University Sussex, England
|Operation White Crow - Actual Sound
Copyright: Colin Andrews
NOTE: When the BBC sound was
being recorded as it happened in the
field, fault lights came on the TV
camera and the camera was destroyed.
When Pat and I appeared in the BBC
studios 'live' in Birmingham as the
recorded sound sequence and film
was shown to the public for the first
time, the studio lost power as this
sequence came on air. Generators
kicked in but a temporary blackout on
the program was witnessed throughout
The photograph below was taken by
Pat during the filming. We have no
idea what the object is in the sky.
During the writing of this article, the
sound posted here on my site was
being played by Pat Delgado in his
home in England and the computer
locked up mysteriously, which it has
not done before.
After I transferred the original BBC and
White Crow recording onto my
computer for the top of this page, I
played it back and my own computer
also crashed and re-booted itself with
a serious error message. This it has
never done in its 6 year history.
I am conveying only the facts to you
here. If this string of experiences are
co-incidences then so be it.
Colin Andrews - 7.0 PM Feb 11, 2009.
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|Thanks to Brigitte Trayhan (Canada)
Posted July 21, 2015
Plant Growth Rates Changed When
Bathed in the Sound Frequency Heard in
The crop circle sound was first recorded by Colin
Andrews here at Cheesefoot Head in 1989, still to
this day scientists find the frequency very curious
and unique for altering plant growth rates:
Canadian Journal of Botany, 1979, Vol. 57, No.
9 : pp. 1036-1039
Effects of the intensity of audible sound on
the growth and development of Rideau
Pearl Weinberger, Mary Measures
Rideau wheat seeds and (or) seedlings exposed
to 0.30, 1.25, 5.0, and 12.0 kHz sound
frequencies and one display of random white
noise at an intensity level of 92 dB grew normally,
whereas some of those exposed to the same
frequencies at 105–120 dB showed abnormalities
and reduced weights of root and shoot tissue.
Only sonication at 5 kHz and 92 dB led to
stimulated tiller growth coupled with an increase in
plant dry weight and number of roots. None of the
sound treatments affected floral initiation and
1. Md. Emran Khan Chowdhury, Hyoun-Sub
Lim, Hanhong Bae, Research in Plant Disease,
2014. Update on the Effects of Sound Wave on
Plants. 20 (), 1 - 7 CrossRef.
2. Reda HE Hassanien, Tian-zhen HOU, Yu-
feng LI, Bao-ming LI, Journal of Integrative
Agriculture, 2014. Advances in Effects of Sound
Waves on Plants. 13 (), 335 - 348 CrossRef.
3. Mi-Jeong Jeong, DongWon Bae, Hanhong
Bae, Soo In Lee, Jin A. Kim, Sung Chul Shin, Sung
Han Park, Soo-Chul Park, Journal of the Korean
Society for Applied Biological Chemistry, 2013.
Inhibition of Botrytis cinerea spore germination
and mycelia growth by frequency-specific sound.
56 (), 377 - 382 CrossRef.
4. I.C. Oladipo, D.T. Adeleke, A.O. Adebiyi,
Pakistan Journal of Biological Sciences, 2010. The
Effect of pH and Chemical Preservatives on the
Growth of Bacterial Isolates from Some Nigerian
Packaged Fruit Juices. 13 (), 16 - 21 CrossRef.
5. Mi-Jeong Jeong, Chang-Ki Shim, Jin-Ohk
Lee, Hawk-Bin Kwon, Yang-Han Kim, Seong-Kon
Lee, Myeong-Ok Byun, Soo-Chul Park, Molecular
Breeding, 2008. Plant gene responses to
frequency-specific sound signals. 21 (), 217 - 226
6. Nuran Ekici ., Feruzan Dane ., Leyla
Mamedova ., Isin Metin ., Murad Huseyinov .,
Asian Journal of Plant Sciences, 2007. The Effects
of Different Musical Elements on Root Growth and
Mitosis in Onion (Allium cepa) Root Apical
Meristem (Musical and Biological Experimental
Study). 6 (), 369 - 373 CrossRef.
7. Katherine Creath, Gary E. Schwartz, The
Journal of Alternative and Complementary
Medicine, 2004. Measuring Effects of Music,
Noise, and Healing Energy Using a Seed
Germination Bioassay. 10 (), 113 - 122 CrossRef