659 lines
36 KiB
Plaintext
659 lines
36 KiB
Plaintext
![]() |
SUBJECT: THE SUMMER 1990 CROP CIRCLES FILE: UFO1222
|
|||
|
|
|||
|
|
|||
|
|
|||
|
|
|||
|
|
|||
|
|
|||
|
by Michael Chorost and Colin Andrews
|
|||
|
Aerial photographs by Colin Andrews
|
|||
|
Diagrams by Richard G. Andrews
|
|||
|
|
|||
|
Published December 1990
|
|||
|
|
|||
|
All paragraphs marked [CA] are by Colin Andrews; the rest are by Michael
|
|||
|
Chorost.
|
|||
|
|
|||
|
Summer 1990 brought an explosion in the complexity, size, and
|
|||
|
number of the crop circles in England. About six hundred were discov-
|
|||
|
ered, double the number of 1989. One intriguing early shape was discov-
|
|||
|
ered at Longwood Estate on June 6, and dubbed a "quarter-arc" formation
|
|||
|
(picture and diagram 1). Another early shape was the first "dumbbell"
|
|||
|
formation, discovered on May 23rd near the foot of Telegraph Hill (diagram
|
|||
|
2). In its external shape and internal crop lay, it was the most complex
|
|||
|
formation ever seen up to that time.
|
|||
|
|
|||
|
Many more dumbbells like this followed (see pictures 2-5, and dia-
|
|||
|
grams 3-5.) Later in the summer, the "multiple pictograms", complex
|
|||
|
formations one-eighth of a mile long, began to appear. They sported odd-
|
|||
|
looking forklike extensions, and entourages of smaller circles nearby.
|
|||
|
Four of them were discovered in all (see pictures 6-9).
|
|||
|
|
|||
|
The new formations were a shock to everybody. Much more than
|
|||
|
the circles, rings, and quintuplets of earlier years, they seemed to mean
|
|||
|
something, though no one knew what. They seemed both part of the
|
|||
|
earth and detached from it, as if they would slide away along the tram-
|
|||
|
lines once their anchor-lines were cut. They looked at once cryptic,
|
|||
|
fragile, and luminous.
|
|||
|
|
|||
|
Discussion of one "dumbbell" formation
|
|||
|
|
|||
|
On July 3, six days after it was made, I examined the formation in
|
|||
|
picture 4 (and Diagram 4) in detail. It was 48 meters long, so large that
|
|||
|
people walking around in it looked like marbles rolling around a plate. It
|
|||
|
was made of two circles of wheat flattened along the ground, one with a
|
|||
|
ring. They were connected by a bar, inside which the flattened wheat
|
|||
|
plants pointed toward the unringed circle. There was a sort of "tail",
|
|||
|
more technically called a spur, where the plants pointed in the opposite
|
|||
|
direction from the bar. Four rectangles flanked the bar. In the inner
|
|||
|
two rectangles, the flattened wheat plants pointed toward the unringed
|
|||
|
circle; in the outer two, they pointed the other way.
|
|||
|
|
|||
|
The most complex part of this formation was where the bar inter-
|
|||
|
sected the ringed circle. The bar crossed the ring and the band of
|
|||
|
standing plants, but stopped at the perimeter of the inner circle. In this
|
|||
|
area, the plants in the ring lay on top of the bar, meaning that they had
|
|||
|
been flattened after the bar was formed (see picture 10). Hence the
|
|||
|
formation was made in at least two stages. Also, whatever formed the
|
|||
|
ring did not affect the plants already laid down in the bar. While the
|
|||
|
ring was being formed after the bar, the bar's plants stayed put; they
|
|||
|
were not realigned to become part of the ring.
|
|||
|
|
|||
|
The same kind of thing was evident at the other end of the bar,
|
|||
|
where it met the unringed circle. The plants in the circle overlapped the
|
|||
|
plants in the bar by a few inches, showing that the unringed circle was
|
|||
|
also made after the bar. This is a small clue about how these things are
|
|||
|
made. They aren't stamped out all at once, cookie-cutter style; instead,
|
|||
|
something forms the parts in a definite sequence.
|
|||
|
|
|||
|
Most of the plants seemed to be alive and green (young wheat is
|
|||
|
green.) However, a friend with me saw that about a third of the plants
|
|||
|
whose stems were next to the tramlines had turned yellowish. We could
|
|||
|
only speculate that those plants, having gotten less fertilizer, were less
|
|||
|
hardy than the rest.
|
|||
|
|
|||
|
Strangely, some of the plants inside the formation were not affected
|
|||
|
by whatever force flattened their fellows. On either side of the tramline
|
|||
|
running through the formation, many plants remained upright (picture 10).
|
|||
|
This also occurred in the ring, where isolated individual plants remained
|
|||
|
standing here and there, completely unaffected, like lonely survivors of a
|
|||
|
massacre. (See also Circular Evidence, p. 133.) Colin speculates that the
|
|||
|
formative force may work like a paint roller, flattening plants in strips
|
|||
|
and swathes, and thus may miss a plant here and there between passes.
|
|||
|
|
|||
|
I was fascinated by the giant rectangles (see picture 11.) Rectan-
|
|||
|
gles of a sort have been seen in earlier years, as spurs extending out of
|
|||
|
circles (see Circular Evidence, pages 54 and 42.) These, however, were
|
|||
|
true rectangles. From the ground, they looked like giant bathtubs.
|
|||
|
|
|||
|
In each rectangle, three sides looked as if they had been cut with a
|
|||
|
razor. However, the "forward" end of each rectangle--the end to which
|
|||
|
the plants pointed--was not straight but jagged, or "notched" (picture
|
|||
|
12). Whatever made the rectangles faced a challenge here: how to flatten
|
|||
|
the plants right at the end without also knocking down the standing
|
|||
|
plants making up that end. It solved the problem by pushing the flat-
|
|||
|
tened plants down in bunches between the plants at the end. The stand-
|
|||
|
ing plants apppeared unharmed; they stood perfectly upright, and their
|
|||
|
leaves were not stripped off. This "notching" effect was also evident at
|
|||
|
the end of the "tail." It is a characteristic feature of virtually all rec-
|
|||
|
tangular elements.
|
|||
|
|
|||
|
1990's surveillance operation: Blackbird
|
|||
|
|
|||
|
[CA] Operation Blackbird was the largest surveillance operation ever
|
|||
|
conducted to discover and film the cause of the circles. Between 23rd
|
|||
|
July and 10th August, 1990, twelve special cameras were focused on a
|
|||
|
corridor of land about one mile long and 700 meters wide at Westbury.
|
|||
|
The cameras ranged from thermal imaging to low-light, with sensitive
|
|||
|
listening devices for good measure.
|
|||
|
|
|||
|
[CA] Blackbird netted two significant results. One was the Army's
|
|||
|
filming of a "ball of light" above Silbury Hill, near Avebury. The film
|
|||
|
shows an orange ball of light in the sky south of Silbury Hill. Its scale
|
|||
|
and height are difficult to gauge. It was initially stationary, then moved
|
|||
|
slowly to the east, then descended behind a hill, where it shone through
|
|||
|
the trees before it was lost to sight.
|
|||
|
|
|||
|
Orange balls have been seen before. Richard Beaumont writes of an
|
|||
|
orange ball reported on June 29, 1989:
|
|||
|
|
|||
|
In the early hours of the morning, a most reliable
|
|||
|
source spotted an orange ball of light, about thirty feet
|
|||
|
in diameter, descending into a field well known for
|
|||
|
circle formations. The eye witness said that it appeared
|
|||
|
to bounce slightly as it touched the ground. He also
|
|||
|
said that it appeared to have a flat bottom, but assumed
|
|||
|
that it must have looked flat because of its descent into
|
|||
|
the cereal crop. The ball appeared brighter at the
|
|||
|
periphery, although at no point was it a brilliant light.
|
|||
|
There was no noise whatsoever. It then took on a
|
|||
|
hovering position for about seven to eight seconds, and
|
|||
|
simply disappeared, as if one had just turned off a
|
|||
|
light bulb...[Colin Andrews and the witness] could refer-
|
|||
|
ence where the ball of light must have been exactly.
|
|||
|
The next day the local farmer and others rang Colin. A
|
|||
|
new formation had formed exactly where the ball of light
|
|||
|
was seen! (Beaumont, Kindred Spirit, vol. 1, no. 8, p
|
|||
|
27.)
|
|||
|
|
|||
|
|
|||
|
[CA] The other result of Blackbird was the BBC's filming of a set of
|
|||
|
circles forming at Westbury during the night of 3rd-4th August. The film
|
|||
|
is of poor quality, even after enhancement, but it shows a darkened shape
|
|||
|
relating to the largest circle's size and location. In the morning, the
|
|||
|
formation was seen to be a large circle with a looping tail pushing out of
|
|||
|
it and terminating in a smaller circle about 10 meters away. Two other,
|
|||
|
smaller circles were also formed some distance away.
|
|||
|
|
|||
|
[CA] The BBC had promised to show both the Army's and its own
|
|||
|
films on a special programme, but they now inform me that somebody has
|
|||
|
decided that they are not compatible with the "Daytime UK" programme.
|
|||
|
The BBC have stated, in fact, that they do not plan to show the films at
|
|||
|
all. It is not clear why.
|
|||
|
|
|||
|
[CA] Blackbird also suffered from a cruel hoax. During the early
|
|||
|
hours of 25th July, several of the 50-strong observers witnessed unusual
|
|||
|
lights on one of the monitors. Key researchers, as well as members of UK
|
|||
|
and Japanese TV crews, were summoned. As the sun came up, the watch-
|
|||
|
ers and press could see that a large and intricate formation had been
|
|||
|
made. Breakfast-time TV was on the air, and pressured me to make a
|
|||
|
statement. I agreed to do so, and stated on live national television what
|
|||
|
the observers had seen and that circles had appeared on the same spot.
|
|||
|
Within two hours over 30 TV networks were on the site and the news was
|
|||
|
bounced around the world that a UFO had been seen forming the mystery
|
|||
|
circles. Later, we walked into the field to view the circles firsthand. We
|
|||
|
found that they were all hoaxed, and that the lights on the monitors were
|
|||
|
from the hoaxers. Also, crosses and Ouija boards had been left in the
|
|||
|
circles by the hoaxers. Lively debate is still heard in the streets and
|
|||
|
pubs of the UK about this whole episode; however, genuine formations
|
|||
|
continued to form throughout the rest of the summer.
|
|||
|
|
|||
|
|
|||
|
Other observations and discoveries
|
|||
|
|
|||
|
The number of circles reported has risen steadily in the last few
|
|||
|
years. Much of it is due to the rise in monitoring, but the number of
|
|||
|
circles per given area also appears to be increasing. According to Ter-
|
|||
|
ence Meaden's The Circles Effect and its Mysteries (p. 14) and his article
|
|||
|
in the Oxford conference proceedings (p. 22), 75 formations were discov-
|
|||
|
ered in 1987, 110 in 1988, and 305 in 1989. In 1990, according to Colin
|
|||
|
Andrews, there were about 600 formations.1 The rate of increase presents
|
|||
|
obvious problems for the researchers, whose resources were already
|
|||
|
strained by the number of formations which appeared in 1990.
|
|||
|
|
|||
|
[CA] HSC Laboratories in England have analysed plants taken from a
|
|||
|
Celtic-cross formation type found at Blackland, Wiltshire, on 1st June this
|
|||
|
year, using a distillation process which crystallizes the plants. Electron
|
|||
|
microscope observation showed that the pattern of the crystals was
|
|||
|
dramatically different from those of the control samples. A great deal
|
|||
|
more work must be done before these early results can be confirmed as
|
|||
|
significant. Suffice it to say that three trials have shown similar results
|
|||
|
(see The Crop Circles--The Latest Evidence.)
|
|||
|
|
|||
|
Electrical equipment continues to malfunction occasionally inside the
|
|||
|
circles. Busty Taylor reports that video cameras sometimes fail to record
|
|||
|
inside them; the tape advances, but the magnetic head records either
|
|||
|
erratically or not at all. Terence Meaden reports that a camera consist-
|
|||
|
ently refused to function while pointed down to photograph the center of
|
|||
|
a circle, but worked in every other orientation tried (Oxford conference
|
|||
|
notes, p. 41).
|
|||
|
|
|||
|
[CA] Electromagnetic effects have been experienced on a number of
|
|||
|
occasions, not least on Thursday, 10th August 1989, at 3:30 p.m. when a
|
|||
|
BBC television crew was filming myself and Pat Delgado in a 100-foot
|
|||
|
diameter circle near Avebury, Wiltshire. The troubles began when the
|
|||
|
camera refused to function correctly each time it entered the circle and
|
|||
|
several smaller circles nearby. Even when elevated on a crane over the
|
|||
|
edge of the circles, it wouldn't work. It was agreed to start the next
|
|||
|
shot by holding the camera outside the circle, while we went inside with
|
|||
|
the sound engineer. As the camera rolled and sound began taping,
|
|||
|
suddenly a loud, shrill, warbling noise blasted into the sound engineer's
|
|||
|
headset. This was a noise we had heard before at circle sites. Pat stood
|
|||
|
near the center of the circle and felt the effects of an energy field
|
|||
|
around him. The cone-shaped energy field was so clearly felt by him that
|
|||
|
the edges could be easily defined. Each time Pat walked out of the cone
|
|||
|
the buzzing noise cleared up from the engineer's headset. The noise was
|
|||
|
recorded and sent to the BBC's sound experts in London; they, as well as
|
|||
|
experts at the Birmingham studio, were baffled by it. The camera was
|
|||
|
found to be completely defunct and had to be rebuilt.
|
|||
|
|
|||
|
[CA] The event was shown on the BBC's "Daytime Live" programme.
|
|||
|
Presumably by coincidence, as the transmission went on air, the electric
|
|||
|
supply into the whole studio complex was momentarily lost and seconds
|
|||
|
later all telephones were put out of operation.
|
|||
|
|
|||
|
There are anecdotal reports of positive and negative health effects
|
|||
|
on people who enter these formations. Busty Taylor reports that he
|
|||
|
sometimes feels the fillings in his teeth hurt in a circle, and he says
|
|||
|
other people suffer headaches and back pains. He and one other person
|
|||
|
once encountered a blob of strange white jelly in one circle, and came
|
|||
|
down with severe colds three to six hours later. A third person who was
|
|||
|
also there, however, remained healthy. There are also reports of dogs
|
|||
|
becoming ill when in or near circles (see Circular Evidence, p. 65).
|
|||
|
|
|||
|
When I entered the formation in picture 4, I had a friend with me
|
|||
|
who had had a severe headache for two days. Upon entering the forma-
|
|||
|
tion, she felt it go away. It returned soon after she left the formation.
|
|||
|
(I, myself, felt nothing in any of the formations I visited. Nor did I hear
|
|||
|
anything in the hearing aids I wear.) There may be fields of an electrical
|
|||
|
or ionic nature inside the formations, and they could affect sensitive
|
|||
|
humans in the ways mentioned. Tooth fillings, for example, are metal wet
|
|||
|
by saliva, and might become electrically charged by induction.
|
|||
|
|
|||
|
Terence Meaden writes of four eyewitness reports of circles forming
|
|||
|
in daylight before the eyes of surprised onlookers. In one event, a
|
|||
|
witness saw corn in a small area violently buffeted, then rapidly laid flat
|
|||
|
in a circle 50-60 feet in diameter (Oxford conference notes, p. 123).
|
|||
|
Meaden interprets these as the effects of stationary whirlwinds, but it is
|
|||
|
equally possible to postulate a force which either operates from a great
|
|||
|
height or acts invisibly.
|
|||
|
|
|||
|
As a graduate student in literature, I watch for mention of circles
|
|||
|
in the 15th and 16th-century texts I read. Robert Burton, in his book
|
|||
|
Anatomy of Melancholy (1621), writes: "These are they [fairies] that dance
|
|||
|
on heaths and greens, as Lavater thinks with Trithemius, &, as Olaus
|
|||
|
Magnus adds, leave that green circle, which we commonly find in plain
|
|||
|
fields, which others hold to proceed from a meteor falling, or some acci-
|
|||
|
dental rankness of the ground; so Nature sports herself" (p. 168). It
|
|||
|
could well be, however, that Burton's only talking about fairy rings,
|
|||
|
fungal infections which blight plants in circular patterns. It's hard to
|
|||
|
draw firm conclusions from this report.
|
|||
|
|
|||
|
Update on the hoax theory
|
|||
|
|
|||
|
The evidence against hoaxing is compelling. The absence of physi-
|
|||
|
cal trampling, the precision of the crop lays, the rapidity of manufacture,
|
|||
|
the great numbers and immense sizes of the formations, the plants' biolog-
|
|||
|
ical changes, the electromagnetic phenomena of flashing lights and crack-
|
|||
|
ling/humming sounds, the "cones of force" sometimes felt by observers
|
|||
|
within the formations, the malfunctions in equipment, the health effects,
|
|||
|
the eyewitness reports of circles forming "by themselves," the apparent
|
|||
|
human inability to reproduce a "genuine" circle--all these observations
|
|||
|
argue against the hoax theory.
|
|||
|
|
|||
|
The Oxford conference
|
|||
|
|
|||
|
The first conference on the circles was held at Oxford Polytechnic
|
|||
|
on June 23, 1990. Organized by TORRO (Tornado and Storm Research
|
|||
|
Organization) and CERES (Circles Effect Research Group), its speakers
|
|||
|
focused on the theory that vortices of spinning plasma in the lower
|
|||
|
atmosphere are responsible for the formations. There were over 150
|
|||
|
people attending, among which were professional scientists, circle investi-
|
|||
|
gators, journalists, and members of the public.
|
|||
|
|
|||
|
The primary figure at the conference was Terence Meaden, an
|
|||
|
Oxford-educated physicist specializing in the study of atmospheric plasma
|
|||
|
vortices. He argued that highly electrified, rapidly spinning vortices of
|
|||
|
air have enough energy to flatten large areas of crops. Grains of dust
|
|||
|
and pollen trapped inside the vortex rub together and generate a sub-
|
|||
|
stantial electric charge, which increases the total energy borne by the
|
|||
|
vortex. Crucial to his theory is the presence of hills large enough to
|
|||
|
create wind lees--turbulence--in their wake. Under the right meterologi-
|
|||
|
cal conditions, air moving past hills whips into spinning vortices, which
|
|||
|
travel for some distance before touching the ground. Their energy dissi-
|
|||
|
pates upon contact, leaving behind a perfect circular formation, broken up
|
|||
|
into satellites or rings according to the internal structure of the vortex.
|
|||
|
|
|||
|
Both Colin and I, and many others, find the theory of natural origin
|
|||
|
improbable in view of the complexity of the formations. However, the
|
|||
|
circles might be made by intelligently controlled vortices of the kind
|
|||
|
Meaden describes. For this reason, I think Meaden's physics shouldn't be
|
|||
|
dismissed out of hand.
|
|||
|
|
|||
|
Meaden also showed slides of a new and rare occurrence - a raised
|
|||
|
"cone" of braided plants discovered at the centers of some circles. The
|
|||
|
cones appear to be several feet high, and rule out, Meaden argued, theo-
|
|||
|
ries involving physical (as opposed to meterological or electrical) compres-
|
|||
|
sion from above. Cones were discovered in 10 of the approximately 300
|
|||
|
circles found in 1989.
|
|||
|
|
|||
|
Another speaker was Dr. John Snow of Purdue University, who gave
|
|||
|
an informative lecture on the physics of atmospheric vortices. He showed
|
|||
|
that under certain circumstances, spinning vortices can spontaneously
|
|||
|
break up into two or three vortices. This, Snow suggested, was the
|
|||
|
mechanism behind the "triplet" formations of a large circle and two satel-
|
|||
|
lites in a straight line, and, by extension, a potential answer to the prob-
|
|||
|
lem of the gigantic quintuplet formations (a large circle and four satel-
|
|||
|
lites.)
|
|||
|
|
|||
|
A physicist from Japan, Dr. Yoshi-hiko Ohtsuki, discussed plasma
|
|||
|
vortices in nature, which are already well documented as "ball lightning."
|
|||
|
His research focuses on the attempt to create spinning plasma vortices in
|
|||
|
the laboratory. He showed films of short-lived (2.5 seconds) but energetic
|
|||
|
spinning plasma balls he had succeeded in generating.
|
|||
|
|
|||
|
Other speakers were Tokio Kokuchi and Hiroshi Kikuchi (Japan),
|
|||
|
David Reynolds (England), and Paul Fuller and Jenny Randles (England.)
|
|||
|
Fuller and Randles argued that plasma vortices can account for virtually
|
|||
|
all still-unexplained UFO sightings, and proposed that UFO studies should
|
|||
|
be considered a branch of meteorology.
|
|||
|
|
|||
|
But many thought the most important speaker was Busty Taylor. He
|
|||
|
showed slides and videotapes of recent formations he had filmed from the
|
|||
|
air. They were so new that most of the people in the audience had not
|
|||
|
seen them. Their impact was sensational. For many, they made the
|
|||
|
carefully phrased arguments for a natural cause disintegrate.
|
|||
|
|
|||
|
Events outside England
|
|||
|
|
|||
|
North America has "caught" the circles. MUFON's April 1990 issue
|
|||
|
reports a 7-foot, 8-inch diameter circle discovered in Gulf Breeze, Florida
|
|||
|
in November 1989. A 46 1/2 foot diameter circle was found in Milan, Illi-
|
|||
|
nois, on October 16, 1990 (Chicago Tribune, Oct. 28, 1990, p. 1). I have a
|
|||
|
letter from a farmer which sketches a May 31, 1989 discovery of a 20-by-
|
|||
|
18 foot diameter circle of uprooted tall grass found near Anderson, Indi-
|
|||
|
ana.
|
|||
|
|
|||
|
The October 1990 issue of the Dakota Farmer reports a formation
|
|||
|
discovered in Leola, South Dakota, in early August 1990, consisting of a
|
|||
|
"reversed question mark" surrounded by three rectangles arranged on
|
|||
|
the points of an equilateral triangle. The "question mark" is about thirty
|
|||
|
feet wide and eighty feet long, and consists of plants bent over exactly
|
|||
|
two inches above the ground. The width of the affected areas is a con-
|
|||
|
sistent five feet.
|
|||
|
|
|||
|
There was highly concentrated activity in 1990 around Winnipeg,
|
|||
|
Canada. Chris Rutkowski of Winnipeg has submitted a preliminary report
|
|||
|
to MUFON noting at least seven formations. One circle was 59 feet in
|
|||
|
diameter, and appeared on August 18, 1990, near a town called St. Fran-
|
|||
|
cois Xavier. Another, 62 feet in diameter, was discovered in Niverville on
|
|||
|
August 29, 1990. Most of the reports are of simple circles, though a
|
|||
|
triple-ringed circle is said to have been found.
|
|||
|
|
|||
|
The TV series Unsolved Mysteries keeps a listing of callers' reports.
|
|||
|
One caller, from Naples, Florida, reported a 10-foot circle in a field of tall
|
|||
|
weeds. Other reports come from Oregon, Minnesota, Ohio, Tennessee,
|
|||
|
California, Pennsylvania, and New York State. Most are recent, but some
|
|||
|
go back as far as 25 years.
|
|||
|
|
|||
|
There is considerable variation in the types of formations reported
|
|||
|
in North America. Many are of flattened plants like the English circles,
|
|||
|
while others are of burned plants. In others, the plants are uprooted
|
|||
|
entirely, leaving a bare circle of dirt. No one knows whether these
|
|||
|
formation types are related.
|
|||
|
|
|||
|
Finally, in the UFO literature, going back at least twenty years,
|
|||
|
there have been reports of circles in Australia, America, Canada, New
|
|||
|
Zealand, Japan, and the Soviet Union. MUFON's October 1990 issue reports
|
|||
|
a 35-by-45 meter circle found on June 21, 1990, near the town of Yeisk
|
|||
|
(near Krasnodar) in the Soviet Union.
|
|||
|
|
|||
|
One of the most interesting questions at the present time is whether
|
|||
|
the circles phenomenon in other countries will follow the English pattern.
|
|||
|
So far, the majority of non-English formations are simple circles, with a
|
|||
|
handful of more exotic shapes. Will the same English shapes as seen in
|
|||
|
1990 appear in Winnipeg in a few years, or will the phenomenon take a
|
|||
|
different direction? The South Dakota "reversed question mark in a
|
|||
|
triangle" suggests that the latter may be the case.
|
|||
|
|
|||
|
New publications
|
|||
|
|
|||
|
At least two new books came out this fall, and more may be on the
|
|||
|
way. The Centre for Crop Circle Studies (CCCS) has just published The
|
|||
|
Crop Circle Enigma, edited by Ralph Noyes, with contributions by Richard
|
|||
|
G. Andrews (no relation to Colin), Terence Meaden, and Busty Taylor,
|
|||
|
among others. Colin Andrews and Pat Delgado have just published The
|
|||
|
Crop Circles: The Latest Evidence, an 80-page paperback with color photos
|
|||
|
of this summer's formations.
|
|||
|
|
|||
|
Terence Meaden is planning to publish his second book on the cir-
|
|||
|
cles, containing the Oxford conference proceedings and other material.
|
|||
|
|
|||
|
There are now at least two periodicals devoted to the circles. One
|
|||
|
is the Circles Phenomenon Research Newsletter, a quarterly edited by Pat
|
|||
|
Delgado. The other is The Cereologist, a thrice-yearly magazine published
|
|||
|
by the Centre for Crop Circle Studies, under the editorship of John
|
|||
|
Michell. The Cereologist's first issue came out in September 1990, and it
|
|||
|
has been well received. Among other things, it has given this fledgling
|
|||
|
field a name, "cereology." (See bibliography for ordering information on
|
|||
|
all items.)
|
|||
|
|
|||
|
A Coded Message?
|
|||
|
|
|||
|
Do we have a coded message on our hands? Nobody knows, but
|
|||
|
much can be done to try to find out. In this section I will propose some
|
|||
|
guidelines for such an effort.
|
|||
|
|
|||
|
The first thing to consider is whether the circles are a message.
|
|||
|
As I see it, there are three possibilities.
|
|||
|
|
|||
|
1. The circles might not be a message. They could be the side-
|
|||
|
effect of some intelligently directed process, the way tire-tracks and
|
|||
|
footprints are. In that case there would be no meaning to decode, only a
|
|||
|
process to discover.
|
|||
|
|
|||
|
2. The circles could be an anti-code, a null code. They could be
|
|||
|
intended to convey a message merely by their presence, like 2001's mono-
|
|||
|
lith. Their variety and complexity might be meant only to convince
|
|||
|
humans of their non-natural origin. If so, there would be no content to
|
|||
|
decode, only a awe-inspiring calling-card to contemplate.
|
|||
|
|
|||
|
3. The circles could be a positive code that we can crack. This is
|
|||
|
the most interesting idea, and the only one that can be developed at any
|
|||
|
length. For the rest of this discussion, let us abandon the foregoing
|
|||
|
possibilities, and assume that the circles are a code. How can we crack
|
|||
|
it?
|
|||
|
|
|||
|
We can apply various kinds of coding strategies to the formations to
|
|||
|
see if any work. For convenience, I'll divide the possible codes into
|
|||
|
three broad types: linguistic codes ("words"), figural codes ("pictures")
|
|||
|
and logical codes ("sequences"). If we look for linguistic codes, we try to
|
|||
|
find ideograms or alphanumeric characters. If we look for figural codes,
|
|||
|
we try to find schematic diagrams, pictures of objects, maps, or works of
|
|||
|
art. And if we look for logical codes, we look for mathematical or logical
|
|||
|
sequences. Let's look at the particular challenges of each kind of code.
|
|||
|
|
|||
|
Linguistic codes
|
|||
|
|
|||
|
A linguistic code is, of course, either a natural alphabetic language
|
|||
|
like English, a direct isomorphism of it (like a cryptogram), or an ideo-
|
|||
|
graphic language (like Chinese.) To crack such a code, we would need a
|
|||
|
"Rosetta stone" establishing equivalences between human and alien lan-
|
|||
|
guages. So far, of course, we have none. We would have to be given
|
|||
|
one, or we would have to find that the formations are adopted from an
|
|||
|
obscure or forgotten human language (like Mayan, which they do superfi-
|
|||
|
cially resemble.)
|
|||
|
|
|||
|
|
|||
|
Lacking a Rosetta stone, we might be able build a grammar of the
|
|||
|
code on the order of "x always follows y, z is always part of q", though
|
|||
|
this would not be a "decoding." But even a purely relational grammar
|
|||
|
would be a significant advance. We may have its raw elements at hand.
|
|||
|
The circles are composed of a limited number of elements which are
|
|||
|
combined and recombined to make a wide variety of formations. So far,
|
|||
|
the simple elements--the building blocks--seem to be circle, the ring, the
|
|||
|
rectangle, the straight spur, the curved spur, the partial arc, and the
|
|||
|
"fork" of two or three prongs. (The "fork" may be decomposable into
|
|||
|
overlapping rectangles.) The elements might be semantically modified by
|
|||
|
variations in size and floor lay. The position of the formations relative to
|
|||
|
the tramlines, and to the countryside as a whole, could be additional
|
|||
|
modifiers. It is certainly possible to look for a grammar.
|
|||
|
|
|||
|
Personally, I am skeptical about the linguistic approach. The circles
|
|||
|
are growing increasingly complex, but compared to human language, they
|
|||
|
still seem simple. There are many variations, but they are relatively
|
|||
|
restricted (take the three double-dumbbells). Furthermore, if they are
|
|||
|
linguistic, the language is an inefficient one. The shapes are highly
|
|||
|
symmetrical, hence highly redundant. If most of the formations were cut
|
|||
|
in half lengthwise, they would still convey the same amount of implicit
|
|||
|
information; some could be cut in quarters. If one looks at human lan-
|
|||
|
guage, one will see that nearly all words and ideograms are asymmetrical.
|
|||
|
This also holds for letters; most fonts are serifed, making even "i" and
|
|||
|
"l" asymmetric. Symmetry wastes space. Asymmetry maximizes information
|
|||
|
content and transmission in a limited space.
|
|||
|
|
|||
|
Still, this does not eliminate the linguistic code theory, for ineffi-
|
|||
|
ciency can be overcome by length. DNA has only four base units, but it
|
|||
|
is very long. The circlemakers, like Tolkien's Ents, might not care about
|
|||
|
brevity or efficiency.
|
|||
|
|
|||
|
All this being said, we are still left with a basic question: Why
|
|||
|
would the circlemakers use such a code at all? It would have been easy
|
|||
|
to start with something simple like a sequence of primes, and build up.
|
|||
|
The circles may be inscrutable for subtle cultural and political reasons,
|
|||
|
rather than out of any deficit of sense. Or perhaps we have a deficit of
|
|||
|
sense: the circlemakers could be sitting around (so to speak), scratching
|
|||
|
their heads (so to speak), and wondering, "What is it with these humans?
|
|||
|
All the other planets got it right away." But I prefer to believe that our
|
|||
|
only deficit is in the attention we have given to decoding strategies.
|
|||
|
|
|||
|
Figural codes
|
|||
|
|
|||
|
Turning to the second broad approach, the formations could be
|
|||
|
"pictures." They might be schematic diagrams, say of molecules, electron-
|
|||
|
ic circuits, or constellations. To explore this possibility, people ought to
|
|||
|
distribute the pictures as widely as possible, hoping that somebody some-
|
|||
|
where will recognize the code.
|
|||
|
|
|||
|
Or the formations might be literal images. They could be pictures
|
|||
|
of spacecraft, or alien physiologies, or body markings, or natural phenom-
|
|||
|
ena. As "pictures", however, they seem rather limited. There is no
|
|||
|
apparent effort at perspective or shading. Perhaps they are meant as
|
|||
|
two-dimensional images, like projections or shadows. Or perhaps there is
|
|||
|
a form of perspective at work, but one quite foreign to our conventions.
|
|||
|
(Consider how the Egyptians and the Cubists drew the human form.)
|
|||
|
|
|||
|
|
|||
|
Of course, the formations might be diagrams of wholly unfamiliar
|
|||
|
objects, in which case we would have no chance of recognizing them. A
|
|||
|
more unsettling possibility is that they are diagrams of quite familiar
|
|||
|
objects, but drawn by unfamiliar conventions.
|
|||
|
|
|||
|
Another possibility is that they are symbols of cultural significance,
|
|||
|
akin to our crosses and flags. There do appear to be motifs, such as the
|
|||
|
quintuplets and dumbbells, which appear repeatedly with variations.
|
|||
|
|
|||
|
Finally, they might be works of art. Certainly some of them are
|
|||
|
beautiful enough to be. We could try interpreting them as such. The
|
|||
|
double dumbbells look like meditations on mechanical fluidity; the eye
|
|||
|
spills from circle to circle, simultaneously drawn along and slowed down
|
|||
|
by the forklike extensions. The overall impression is of arrested motion.
|
|||
|
One can visualize the forks spinning round, the dumbbells gyrating like
|
|||
|
molecules around centers of gravity.
|
|||
|
|
|||
|
If the circles are art, the point is not to produce the "correct"
|
|||
|
response; it is to respond, period. Thus a dialogue opens. It could be
|
|||
|
that the response to our amazement and wonder is the creation of even
|
|||
|
bigger and more beautiful formations.
|
|||
|
|
|||
|
Logical codes
|
|||
|
|
|||
|
The third approach is to look for patterns in the formations. There
|
|||
|
do seem to be some. For instance, each double-dumbbell has a three-
|
|||
|
pronged "fork" sticking off the largest circle, with a short spur on the
|
|||
|
other end of the circle. Each formation has a two-pronged fork on one of
|
|||
|
the other circles. And many of the single dumbbells have either two or
|
|||
|
four rectangles flanking the bar. And so on. The question is: Can we
|
|||
|
find a logical pattern? If we can, the crucial test would be to predict
|
|||
|
subsequent formations. It would be even better to make a new formation
|
|||
|
following the rules, and see if there is a response.
|
|||
|
|
|||
|
Program of Action
|
|||
|
|
|||
|
"Cereology"--the study of the circles--is proceeding (or, sometimes,
|
|||
|
not proceeding) along four fronts: publicity, data collection, data distribu-
|
|||
|
tion, and data analysis.
|
|||
|
|
|||
|
Publicity is crucial, for only when people become deeply aware of
|
|||
|
the situation will they be moved to do something about it. Much has
|
|||
|
already been accomplished, on TV and in a number of articles in the mass
|
|||
|
media (see bibliography). But more needs to be done in America, since
|
|||
|
the people who have the resources to do something--scientists, policymak-
|
|||
|
ers, academics--have not been given enough information to convince them
|
|||
|
to act. Nor is information being targeted to the right places. Thus books
|
|||
|
need to be distributed to American bookstores and placed in the science
|
|||
|
(not New Age, not occult) sections, and in-depth articles need to be pub-
|
|||
|
lished in journals like Scientific American and National Geographic. So
|
|||
|
far, many upper-rank magazines are unwilling to get involved, but hope-
|
|||
|
fully this will change as the dimensions of the phenomenon become more
|
|||
|
widely known.
|
|||
|
|
|||
|
Data collection is being done by a relatively small band of people in
|
|||
|
England, most of them amateurs. They mount nighttime surveillance
|
|||
|
operations like Blackbird, drive around looking for new formations, do
|
|||
|
aerial photography, make surface measurements, mount weather stations,
|
|||
|
analyze plants, and dowse. (The largest data base of information is held
|
|||
|
by Colin Andrews.) But as said before, the number of circles far out-
|
|||
|
strips their collective ability to keep up. As for North America, things
|
|||
|
still depend on the farmer or reporter who is willing to take pictures and
|
|||
|
make measurements, though Winnipeg seems to be gearing up fast.
|
|||
|
|
|||
|
The state of data distribution is difficult to assess from America.
|
|||
|
Certainly America gets little of the English data, though lines of communi-
|
|||
|
cation are beginning to open. The CCCS in England is working to estab-
|
|||
|
lish a clearinghouse of information. Within North America, people are
|
|||
|
beginning to find each other and correspond. But there is still an urgent
|
|||
|
need to create a North American and international network of data distri-
|
|||
|
bution.
|
|||
|
|
|||
|
Data analysis (mathematical, linguistic, chemical) is just beginning.
|
|||
|
Serious work can only take place when the three other fronts are func-
|
|||
|
tioning smoothly.
|
|||
|
|
|||
|
There may come a fifth front: response/action. If the formations
|
|||
|
constitute a message and we decode it, we may want to answer, as I
|
|||
|
suggested above, by tromping plants down to make patterns ourselves.
|
|||
|
(Interestingly enough, several days after the Blackbird hoax, genuine
|
|||
|
circles appeared in an adjacent field parallel to the hoaxed formation.) Or
|
|||
|
if they constitute blueprints or instructions, then we may want to start
|
|||
|
making or doing something. And this, too, would need organization.
|
|||
|
|
|||
|
If the readers of the MUFON journal want to get involved, the best
|
|||
|
way is to pick a clearly defined goal for one's locality. For example, ask
|
|||
|
local farmers if they have seen circles on their land, or get the area
|
|||
|
bookstores to order some of the books, or persuade the paper or TV
|
|||
|
station to run a story, or start giving information to people with re-
|
|||
|
sources, or do data collection, or try to decode the circles
|
|||
|
oneself--there's no lack of things to be done.
|
|||
|
|
|||
|
There is much to be done, but there is also the need for strategic
|
|||
|
patience. It's hard for people to accept that these luminous forms are
|
|||
|
truly part of our world. The concept takes time to sink in. And new
|
|||
|
concepts often get harsh treatment at first. Galileo's Ptolemist contempo-
|
|||
|
raries, presented with a telescope to look at Jupiter's moons, dismissed
|
|||
|
what they saw as illusions, or refused to look. Since this kind of rigidity
|
|||
|
still exists today, it will take persuasion, publicity, and patience to con-
|
|||
|
vince people to look at them with a more open mind. And if the circles
|
|||
|
do lead to a conceptual revolution, the task will be to manage it wisely.
|
|||
|
|
|||
|
Send circle reports to MUFON
|
|||
|
|
|||
|
If any readers of this journal know of new formations, please report
|
|||
|
them! Document them with photos and measurements if you can, and send
|
|||
|
the data to MUFON, 103 Oldtowne Road, Seguin, Texas 78155-4099.
|
|||
|
|
|||
|
I would also appreciate getting a copy of the report. Please send it
|
|||
|
to me at:
|
|||
|
|
|||
|
Michael Chorost
|
|||
|
North American Circle
|
|||
|
|
|||
|
|
|||
|
|
|||
|
|
|||
|
|
|||
|
|
|||
|
P.O. Box 61144
|
|||
|
Durham, NC 27715-1144
|
|||
|
|
|||
|
Acknowledgements
|
|||
|
|
|||
|
The authors would like to thank Walt Andrus, Paul Bone, Grant
|
|||
|
Cameron, Malcolm and Maureen Gilham, Jerrold R. Johnson, Ludwig and
|
|||
|
Kathleen Lowenstein, John Salter, Dennis Stacy, and Don Tuersley for all
|
|||
|
their help and encouragement.
|
|||
|
|
|||
|
|
|||
|
|
|||
|
Notes
|
|||
|
|
|||
|
(1) These numbers should be treated with caution, since I am not familar
|
|||
|
with how researchers count circles. Is a quintuplet formation counted as
|
|||
|
one "circle" or five? Are "grapeshot" circles (very small circles less than
|
|||
|
a meter in diameter) counted separately? Do the various researchers
|
|||
|
count circles in the same way? These questions need to be investigated.
|
|||
|
|
|||
|
|
|||
|
**********************************************
|
|||
|
* THE U.F.O. BBS - http://www.ufobbs.com/ufo *
|
|||
|
**********************************************
|