George Adamski gave a complete explanation for the habitability on the
more distant planets, and the following is taken from his book, Flying Saucers
Farewell.
" One
of the most frequent problems encountered when giving a lecture on space is the
insistence of scientists that the outer planets are devoid of light and heat.
Their objection is that radiation from the sun is so weak at these vast
distances that Pluto, for instance, would be at absolute zero or close to it,
with a frozen atmosphere, and totally incapable of supporting life‑forms of any
type.
This is the
main argument brought against me when doubt is expressed about my meeting human
beings from some of these other planets.
The first
thing to realize is that the sun does not emit light and heat in the form we
observe here on Earth. Radiation from the sun does not manifest itself as light
and heat until it penetrates the atmospheres of the planets themselves. Outer
space is devoid of light as we know it. The light in outer space is a cold
light caused by the phosphorescence of vast clouds of particles and gases
responding to the radiation given off by the sun. To a human observer, outer
space looks like a dark, vast void, filled with billions upon billions of tiny
specks of multicolored light. All of these tiny lights are in a state of
continuous motion and activity.
Radiation
from the sun is composed of ultraÂviolet waves, hard and soft X‑rays, cosmic
and gamma rays. The greater portion of these destructive rays are filtered out
by a planet's ionosphere and upper atmosphere.”
Thus, it is not so much a matter of the strength of
the Sun’s radiation at a certain distance that determines the heat and light
that manifests on a planet’s surface. Rather, it is the density of a planet’s
atmosphere that determines the ability of a planet to make use of the radiation
that reaches them to produce heat and light.
And we’ve seen a lot of evidence to the fact that the
Moon and Mars, for example, have atmospheres. Mars has enough of an atmosphere to
life up dust storms that cover the entire planet.
Martian Atmosphere: http://www.holloworbs.com/july.htm
Lunar atmosphere: http://www.holloworbs.com/Lunar_Atmosphere.htm
Enough atmosphere to support trees on Mars:
http://www.holloworbs.com/moc_narrow.htm
It’s amazing, it’s incredible!
Dean