Mars!

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Dharmapada

 

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Re: Truths about Hollow Mars: http://skyboom.com/hollowearthpuranas/index15.html

 

The traditional idea that the public has in relation to the ice caps is that

they are rather thick and that they accumulate during the Martian winters and

melt during the Martian summers. However, it can be seen that, in the first

picture, the northern depression/crater is empty. This indicates that the ice

had melted, which suggests that the crater does not fill to the brim with

accumulated ice in the first place. How could it be that such a tremendous

quantity of ice could accumulate every winter, only to melt away again during

the summer and leave the crater empty? How much water would be involved to

accumulate in a crater which is hundreds of miles wide and many, many miles

deep? This would be something akin to having the entire ice sheet on Antartica

build up and melt every year. Where would such an amount of water/ice come from?

Mars is presented to us as a mostly dry planet, supposedly with no rivers or

lakes. The Martian atmosphere is said to have only 2% of the density of the

Earth's atmosphere, so it could not be laden with much moisture given this

model. Even on the Earth, a planet which is 2/3 covered with water, we cannot

imagine such a phenomenal amount of accumulation and melting taking place over

the span of a year.

 

 

If the depression were largely filled with ice which melts, we would have to

witness the water draining out and sloshing here and there. Astronomers have

ventured the explanation that the water may be quickly absorbed by cracks and

crevices, such that we simply have never observed it drain, but that would be a

lot of water to disappear unperceived. Is such an explanation reasonable?

 

The above photograph [ Attached ] suggests that the ice- were it ice- is

relatively shallow in the depression, only coming to the brim on one side, and

way below the brim on the other. Other photos, however, show the depression full

to the brim on all sides. We cannot accept that it is accumulated ice which is

responsible for this, for the reasons which we have just gone over.

 

Therefore, we can concludes that the polar depression is principally filled by

cloud cover which accumulates every winter. The clouds fill in the polar

depression and stay put in that area. This fits in well with Gardner's theory

that it was cloud cover which is actually seen at the pole. And where does

thick, heavy cloud cover come from on a planet whose atmosphere is only 2% of

that of Earth's? The traditional, solid-planet model does not explain this cloud

phenomenon in any suitable way.

 

 

The Hollow Planet Theory offers a tenable explanation; that the clouds result

from the warmer atmosphere from the interior of the planet in contact with the

colder, outer atmosphere. Although there is no gaping hole seen in any NASA

images of Mars, the picture above shows crevices which can allow the passage of

humid air and clouds from within the planet. The Martian polar depression, then,

is the threshold of an opening to the interior of the planet.