
Sumerian artwork
representing the Garden
of Eden,
Adam and Eve
some 5000 b.c.e.

Master Kut Humi Lal
Singh, Maha Chohan,
Prince O.M. Cherenzi
Lind,
the
9th Panchen
Tashi Lama of Tibet, the
first Tibetan lama to
visit the U.S. (1933)
Quilotoa Crater Lake on
top of Mt. Quilotoa,
1946-1949, Hermit Saint
of the Andes
Ven.
Anagarika N. K.
president of the Bodha
Society of America
established in 1936 by
the 9th Panchen
”Tashi”Lama

Carmelite Order Quito,
Ecuador
The
group in 1975 in
Vilcabamba

Johnny at Shambhala
Sanctuary, near
Vilcabamba, Ecuador, age
74, 1993

Dr. Johnny Lovewisdom
writing the Buddhist
Essene Gospel of Jesus
1993
At Cayambe
at the foot of Mt. Cayambe,1998

Mt. Cayambe

Mt. Chimborazo, Ecuador
Photo by: Maury McKinney,
International Mountain
Climbing School
Ecuador was touted the
"New Tibet" by many
Tibetan teachers due to
it's many mountain peaks
similar to the Himalayas.
Chimborazo and Cayambe
are competing for the
closest point to the sun
and the farthest from
the center of the earth.
An Ecuadorian author
claims Cayambe is closer
to the sun because it is
closer to the equator
thus more situated on
the equatorial bulge.
Everest in the Himalayas
is the tallest mountain
for shear altitude
starting from sea level.
The earth has greatest
circumference, the
highest sea level, and
the least gravity at the
Equator. The oceans at
the north and south
poles are 13.5 miles
lower at sea level than
at the equator, reason
for which Mt. Chimborazo
in Ecuador is 2.5 miles
higher than Mt. Everest
of Himalayas where sea
level is 5.5 miles lower
than in Ecuador. Thus
with least gravity at
the equator nuclear
fallout tends to drift
to the poles as it
returns from space,
giving Ecuador the least
nuclear fallout from
bomb testing anywhere on
earth. The U.S. Public
Health Service
publication RADIOLOGICAL
HEALTH DATA (Jan. 1960,
near the heighth of
atmospheric nuclear bomb
testing) compiled
comparative figures on
the total daily intake
of Stontium 90 by
various countries. The
comparative figures are
as follows: United
States 15.4 microcuries
(mc), Germany 13.0 mc,
United Kingdom 9.8 mc,
Vietnam 8.3 mc, Japan
7.8 mc, Peru 2.8 mc,
Ecuador 1.2 mc.
Dr. Norman French from
the University of
California published in
December 1960 an article
on the Amount of
Strontium Radioactivity
in Ecuador published in
Ciencia y Naturaleza,
the journal of the
Natural Sciences
Institute at Unversidad
Central in Quito. The
Atomic Energy Commision
(AEC) analyzed 45
samples of soil and 19
samples of beef cattle
bone and reported the
following figures for
Rainfall and Strontium
90 fallout: Manta
(Coast) 243 millimeters
(mm), 1.8 mc (per square
mile), Esmeraldas
(Coast) 822 mm, 1.6 mc,
San Lorenzo 2797 mm, 1.
6 mc, Quevedo 2484 mm,
5.5 mc, Santo Domingo
4015 mm, 2.7 mc, Aloag
(Plateau) 940 mm, 1.6
mc, Quito 1364 mm, 1.4
mc, Calderon 960 mm, 0.6
mc, Guayllabamba 565 mm,
1.4 mc, Otavalo 1029 mm,
2.1 mc, Ibarra 743 m,
1.9 mc, Latacunga 272
mm, 1.4 mc, Ambato 472
mm, 0.7 mc, Banos 1249
mm, 0.5 mc, Puyo
(Amazon, a short
distance from Banos
which is in the Andes)
3871 mm, 12.6 mc. The
Amazon has the highest
levels of fallout
proving that fallout
moves from east to west
and that high mountains
block Strontium 90 and
therefore other fallout
particles from being
deposited in the soil.
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