A Search for Evidence of
Interplanetary and Atmospheric
Microbial Delivery Systems
14 February 2002 - United States.
"On February 6, 2002, WHO and the Public Health Laboratory Service (PHLS) in the
United Kingdom reported the recent identification of a new influenza virus strain,
influenza A(H1N2), isolated from humans in England, Israel, and Egypt. In addition
to the viruses reported by PHLS, the Centers for Disease Control and Prevention (CDC)
has identified influenza A(H1N2) viruses from patient specimens collected during July,
September, and December 2001 in Texas, Nevada, and Wisconsin, respectively."
Source: CDC - National Center for Infectious Diseases - Influenza Summary Update -
Week ending February 9, 2002-Week 6.
8 March 2002 - Global.
Influenza A(H1N2) viruses (update) "Between September 2001 and February 2002
reassortant influenza A(H1N2) viruses have been isolated from outbreaks or sporadic
cases in Canada, Egypt, France, India, Israel, Latvia, Malaysia, Oman, Singapore, the
United Kingdom and the United States."
Source: Weekly Epidemiological Record - 2002, 77, 77-80 - World Health Organization -
2 May 2002 - Wisconsin USA
Influenza A(H1N2) Viruses in Wisconsin - The initial Wisconsin isolate was recovered
from a specimen collected December 7, 2001 from a six month old child [in Outagamie
county]. Eight additional A(H1N2) isolates were detected between January 11 and
February 11, 2002 from patients aged 9 through 31 years. Seven of these came
from St. Vincent Hospital in Green Bay [Brown county]. All of the Wisconsin H1N2
isolates to date have been from [the] two adjacent counties. [Names of counties added.]
Source: Wisconsin State Laboratory of Hygiene, Madison, WI.
Was the Influenza A(H1N2) of 2001-2002
Derived from Terrestrial Reassortment?
Most, if not all, of the summaries about the new influenza strain, A(H1N2),
state that it has arisen as a result of reassortment. In this case it means
that a victim gets attacked by two different strains of influenza A, which mix and
match parts to produce a new strain. For the new strain A(H1N2) the requisite
originals are said to have been A(H1N1) and A(H3N2). (There is usually the
unstated implication that the process took place in Earth's biosphere .)
The following graphs show the relative abundances of influenza strains during the
2000-2001 and 2001-2002 flu seasons.
It can be seen that in the 2000-2001 flu season there was a relative abundance of A(H1N1)
(blue bars) but very little A(H3N2) (red bars). In 2001-2002 the situation was reversed.
On 30 August 2002 the Canada National Microbiology Laboratory published its
2001-2002 seasonal summary for influenza. They reported antigenically characterizing
the following influenza subtypes: 333 A(H3N2); 72 (H1N2) (the new strain); and one
case of A(H1N1).
On 22 May 2001 the U.S. National Center for Infectious Diseases published its final report
for the United States 2001-2002 flu season. They reported the following influenza A
sub-types: 3,996 H3 viruses and 83 H1 viruses. What these numbers don't tell, is that at
the time the first H1N2 case in Wisconsin was detected (on 7 December 2001) there had
been approximately 175 H3N2 cases detected antigenically throughout the United States but
only one H1N1 case, and that case had occurred five weeks earlier at an
undisclosed location. From 11 January to 11 February, when the remaining eight Wisconsin
H1N2 cases were detected, there were approximately 2251 H3N2 cases detected
nationwide, but only 15 of the H1N1 strain. NCID has not published
where these cases occurred or how many of them (if any) were in Wisconsin.
Asian Influenza B Leaves Home
This phenomenon was overlooked by this investigator during the 2001-2002 flu season.
The attitude was, "Who cares about influenza B?"
24 April 2002 - WorldWide
Influenza B viruses currently circulating worldwide can be divided into two antigenically
distinct lineages: B/Yamagata/16/88 and B/Victoria/2/87. B/Yamagata viruses have
circulated widely since 1990, and the B component of the current influenza vaccine
belongs to this lineage. Since 1991, B/Victoria viruses have not been identified outside
of Asia. However, since March 2001, B/Victoria lineage viruses have been identified in
many countries, including the United States. Of the 96 U.S. influenza B viruses
characterized antigenically this season, 53 were of the B/Yamagata lineage, and 43 were
of the B/Victoria lineage.
Source: CDC MMWR 2002;51:276-279 (Reprinted in the Journal of the American Medical
JAMA April 24, 2002 -- Volume 287, No. 16, page 2068. [page not found]
http://jamanetwork.com/journals/jama/issue/287/16 - [Haven't found the report yet. 15 Jan 2017]
Results, Discussion, and Recommendations
The 13 April 2001 arrival of the Asian dust storm in the mid-west of the United States
and the coincident onset of gastrointestinal flu-like symptoms in northeast Mississippi
may be related. (Data from other areas visited by the dust cloud are needed to beef up the
It is speculated that the early April Pacific Dust Express delivered the B/Victoria
viruses to U.S. doorsteps. The dust, albeit greatly thinned out, traveled on to Europe as well.
The mid-may 2001 outbreak of a new strain of avian influenza in Hong Kong and the
unidentified influenza that swept through in Alma-Ata, Kazakhstan, fell right in the
middle of the non-prediction prediction window.
No report, seen to date by this investigator, has suggested a migration from one geographical region to another of the new influenza A(H1N2) strain. Its distribution pattern seems to have been a global non-spreading sporadic affair.
The sporadic global nature and the timing of the outbreaks of the influenza A(H1N2)
strain are considered to be consistent with the idea of an extraterrestrial source. (Timing, as used here, includes a month (or less) to penetrate Earth's atmosphere
plus a two-month-or-so recuperation period, inside 98.6°F surface dwellers, to
repair space radiation damage incurred en route.)
There is apparently no clinical evidence from Canada or the United States of
terrestrial (Earth's surface) reassortment of influenza A(H1N1) and A(H3N2) to
Real world conditions matched the non-prediction prediction very well. That doesn't
prove that the new flu strains were from an extraterrestrial source, but it does
strengthen the idea that there may be something to the hypothesis. Further study is warranted.
The World Health Organization (WHO), through the offices of their Global Agenda on Influenza, and appropriate space agencies may need to join forces to examine possible connections between wide area aerosol movements and the arrivals of airborne pathogens
If no convincing clinical evidence comes to be found for terrestrial reassortment,
which produced the new influenza A(H1N2) strain, and if no compelling geographical spreading pattern is established for the new strains, then epidemiologists should
think about "getting outside the box."
With a possible outer space connection in mind, the WHO should perhaps think about
setting up a space-borne monitoring capability to obtain previews of what's coming
* * *
The full study is available online at
(1) Gina Kolata,
Flu, The Story of the Great Influenza Pandemic of 1918
and the Search for the Virus That Caused It,
Simon & Schuster, Touchstone, New York, (1999).
(2) Velikovsky, Immanuel,
Worlds in Collision, The Macmillan Company (1950),
Double Day (1950).
(3) Fred Hoyle and Chandra Wickramasinghe,
Diseases from Space, J.M. Dent
& Sons, London, 1979.
(4) Jayant Narlikar, Chandra Wickramasinghe, et al., Dramatic new evidence
of living bacteria coming from space. Presented at the Astrobiology session
of the 46th Annual SPIE meeting in San Diego, CA, July 29, 2001. See an
online summary at http://www.cf.ac.uk/news/releases/0107/010729.html
(5) Donald Barber, Perspective, Focal Press,
London, Vol. 5, pp. 201-208,
(1963). For a recent thumbnail sketch of Barber's report, see the online
article: Living Micro-Organisms From Space : Real or Apparent? - Norman
Lockyer Observatory News 01/1997.
http://www.ex.ac.uk/nlo/news/nlonews/1997-01/9701-14.htm - [Link no longer works.]
(6) Dale W. Griffin, Virginia H. Garrison, Jay R. Herman and Eugene A. Shinn,
Aerobiologia, 17:203-213 (2001).
End of document