to assess the
|
|
likelihood of any given witness getting a photo of a UFO he happens to see. A
|
|
colleague of mine at the University of Arizona was out photographing desert
|
|
flowers on a day when a most unusual meteorological event occurred nearby --
|
|
a tornado funnel came down from a cloud. Despite having the loaded camera at
|
|
hand, despite having just been taking other pictures, and despite the great
|
|
rarity of Arizona tornadoes, that colleague conceded that it wasn't till much
|
|
later that the thought of getting a photo rose to consciousness, by which
|
|
time the funnel was long since dissipated.
|
|
|
|
In the Trinidad, Colo., case of March 23, 1966 (Case 14 above), Mrs.
|
|
Frank R. Hoch pointed out to me that she had loaded still and movie cameras
|
|
inside the house, yet never thought about getting a photo. Again, the reason
|
|
cited was the fascination with the objects being viewed. I think this "factor
|
|
of astonishment" would have to be allowed for in any attempt to estimate
|
|
expected numbers of photos, but I would be quite unsure of just how to
|
|
evaluate the factor quantitatively.
|
|
|
|
3. Case 41. Edwards AFB, May 3, 1957.
|
|
|
|
Occasionally, one could argue, UFOs ought to come into areas where there
|
|
were persons engaged in photographic work, who were trained to react a bit
|
|
faster, and who would secure some photos. One such instance evidently
|
|
occurred at Edwards AFB on the morning of 5/3/57. I have managed to locate
|
|
and interview three persons who saw the resultant photos. The two who
|
|
observed the UFO and obtained a number of photos of it were James D. Bittick
|
|
and John R. Gettys, Jr., both of whom I have interviewed. They were at the
|
|
time Askania cameramen on the test range, and spotted the domed-disc UFO just
|
|
as they reached Askania #4 site at Edwards, a bit before 8:00 a.m. that day.
|
|
They immediately got into communication with the range director, Frank E.
|
|
Baker, whom I have also interviewed, and they asked if anyone else was
|
|
manning an Askania that could be used to get triangulation shots. Since no
|
|
other camera operators were on duty at other sites, Baker told them to fire
|
|
manually, and they got a number of shots before the object moved off into the
|
|
distance. Bittick estimated that the object lay about a mile away when they
|
|
got the first shot, though when first seen he put it at no more than 500
|
|
yards off. He and Gettys both said it had a golden color, looked somewhat
|
|
like an inverted plate with a dome on top, and had square holes or panels
|
|
around the dome. Gettys thought that the holes were circular not square. It
|
|
was moving away from them, seemed to glow with its own luminosity, and had a
|
|
hazy, indistinct halo around its rim, both mentioned. The number of shots
|
|
taken is uncertain; Gettys thought perhaps 30. The object was lost from sight
|
|
by the time it moved out to about five miles or so, and they did not see it
|
|
again. They drove into the base and processed the film immediately. All three
|
|
of the men I interviewed emphasized that the shots taken at the closer range
|
|
were very sharp, except for the hazy rim. They said the dome and the markings
|
|
or openings showed in the photos. The photos were shortly taken by Base
|
|
military authorities and were never seen again by the men. In a session later
|
|
that day, Bittick and Carson were informed that they had seen a weather
|
|
balloon distorted by the desert atmospheric effects, an interpretation that
|
|
neither of them accepted since, as-they stated to me, they saw weather
|
|
balloons being released frequently there and knew what balloons looked like.
|
|
Accounts got into local newspapers, as well as on wire services (Ref. 44). An
|
|
Edwards spokesman was quoted in the _Los Angeles Times_ as saying, "This
|
|
desert air does crazy things." An INS wire-story said, "intelligence officers
|
|
at Edwards...would say almost nothing of the incident."
|
|
|
|
Discussion.
|
|
|
|
I have not seen the photos alleged to have been taken in this incident, I
|
|
have only interviewed the two who say they took them and a third person who
|
|
states that he inspected the prints in company with the two Askania operators
|
|
and darkroom personnel. I sent all of the relevant information on this case
|
|
to the University of Colorado UFO project, but no checks were made as a
|
|
result of that, unless done very recently. It would be rather interesting to
|
|
see the prints.
|
|
|
|
4. Photographic sky-survey cameras might be expected to get photos of UFOs
|
|
from time to time. However, one finds that, in many sky-photography programs
|
|
in astronomy, tracks that do not obviously conform to what is being sought,
|
|
say meteor-tracks, are typically ignored as probable aircraft. Indeed, a very
|
|
general pattern in all kinds of monitoring programs operates to bias the
|
|
system against seeing anything but what it was built to see. Nunn-Baker
|
|
satellite cameras are only operated when specific satellites are computed to
|
|
be due overhead, and then the long axis of the field is aligned with the
|
|
computed trajectory. Anything that crosses the field and leaves a record on
|
|
the film with an orientation markedly different from the predicted trajectory
|
|
is typically disregarded. Photographic, radar, and visual observing programs
|
|
have a large degree of selectivity intentionally built into them in order not
|
|
to be deluged with unwanted "signals". Hence one must be rather careful in
|
|
suggesting that our many tracking systems surely ought to detect UFOs.
|
|
There's much evidence to suggest that, if they did, the signal would be
|
|
ignored as part of a systematic rejection of unwanted data. Even in the
|
|
practices of the GOC (Ground Observer Corps), some units received
|
|
instructions to report nothing but unidentified aircraft. (But for examples
|
|
of some UFOs that did get into the GOC net, see Hall, Ref. 10.)
|
|
|
|
Although I am aware of a few photos allegedly showing UFOs, for which I
|
|
have no reason at present to doubt the authenticity (for example a series of
|
|
snapshots taken by a brother and sister near Melbourne, Australia, showing a
|
|
somewhat indistinct disc in various positions), I must emphasize that the
|
|
total sample is tiny. Compared with that, I have seen dozens of alleged UFO
|
|
photos which I regard as of dubious origin. Other UFO photos of which I am
|
|
aware are still in process of being checked in one way or another.
|
|
|
|
To summarize, I do have the impression that we ought to have more valid
|
|
UFO photos than the small number of which I am aware.
|
|
|
|
IF UFOs ARE REAL, SHOULDN'T THEY PRODUCE SOME REAL PHYSICAL EFFECTS?
|
|
|
|
Again, the answer is that they do. There are rather well-authenticated
|
|
cases spanning a wide variety of "physical effects." Car-stopping cases are
|
|
one important class. UFOs have repeatedly been associated with ignition
|
|
failures and light-failures of cars and trucks which came near UFOs or near
|
|
which the UFOs moved. I would estimate that one could assemble a list of four
|
|
or five dozen such instances from various parts of the world. Interference
|
|
with radios and TV receptions have been reported many times in connection
|
|
with UFO sightings. There are instances where UFOs have been reported as
|
|
landing, and after departure, holes in the ground, or depressions in sod or
|
|
disturbed vegetation patterns have been described. In many such instances,
|
|
the evident reliability of the witnesses is high, the likelihood of hoax or
|
|
artifice small. A limited number of instances of residues left behind are on
|
|
record, but these are not backed up by meaningful laboratory analyses,
|
|
unfortunately.
|
|
|
|
A physical effect that does _not_ typically occur under conditions where
|
|
the description of events might seem to call for it, relates to sonic booms.
|
|
Although there are on record a few cases where fast-moving UFOs were
|
|
accompanied by explosive sounds that might be associated with sonic booms,
|
|
there are far more instances in which the reported velocity corresponded to
|
|
supersonic speeds, yet no booms were reported. A small fraction of these can
|
|
be rationalized by noting that the reporting witnesses were located back
|
|
within the "Mach cone" of the departing UFO; but this will not suffice to
|
|
explain away the difficulty. One feels that if UFOs are solid objects,
|
|
capable of leaving depressions in soil or railroad ties when they land, and
|
|
if they can dash out of sight in a few seconds (as has been repeatedly
|
|
asserted by credible witnesses), they should produce sonic booms. This
|
|
remains inexplicable; one can only lamely speculate that perhaps there are
|
|
ways of eliminating sonic booms that we have not yet discovered; perhaps the
|
|
answer involves some entirely different consideration.
|
|
|
|
If we include among "physical effects" those that border on the
|
|
physiological, then there appear to be many odd types. Repeatedly, tingling
|
|
and numbness have been described by witnesses who were close to UFOs; in many
|
|
instances outright paralysis of a UFO witness has occurred. These effects
|
|
might, of course, be purely psychological, engendered by fear; but in some
|
|
instances the witnesses seem to have noted these effects as the first
|
|
indication that anything unusual was occurring. A number of instances of
|
|
skin-reddening, skin-warming, and a few instances of burns of very unusual
|
|
nature are on record. These physiological effects are sufficiently diverse
|
|
that caution is required in attempting generalization. Curiously, a peculiar
|
|
tingling and paralysis seem to be reported more widely than any other
|
|
physiological effects. A person who is almost unaware of the ramifications of
|
|
the UFO evidence may think it absurd to assert that people have been
|
|
paralyzed in proximity to UFOs; the skeptic might find it inconceivable that
|
|
such cases would go unnoticed in press and medical literature. Far from it, I
|
|
regret to have to say, on the basis of my own investigations. I have
|
|
encountered cases where severe bodily damage was done, or where evident
|
|
hazard of damage was involved, yet the witness and his family found ridicule
|
|
mounting so much faster than sympathy that it was regarded wiser to quietly
|
|
forget the whole thing. At an early stage of my investigations I would have
|
|
regarded that as quite unbelievable; UFO investigators with longer experience
|
|
than mine will smile at that statement, but probably they will smile with a
|
|
degree of understanding. I could cite specific illustrations to make all this
|
|
much clearer, but will omit them for space-limitations, except for a few
|
|
remarks in the next section.
|
|
|
|
IS THERE ANY EVIDENCE OF HAZARD OR HOSTILITY IN THE UFO PHENOMENA?
|
|
|
|
Official statements have emphasized, for the past two decades, that there
|
|
is no evidence of hostility in the UFO phenomena. To a large degree, this
|
|
same conclusion seems indicated in the body of evidence gathered by
|
|
independent investigators. The related question as to potential hazard is
|
|
Perhaps less clear. There are on record a number of cases (I would say
|
|
something like a few dozen cases) wherein persons whose reliability does not
|
|
seem to come into serious question have reported mild, or in a very few
|
|
instances, substantial injury as the result of some action of an unidentified
|
|
object. However, I know of only two cases for which I have done adequate
|
|
personal investigation, in which I would feel obliged to describe the actions
|
|
as "hostile". That number is so tiny compared with the total number of good
|
|
UFO reports of which I have knowledge that I would not cite "hostility" as a
|
|
general characteristic of UFO phenomena.
|
|
|
|
One may accidentally kick an anthill, killing many ants and destroying
|
|
the ants' entrance, without any prior "hostility" towards the ants. To walk
|
|
accidentally into a whirling airplane propeller is fatal, yet the aircraft
|
|
held no "hostility" to the unfortunate victim. In the UFO phenomena, we seem
|
|
to confront a very large range of unexplained, unconventional phenomena and
|
|
if among them we discern occasional instances of hazard it would be premature
|
|
to adjudge hostility. Yet, as long as we remain so abysmally ignorant of
|
|
over-all nature of the UFO problem, it seems prudent to make all such
|
|
judgments tentative. If UFOs are of extraterrestrial origin, we shall need to
|
|
know far more than we now know before sound conclusions can be reached as to
|
|
hazard-and-hostility matters. For this reason alone, I believe it to be
|
|
urgently important to accelerate serious studies of UFOs.
|
|
|
|
In the remainder of this section, I shall briefly cite a number of types
|
|
of cases that bear on questions of hazard:
|
|
|
|
1. Car-stopping cases.
|
|
|
|
In a two-hour period near midnight, November 2-3, 1957, nine different
|
|
vehicles all exhibited ignition failures, and many suffered headlight
|
|
failures as objects described as about 100-200 ft long, glowing with a
|
|
general reddish or bluish glow, were encountered on roads in the vicinity of
|
|
the small community of Levelland, Tex. (Ref. 10, 13, 14). This series of
|
|
incidents became national headline news until officially explained in terms
|
|
of ball lightning and wet ignitions. However, on checking weather data, I
|
|
found that there were no thunderstorms anywhere close to Levelland that
|
|
night, and there was no rain capable of wetting ignitions. Although I have
|
|
not located any of the drivers involved, I have interviewed Sheriff Weir Clem
|
|
of Levelland and a Levelland newspaperman, both of whom investigated the
|
|
incidents that night. They confirmed the complete absence of rain or
|
|
lightning activity. The incidents cannot be regarded as explained.
|
|
|
|
This class of UFO effect is by no means rare. In France in the 1954 wave
|
|
of UFO sightings, Michel (14) has described many such cases involving
|
|
ignition-failure in motorbikes, cars, etc. Similar instances were encountered
|
|
in my checks on Australian UFO cases. There are probably of the order of a
|
|
hundred cases on record (see Ref. 10 for a list of some dozens). In only a
|
|
very few cases has there been any permanent damage to the vehicle's
|
|
electrical system. In the Levelland case, for example, as soon as the
|
|
luminous object receded from a given disturbed vehicle, its lights came back
|
|
on automatically (in instances where the switches had been left on), and the
|
|
engines were immediately restartable. The latter point in itself makes the
|
|
"wet ignition" explanation unreasonable, of course.
|
|
|
|
It is unclear how such effects might be produced. One suggestion that has
|
|
been made as to ignition-failure is that very strong magnetic fields might so
|
|
saturate the iron core of the coil that it would drive the operating point up
|
|
onto the knee of the magnetization curve, so that the input magnetic
|
|
oscillations would produce only very small output effects. Only a few
|
|
oersteds would have to be produced right at the coil to accomplish this kind
|
|
of effect, but when one back-calculates, allowing for shielding effects and
|
|
typical distances, and assumes an inverse-third-power diple field, the
|
|
requisite H-values within a few feet of the "UFO diple" end, to speak here
|
|
somewhat loosely, come out in the megagauss range. Curiously, a number of
|
|
other back-calculations of magnetic fields end up in this same range; but
|
|
obviously terrestrial technologies would not easily yield such intensities.
|
|
Clear evidence for residual magnetization that might be expected in the
|
|
foregoing hypothesis does not exist, so far as I know. The actual mechanism
|
|
may be quite unlike that mentioned.
|
|
|
|
How lights are extinguished is even less clear, although,in some
|
|
vehicles, relays in the lighting circuits might be magnetically closed. The
|
|
lights pose more mystery than the ignition. Such cases do not constitute very
|
|
disturbing questions of hazard or hostility. One might argue that highway
|
|
accidents could be caused by lighting and ignition failures; however, more
|
|
serious highway-accident dangers are implicit in other UFO cases where no
|
|
electrical disturbance was caused. Many motorists have reported nearly losing
|
|
control of vehicles when UFOs have swooped down over them; this hazard is
|
|
distinctly more evident than hazard from the car-stopping phenomenon. Indeed,
|
|
the number of instances of what we might term "car-buzzing" instances that
|
|
have involved road-accident hazards is large enough to be mildly disturbing,
|
|
yet I know of no official recognition of this facet of the UFO problem
|
|
either. An incident I learned of in Australia involved such fright on the
|
|
part of the passengers of the "buzzed" vehicle that they jumped out of the
|
|
car before it had come to a stop, and it went into a ditch. A similar
|
|
instance occurred not long ago in the U.S. For reasons of space-limitations,
|
|
I shall not cite other such cases, though it would not be difficult to
|
|
assemble a list that would run to perhaps a few dozen.
|
|
|
|
2. Mild radiation exposure.
|
|
|
|
By "radiation" here, I do not mean exposure to radioactivity or to other
|
|
nuclear radiations, but skin irritations comparable to sunburn, etc. I have
|
|
interviewed a number of persons who have experienced skin-reddening from
|
|
exposure to (visible) radiations near UFOs. Rene Gilham, of Merom, Indiana,
|
|
watched a UFO hovering over his home-area on the evening of Nov. 6, 1957, and
|
|
received mild skin-burns, for example. I found in speaking with him that the
|
|
symptoms were gone in a matter of days, with no after-effects. The witnesses
|
|
in a car-stopping incident at Loch Raven Dam, Md., on the night of Oct. 26,
|
|
1958, who were close to a brightly luminous, blimp-sized object after getting
|
|
out of their stopped car, experienced skin-reddening for which they obtained
|
|
medical attention. Without citing other such instances, I would say that
|
|
these cases are not suggestive of any serious hazard, but they warrant
|
|
scientific attention.
|
|
|
|
3. More serious physical injuries.
|
|
|
|
James Flynn, of Ft. Myers , Fla., in a case that has been rather well
|
|
checked by both APRO and NICAP investigators, reportedly suffered unusual
|
|
injuries and physical effects when he sought to check what he had taken to be
|
|
a malfunctioning test vehicle from Cape Canaveral that had come down in the
|
|
Everglades, March 15, 1965. I have spoken with Flynn and others who know him
|
|
and believe that his case deserved much more than the superficial official
|
|
attention it received when he reported it to proper authorities. He was
|
|
hospitalized for about a week, treated for a deep hemorrhage of one eye
|
|
(without medical evidence of any blow), and suffered loss of all of the
|
|
principal deep-tendon reflexes for a number of days, according to his
|
|
physician's statement, published by APRO (Ref. 45).
|
|
|
|
An instance of more than mere skin-reddening, associated with direct
|
|
contact with a landed unidentified object reportedly occurred in Hamilton,
|
|
Ontario, March 29, 1966. Charles Cozens, then age 13, stated to police and to
|
|
reporters (and recounted to me in a telephone interview with him and his
|
|
father) that he had seen two rather small whitish, luminous objects come down
|
|
in an open field in Hamilton that evening- He moved towards them out of
|
|
curiosity, and states that he finally moved right up beside them, and touched
|
|
the surface of one of them to see what it felt like. It was not hot, and
|
|
seemed unusually smooth. One of the two small (8 ft by 4 ft plan form, 3-4
|
|
feet high) bun-shaped objects had a projection on one end that the boy
|
|
thought might have been some kind of antenna, so he touched it, only to have
|
|
his hand flung back as a spark shot out from the end of the projection into
|
|
the air. He ran, thinking first to go to a nearby police substation. But, on
|
|
looking over his shoulder after getting to the edge of the field and seeing
|
|
no objects there, he decided the police might not believe him and ran to his
|
|
home. His parents, after discussing the incident at some length with the
|
|
frightened boy, notified police, which is how the incident became public
|
|
knowledge. Two others in Hamilton saw that night seemingly similar objects,
|
|
but airborne rather than on the ground. Cozens was treated for a burn or sear
|
|
on the hand that had been in contact with the projection at the moment the
|
|
spark was emitted. On questioning both the boy and his father, I was left
|
|
with the impression that, despite the unusual nature of the report, it was
|
|
described with both straightforwardness and concern and that it must be given
|
|
serious consideration. Clearly one would prefer a number of adult witnesses
|
|
to an individual boy; yet I believe the case will stand close scrutiny.
|
|
|
|
There are a few other such reports of moderate injury reportedly
|
|
sustained in direct physical contact with landed aerial objects for which I
|
|
do not yet feel satisfied with the available degree of authentication. It
|
|
would be very desirable to conduct far more thorough investigations of some
|
|
foreign cases of this type, to check the weight of the evidence involved.
|
|
That only a very small number of such cases is on record should be
|
|
emphasized.
|
|
|
|
4. Rare instances suggesting overt hostility.
|
|
|
|
In my own investigative experience, I know of only two cases of injuries
|
|
suffered under what might be describable as overt hostility, and for which
|
|
present evidence argues authenticity. There are other reports on record that
|
|
might be construed as overt hostility, but I cannot vouch for them in terms
|
|
of my own personal investigations.
|
|
|
|
In Beallsville, Ohio, on the evening of March 19, 1968, a boy suffered
|
|
moderate skin burns in an incident of puzzling nature. Gregory Wells had just
|
|
stepped out of his grandmother's house to walk a few tens of yards to his
|
|
parents' trailer when his grandmother and mother heard his screams, ran out
|
|
and found him rolling on the ground, his jacket burning. After being treated
|
|
at a nearby hospital, he described to parents, sheriff's deputies, and others
|
|
what he had seen. Hovering over some trees across the highway from his
|
|
location, he had seen an oval-shaped object with some lights on it. From a
|
|
central area of the bottom, a tube-like appendage emerged, rotated around,
|
|
and emitted a flash that coincided with ignition of his jacket. He had just
|
|
turned away from it and so the burn was on the back of his upper arm. In the
|
|
course of checking this case, I interviewed a number of persons in the
|
|
Beallsville area, some of whom had seen a long cylindrical object moving at
|
|
very low altitude in the vicinity of the Wells' property that night. There is
|
|
much more detail than can be recapitulated here. My conversations with
|
|
persons who know the boy, including his teacher, suggest no reason to
|
|
discount the story, despite its unusual content.
|
|
|
|
After checking the Beallsville incident, I checked another report in
|
|
which burn-injuries of a more serious nature were sustained in a context even
|
|
more strongly indicative of overt hostility. I prefer not to give names and
|
|
explicit citation of details here, but I remark that there appears to me, on
|
|
the basis of my present information and five interviews with persons
|
|
involved, to be basis for accepting the incident as real. Partly because of
|
|
its unparalleled nature, and partly because some of the evidence is still
|
|
conflicting, I shall omit details and state only that the case, taken
|
|
together with other scattered reports of injuries in UFO encounters, warrants
|
|
no panic response but does warrant far more thorough investigation than any
|
|
that has been conducted to date.
|
|
|
|
5. UFOs and other electromagnetic disturbances.
|
|
|
|
There are so many instances in which close-passage of an unidentified
|
|
flying object led to radio and television disturbance that this particular
|
|
mode of electromagnetic effect of UFOs seems incontrovertible. One would
|
|
require nothing more than broad-spectrum electromagnetic noise to account for
|
|
these instances, of course.
|
|
|
|
There is a much smaller number of instances, some of which I have
|
|
checked, in which power has failed only within an individual home coincident
|
|
with nearby passage of a UFO. Magnetic saturation of the core of a
|
|
transformer might conceivably account for this phenomenon.
|
|
|
|
Then there are scattered instances in which substantial power
|
|
distribution systems have failed at or very near the time of observation of
|
|
aerial phenomena similar, broadly speaking, to one or another UFO phenomenon.
|
|
I have personally checked on several such instances and am satisfied that the
|
|
coincidence of UFO observation and power outage did at least occur. Whether
|
|
there is a causal connection here, and in which direction it may run, remains
|
|
quite uncertain. Even during the large Northeast blackout, November 9, 1965,
|
|
there were many UFO observations, several of which I have personally checked.
|
|
I have inquired at the Federal Power Commission to secure data that might
|
|
illuminate the basic question of whether these are merely fortuitous, but the
|
|
data available are inadequate to permit any definite conclusions. In other
|
|
parts of the world, there have also been reports of system outages coincident
|
|
with UFO sightings. Again, the evidence is quite unclear as to causal
|
|
relations.
|
|
|
|
There is perhaps enough evidence pointing towards strong magnetic fields
|
|
around at least some UFOs that one might hypothesize a mechanism whereby a
|
|
UFO might inadvertently trigger a power outage. Perhaps a UFO, with an
|
|
accompanying strong magnetic field, might pass at high speed across the
|
|
conductors of a transmission line, induce asymmetric current surges of high
|
|
transient intensity, and thereby trip circuit breakers and similar surge-
|
|
protectors in such a way as to initiate the outage. There are some
|
|
difficulties with that hypothesis, of course; but it could conceivably bear
|
|
some relation to what has reportedly occurred in some instances.
|
|
|
|
I believe that the evidence is uncertain enough that one can only urge
|
|
that competent scientists and engineers armed both with substantial
|
|
information on UFO phenomena and with relevant information on power-system
|
|
electrical engineering, ought to be taking a very close look at this problem.
|
|
I am unaware of any adequate study of this potentially important problem.
|
|
Note that a problem, a hazard, could exist in this context with out anything
|
|
warranting the label of hostility.
|
|
|
|
MISAPPLICATIONS OF ATMOSPHERIC PHYSICS IN PAST UFO EXPLANATIONS
|
|
|
|
1. General Comments.
|
|
|
|
Since the bulk of UFO reports involve objects reportedly seen in the
|
|
air, it is not surprising that many attempts to account for them have invoked
|
|
principles of atmospheric physics. Over the past twenty years, many of the
|
|
official explanations of important UFO sightings have been based on the
|
|
premise that observers were misidentifying or misinterpreting natural
|
|
atmospheric phenomena. Dr. D.H. Menzel, former director of Harvard
|
|
Observatory, in two books on UFOs (Ref. 24, 25), has leaned very heavily on
|
|
atmospheric physics and particularly meteorological optics in attempting to
|
|
account for UFO reports. More recently, Mr. Philip J. Klass, Senior Avionics
|
|
Editor of _Aviation Week_, has written a book (Ref. 39) purporting to show
|
|
that most of the really interesting UFO reports are a result of unusual
|
|
atmospheric plasmas similar to ball lightning. Over the years, many others
|
|
have made similar suggestions that the final explanation of the UFOs will
|
|
involve some still not fully understood phenomenon of atmospheric physics.
|
|
|
|
As a scientist primarily concerned with the field of atmospheric physics,
|
|
these suggestions have received a great deal of my attention. It is true that
|
|
a very small fraction of all of the raw reports involve misidentified
|
|
atmospheric phenomena. It is also true that many lay observers seriously
|
|
misconstrue astronomical (especially meteoric) phenomena as UFOs. But, in my
|
|
opinion, as has been emphasized above and will be elaborated below, we cannot
|
|
explain-away UFOs on either meteorological or astronomical grounds. To make
|
|
this point somewhat clearer, I shall, in the following, remark on certain
|
|
past attempts to base UFO explanations on meteorological optics, atmospheric
|
|
electricity, and radar propagation anomalies.
|
|
|
|
2. Meteorological Optical Explanations
|
|
|
|
Mirages, sundogs, undersuns, and various refraction and refraction
|
|
phenomena associated with ice crystals, inversions, haze layers, and clouds
|
|
have been invoked from time to time in an attempt to account for UFO
|
|
observations. From my study of the past history of the UFO problem and from
|
|
an examination of recent "re-evaluations" of official UFO explanations, I
|
|
have the strong impression that many alterations of explanations for classic
|
|
UFO cases that have been made in the official files in the last few years
|
|
reflect the response to the writings of Menzel (especially Ref. 25). I have
|
|
elsewhere (Ref. 2) discussed a number of specific examples of what I regard
|
|
unreasonable applications of meteorological optics in Menzel's writings. Some
|
|
salient points will be summarized here.
|
|
|
|
A principal difficulty with Menzel's mirage explanations is that he
|
|
typically overlooks completely stringent quantitative restrictions on the
|
|
angle of elevation of the observer's line of sight in mirage effects. Mirage
|
|
phenomena are quite common on the Arizona desert, but both observation and
|
|
optical theory are in good accord in showing that mirage effects are confined
|
|
to lines of sight that do not depart from the horizontal by much more than a
|
|
few tens of minutes of arc. Under some extremely unusual temperature
|
|
conditions in the atmosphere (high latitude regions, for example), one may
|
|
get miraging at elevation angles larger than a degree, but these situations
|
|
are extremely rare, it must be emphasized. In Menzel's explanations and in
|
|
certain of the official explanations, however, mirages are invoked to account
|
|
for UFOs when the observer's line of sight may depart from the horizontal by
|
|
as much as five to ten degrees or even more. I emphasize that this is
|
|
entirely unreasonable. If it were the case that all UFOs were reported
|
|
essentially at the observer's horizon, then one would have to be extremely
|
|
suspicious that we were dealing with some unusual refraction anomalies.
|
|
However, as has been shown by many cases cited above and has been long known
|
|
to serious investigators of UFO phenomena, no fixed correlation exists. Some
|
|
of the most interesting UFOs have been seen at close range directly overhead,
|
|
quite obviously ruling out mirage explanations. The 1947 sighting by Arnold
|
|
near Mt. Rainier is explained officially and by Menzel as a mirage, yet the
|
|
objects which he saw (9 fluttering discs) changed angular elevation, moved
|
|
across his view through an azimuthal range of about 90 degrees, and were seen
|
|
by him during the period when he was climbing his own plane through an
|
|
altitude interval that he estimates to be of the order of 500 to 1000 ft.
|
|
Anyone familiar with mirage optics would find it utterly unreasonable to
|
|
claim that such an observation was satisfactorily explained as a mirage.
|
|
Similarly, as has been noted above, the 1948 sighting by Eastern Airlines
|
|
pilots Chiles and Whitted, once explained by Menzel as a "mirage", involves
|
|
quantitative and observational factors that are not even approximately
|
|
similar to known mirage effects, There are some extremely rare and still not
|
|
well-explained refractive anomalies in the atmosphere, such as those that
|
|
have been discussed by Minnaert, but good UFO observations are so much more
|
|
numerous than those types of rare anomalies that it is quite out of the
|
|
question to explain the former by the latter.
|
|
|
|
Sundogs, or parhelia, are a quite well-understood phenomenon of
|
|
meteorological optics. Refractions of the sun's rays on horizontally falling
|
|
tabular ice crystals produce fuzzy, brownish-colored luminous spots at about
|
|
22 degrees to the left and right of the sun when suitable ice-crystal clouds
|
|
are present. Rarer phenomena, produced by the moon rather than the sun, are
|
|
termed paraselenae. Sundogs are relatively common, but it is probably true
|
|
that many laymen are not really conscious of them as a distinct optical
|
|
phenomenon. For this reason, it might seem sensible to suggest that some
|
|
observers have been misled by thinking that sundogs were UFOs. However,
|
|
anyone with the slightest knowledge of meteorological optics talking directly
|
|
to such a witness would, within only a few moments of questioning, establish
|
|
what was involved. Instead of dealing with anything like a sharp-edged
|
|
"object", one would quickly find that the observer was describing a very
|
|
vague spot of light which he saw to the left or right of the sun, probably
|
|
very near the horizon. To blandly suggest, as Menzel has done, that Waldo
|
|
Harris in the 10/2/61 sighting near Salt Lake City was fooled by a sundog is
|
|
to ignore either all of the main features of the report or to ignore all of
|
|
what is known about sundogs.
|
|
|
|
Undersuns, or sub-suns, can be seen rather frequently when flying in jet
|
|
aircraft at high altitudes. They are a reflection phenomenon produced by
|
|
horizontally floating ice crystals, which reflect an image of the sun (or at
|
|
night the moon) and can give surprisingly sharp solar images in still air
|
|
where turbulence does not cause appreciable tilting of the ice crystals. Here
|
|
again, it is probably true that many laymen may be sufficiently unaware of
|
|
this optical phenomenon that they could be confused when they see one. But,
|
|
as with sundogs, the stringent quantitative requirements on the location of
|
|
this optical effect relative to the sun would permit any experienced
|
|
investigator to quickly ascertain whether or not an undersun was involved in
|
|
this specific sighting. The effect involves specular
|
|
|
|
reflection of the sun's rays, whence the undersun is always seen at a
|
|
negative angle of elevation in which the observer's line of sight to the
|
|
undersun is just as far below the horizon as the sun momentarily lies above
|
|
that same observer's horizon. Clearly, many of the UFO cases that have been
|
|
cited in examples given above do not come anywhere near satisfying the
|
|
angular requirements for an undersun. In my own experience, I have only come
|
|
across two or three reports, out of thousands that I have examined, where I
|
|
was led to suspect that the observer was fooled by an undersun.
|
|
|
|
"Reflections off clouds" have been referred to repeatedly in Menzel's
|
|
writings, never with any quantitative discussion of precisely what he means.
|
|
But the impression is clearly left that many observers have been and are
|
|
continuing to be fooled by some kind of cloud-reflections. Aside from the
|
|
above-described undersun, I am unaware of _any_ "cloud-reflection phenomenon"
|
|
that could produce anything remotely resembling a distinct object. Clouds of
|
|
droplets or ice crystals do not provide a source of specular reflection
|
|
(except in the case of horizontally-floating ice crystals observed from above
|
|
with a bright luminary, such as sun or moon, in the distance - undersun).
|
|
What Menzel could possibly have in mind when he talks loosely about such
|
|
cloud reflections (and he does so on many different places in his books), I
|
|
cannot imagine.
|
|
|
|
Inversions are invoked by Menzel, and in official evaluations, to account
|
|
for certain UFO sightings. Inversions produced by radiational cooling or by
|
|
atmospheric subsidence are relatively common meteorological phenomena. In
|
|
some cases, quite sharp inversions with marked temperature differences in
|
|
rather small vertical distances are known to occur. It is such inversion
|
|
layers that are responsible for some of the most striking desert mirages of
|
|
the looming type. To experience a looming mirage, the observer's eye must be
|
|
located in or near the atmospheric layer wherein the temperature anomalously
|
|
increases with height (inversion layer), and the miraged target in the
|
|
object-field must also lie in or near the inversion layer. Inversion layers
|
|
are essentially horizontal, and the actually-encountered values of the
|
|
inversion lapse rates are such that refraction anomalies are confined to very
|
|
small departures from the horizontal, as noted above under remarks on
|
|
mirages. All of these points are well-understood principles of meteorological
|
|
optics. However, Menzel has attempted to account for such UFOs as Dr. Clyde
|
|
Tombaugh saw overhead at Las Cruces in August 1949 in terms of "inversion"
|
|
refraction or reflection effects. Since I have discussed the quantitative
|
|
unreasonableness of this contention elsewhere, I will not here elaborate the
|
|
point, except to say that if inversions were capable of producing the optical
|
|
disturbances that Menzel has assumed, astronomers would long since have given
|
|
up any attempt to study the stars by looking at them through our atmosphere.
|
|
|
|
Other atmospheric-optical anomalies have been adduced by Menzel in his
|
|
UFO discussions. He has repeatedly suggested that layers of haze or mist
|
|
cause remarkable enlargement of the apparent images of stars and planets. By
|
|
enlargement, he makes very clear that he means radial enlargements in all
|
|
directions such that the eye sees not a vertical streak of the sort well-
|
|
known to astronomers as resulting from near horizon refraction effects, but
|
|
rather a circular image of very large angular size. Menzel even describes a
|
|
sighting that he himself made, over Arctic regions in an Air Force aircraft,
|
|
in which the image of Sirius was enlarged to an angular size of over ten
|
|
minutes of arc (one-third of lunar diameter). I have discussed that sighting
|
|
with a number of astronomers, and not one is aware of anything that has ever
|
|
been seen by any astronomer that approximates such an instance. In fact, it
|
|
would require such a peculiar axially-symmetric distribution of refractive
|
|
index, which miraculously followed the speeding aircraft along as it moved
|
|
through the atmosphere, that it seems quite hopeless to explain what Menzel
|
|
has reported seeing in terms of refraction effects.
|
|
|
|
Dr. Menzel's writings on UFOs have evidently had, in some quarters, a
|
|
marked effect on attitudes towards UFOs. I regard that effect as deleterious.
|
|
If I felt that we were dealing here with just a slight difference of opinion
|
|
about rather controversial scientific matters on the edge of present
|
|
knowledge, I would withhold strong comment. However, I wish to say for the
|
|
record, that I regard the majority of Dr. Menzel's purported meteorological-
|
|
optical UFO explanations as simply scientifically incorrect. I could, but
|
|
shall not here, enlarge upon similar critique of official explanations that
|
|
have invoked such arguments.
|
|
|
|
3. Atmospheric Electricity
|
|
|
|
One phenomenon in the area of atmospheric electricity to which appeal has
|
|
been made from the earliest years of investigations of the UFO phenomena is
|
|
that of ball lightning. For example, a fairly extensive discussion of ball
|
|
lightning was prepared by the U.S. Weather Bureau for inclusion in the 1949
|
|
Project Grudge report (Ref. 6). It was concluded in that report that ball
|
|
lightning was most unlikely as an explanation for any of the cases which were
|
|
considered in that report (about 250). Periodically, in succeeding years, one
|
|
or another writer has come up with that same idea that maybe people who
|
|
report UFOs are really seeing ball lightning. No one ever felt this idea
|
|
worth pursuing very far, until P.J. Klass began writing on it. Although his
|
|
ideas have received some attention in magazines, there is little enough
|
|
scientific backup to his contentions that they are quite unlikely to have the
|
|
same measure of effect that Menzel's previous writings have had. For that
|
|
reason, I shall not here elaborate on my strong objections to Klass'
|
|
arguments. I spelled them out in considerable detail in a talk presented last
|
|
March at a UFO Symposium in Montreal held by the Canadian Aeronautics and
|
|
Space Institute. Klass has, in my opinion, ignored most of what is known
|
|
about ball lightning and most of what is known about plasmas and also most of
|
|
what is known about interesting UFOs in developing his curious thesis. It
|
|
cannot be regarded as a scientifically significant contribution to
|
|
illumination of the UFO problem.
|
|
|
|
4. Radar Propagation Anomalies
|
|
|
|
In the past twenty years, there have been many instances in which
|
|
unidentified objects have been tracked on radar, many of them with concurrent
|
|
visual observations. Some examples have been cited above. It is always
|
|
necessary to approach a radar unidentified with full knowledge of the
|
|
numerous ways in which false returns can be produced on radar sets. The
|
|
physics of "ducting" or "trapping" is generally quite well understood. As
|
|
with mirages, the allowed angle of elevation of the radar beam can only
|
|
depart from zero by a few tens of minutes of arc for typically occurring
|
|
inversions and humidity gradients. Ducting with beam angles in excess of a
|
|
degree or so would require unheard of atmospheric temperature or humidity
|
|
gradients. Care must be taken in interpreting that statement, since beam-
|
|
angles have to be distinguished from angles of elevation of the beam axis.
|
|
For the latter reason, a beam-axis elevation of, say, two degrees still
|
|
involves emission of some radar energy at angles so low that some may be
|
|
trapped, yielding "ground returns" despite the higher elevation of the axis.
|
|
All such points are well described in an extensive literature of radar
|
|
propagation physics.
|
|
|
|
In addition to trapping and ground return effects, spurious returns can
|
|
come from insects, birds, and atmospheric refractive-index anomalies that
|
|
generate radar echoes termed "angels". These are low-intensity returns that
|
|
no experienced operator would be likely to confuse with the strong return
|
|
from an aircraft or other large metallic object.
|
|
|
|
Also, other peculiar radar effects such as interference with other nearby
|
|
sets, forward scatter from weak tropospheric discontinuities (see work of
|
|
Atlas and others), and odd secondary reflections from ground targets need to
|
|
be kept in mind.
|
|
|
|
When one analyzes some of the famous radar-tracking cases in the UFO
|
|
literature, none of these propagation anomalies seem typical as accounting
|
|
for the more interesting cases. Several examples have already been discussed
|
|
above (Cases 32, 35, 36, 37, 38, 39).
|
|
|
|
SUMMARY AND RECOMMENDATIONS
|
|
|
|
In summary, I wish to emphasize that my own study of the UFO problem has
|
|
convinced me that we must rapidly escalate serious scientific attention to
|
|
this extraordinarily intriguing puzzle.
|
|
|
|
I believe that the scientific community has been seriously misinformed
|
|
for twenty years about the potential importance of UFOs. I do not wish here
|
|
to elaborate on my own interpretation of the history behind that long period
|
|
of misinformation; I only wish to urge the Committee on Science and
|
|
Astronautics to take whatever steps are within their power to alter this
|
|
situation without further delay.
|
|
|
|
The present Symposium is an excellent step in the latter direction. I
|
|
strongly urge your Committee that further efforts in the same direction be
|
|
made in the near future. I believe that extensive hearings before your
|
|
Committee, as well as before other Congressional committees having concern
|
|
with this problem, are needed.
|
|
|
|
The possibility that the Earth might be under surveillance by some high
|
|
civilization in command of a technology far beyond ours must not be
|
|
overlooked in weighing the UFO problem. I am one of those who lean strongly
|
|
towards the extraterrestrial hypothesis. I arrived at that point by a process
|
|
of elimination of other alternative hypotheses, not by arguments based on
|
|
what I would call "irrefutable proof." I am convinced that the recurrent
|
|
observations by reliable citizens here and abroad over the past twenty years
|
|
cannot be brushed aside as nonsense, but rather need to be taken extremely
|
|
seriously as evidence that some phenomenon is going on which we simply do not
|
|
understand. Although there is no current basis for concluding that hostility
|
|
and grave hazard lie behind the UFO phenomenology, we cannot be entirely sure
|
|
of that. For all of these reasons, greatly expanded scientific and public
|
|
attention to the UFO problem is urgently needed.
|
|
|
|
The proposal that serious attention be given to the hypothesis of an
|
|
extraterrestrial origin of UFOs raises many intriguing questions, only a few
|
|
of which can be discussed meaningfully. A very standard question of
|
|
skepticism is "Why no contact?" Here, the best answer is merely a cautionary
|
|
remark that one would certainly be unjustified in extrapolating all human
|
|
motives and reasons to any other intelligent civilization. It is conceivable
|
|
that an avoidance of premature contact would be one of the characteristic
|
|
features of surveillance of a less advanced civilization; other conceivable
|
|
rationales can be suggested. All are speculative, however; what is urgently
|
|
needed is a far more vigorous scientific investigation of the full spectrum
|
|
of UFO phenomena, and the House Committee on Science and Astronautics could
|
|
perform a very significant service by taking steps aimed in that direction.
|
|
|
|
REFERENCES
|
|
|
|
1. NICAP _Special Bulletin_, May 1960: Admiral Hillenkoeter was a NICAP
|
|
Advisory Board member at the time of making the quoted statement.
|
|
|
|
2. McDonald, J.E., 1967: _Unidentified Flying Objects: Greatest Scientific
|
|
Problem of our Times_, published by UFO Research Institute,
|
|
Suite 311, 508 Grant Street, Pittsburgh, Pennsylvania, 15219.
|
|
|
|
3. Keyhoe, D.E., 1950: _Flying Saucers Are Real_, Fawcett Publications
|
|
New York, 175 pp.
|
|
|
|
4. Keyhoe, D.E., 1953: _Flying Saucers From Outer Space_, New York,
|
|
Henry Holt G Co., 276 pp.
|
|
|
|
Keyhoe, D.E., 1955: _Flying Saucer Conspiracy, New York, Henry
|
|
Holt & Co., 315 pp.
|
|
|
|
Keyhoe,D.E., 196O: _Flying Saucers Top Secret_, New York,
|
|
G. P. Putnam's Sons, 283 pp.
|
|
|
|
5. Ruppelt, E.J., 1956: _The Report on Unidentified Flying Objects_,
|
|
Garden City, New York, Doubleday & Co., 243 pp. (Paperback edition,
|
|
Ace Books, 319 pp.)
|
|
|
|
6. Project Grudge, 1949: _Unidentified Flying Objects_, Report No. 102
|
|
AC 49/15-100, Project XS-304, released August, 1949. I am indebted
|
|
to Dr. Leon Davidson for making available to me his copy of this
|
|
declassified report.
|
|
|
|
7. NICAP, 1968: USAF Projects Grudge and Bluebook Reports 1-12
|
|
(1951-1953), declassification date 9 September, 1960. Published
|
|
by NICAP as a special report, 235 pp.
|
|
|
|
8. Bloecher, T., 1967: _Report on the UFO Wave of 1947_, available
|
|
through NICAP.
|
|
|
|
9. Cruttwell, N.E.G., 1960: _Flying Saucers Over Papua, A Report
|
|
on Papuan Unidentified Flying Objects_, 45 pp., reproduced for
|
|
limited distribution; parts of this report have been reproduced
|
|
in a number of issues of the APRO _Bulletin_.
|
|
|
|
10. Hall, R.H., 1964: _The UFO Evidence_, Washington, D. C. , NICAP,
|
|
184 pp.
|
|
|
|
11. Olsen, P.M., 1966: _The Reference for Outstanding UFO Sighting
|
|
Reports, Riderwood, Maryland, UFO Information Retrieval Center,
|
|
Inc., P.0. Box 57.
|
|
|
|
12. Fuller, J.G., 1966: _Incident at Exeter_, New York, G.P. Putnam'
|
|
Sons, 251 pp. (Berkeley Medallion paperback, 221 pp.)
|
|
|
|
13. Lorenzen, C.E., 1966: _Flying Saucers_, New York, Signet Books,
|
|
278 pp.
|
|
|
|
Lorenzen, C.E., and L.J., 1967: _Flying Saucer Occupants_, New
|
|
York, Signet Books, 215 pp.
|
|
|
|
Lorenzen, C.E., and L.J., 1968: _UFOs Over the Americas_, New
|
|
York, Signet Books, 254 pp.
|
|
|
|
14. Michel, A., 1958: _Flying Saucer and the Straight Line Mystery_,
|
|
New York, Criterion Books, 285 pp.
|
|
|
|
Michel, A., 1967: _The Truth About Flying Saucers_, New York
|
|
Pyramid Books, 270 pp. (Paperback edition of an original 1966
|
|
book.)
|
|
|
|
15. Stanway, R.H., and A.R. Pace, 1968: _Flying Saucers_, Stoke-on
|
|
Trent, England, Newchapel Observatory, 85 pp.
|
|
|
|
16. Vallee, J., 1965: _Anatomy of a Phenomenon_, Chicago, Henry
|
|
Regnery Co., 210 pp. (Paperback edition, Ace Books, 255 pp.)
|
|
|
|
17. Vallee, J., and J. Vallee, 1966: _Challenge to Science_, Chicago,
|
|
Henry Regnery Co., 268 pp. (Also in paperback)
|
|
|
|
18. Lore, G.I.R., Jr., and H.H. Denault, Jr., 1968: _Mysteries of
|
|
the Skies_, Englewood Cliffs, New Jersey, Prentice-Hall Inc.,
|
|
237 pp.
|
|
|
|
19. Fort, C., 1941: _The Books of Charles Fort_, New York, Henry Holt
|
|
& Co., 1125 pp.
|
|
|
|
20. Stanton, L.J., 1966: _Flying Saucers Hoax or Reality?_, New York,
|
|
Belmont Books, 157 pp.
|
|
|
|
21. Young, M., 1967; _USOs Top Secret_, New York, Simon & Schuster,
|
|
150 pp.
|
|
|
|
22. _Time Magazine_, July 14, 1947, p. 18.
|
|
|
|
23. Fuller, C., 1950: _The Flying Saucers - Fact or Fiction?_, Flying
|
|
Magazine, July 1950, p. 17.
|
|
|
|
24. Menzel, D. H., 1953: _Flying Saucers_, Cambridge, Harvard University
|
|
Press, 319 pp.
|
|
|
|
25. Menzel, D.H., and L.G. Boyd, 1963: _The World of Flying Saucers_,
|
|
Garden City, New York, Doubleday & Co., 302 pp.
|
|
|
|
26. Shalett, S., 1949: _What You Can Believe About Flying Saucers_,
|
|
Saturday Evening Post, April 30, 1949, and May 7, 1949.
|
|
|
|
27. CSI _Newsletter_, No. 11, February 29, 1956 (Civilian Saucer
|
|
Intelligence of New York).
|
|
|
|
28. _Flying_, June 1951, p. 23.
|
|
|
|
29. Davidson, L., 1966; _Flying Saucers: An Analysis of the Air Force
|
|
Project Bluebook Special Report No. 14, Ramsey, New Jersey,
|
|
Ramsey-Wallace Corp.
|
|
|
|
30. American Society of Newspaper Editors, 1967; _Problems of
|
|
Journalism_, Proceedings of the 1967 Convention of the ASNE,
|
|
April 20-22, 1967, Washington, D.C., 296 pp.
|
|
|
|
31. Keyhoe, D.E., 1950: _Flight 117 and the Flying Saucer_,
|
|
True Magazine, August 1950, p. 24.
|
|
|
|
32. _Salt Lake Tribune_, Tuesday, October 3, 1961, p. 1.
|
|
|
|
33. _UFO Investigator_, Vol. 3, No. 11, Jan-Feb 1967.
|
|
|
|
34. LANS, 1960: _Report on an Unidentified Flying Object Over Hollywood,
|
|
California_, Feb. 5, 1960 and Feb. 6, 1960, Los Angeles NICAP Sub-
|
|
committee, 21 pp., mimeo.
|
|
|
|
35. _UFO Investigator_, Vol. 1, No. 12, April 1961.
|
|
|
|
36. McDonald, J.E., 1968: _UFOs - An International Scientific Problem_,
|
|
paper presented at a Symposium on Unidentified Flying Objects,
|
|
Canadian Aeronautics and Space Institute, Montreal, Canada, March 12,
|
|
1968.
|
|
|
|
37. Darrach, H.B., Jr., and Robert Ginna, 1952: "Have We Visitors from
|
|
Space?", _Life Magazine_, April 7, p. 80 ff.
|
|
|
|
38. Zigel, F., 1968: "Unidentified Flying Objects," _Soviet Life_,
|
|
February, 1968, No. 2(137), pp. 27-29.
|
|
|
|
39. Klass, Philip J., 1968: UFOs - Identified_, New York, Random
|
|
House, 290 pp.
|
|
|
|
40. _International News Service_, datelined Sept. 12, 1951, Dover, Del.
|
|
|
|
41. _New York Times_, June 2, 1954; _New York World Telegram_, June 1, 1954;
|
|
_New York Post_, June 1, 1954; _New York Daily News_, June 2, 1954.
|
|
|
|
42. Official file on October 15, 1948 Fukuoka case, Project Bluebook.
|
|
|
|
43. Melbourne (Australia) _Sun_, December 16, 1954; _Melbourne Herald_,
|
|
December 16, 1954; _Auckland Star_, December 16, 1954.
|
|
|
|
44. _Los Angeles Times_, May 9, 1957; _New York Journal-American_,
|
|
May 10, 1957.
|
|
|
|
45. APRO _Bulletin_, May-June, 1965, p. 1-4.
|
|
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|
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