Mars – Saturday 17th June 2023
Mars – Saturday 17th June 2023
In 2014, I looked at Mars for the first time. And my first observation of Mars equalled: catastrophe.
I looked at Olympus Mons and determined the only possible reason Mars built a volcano of such proportions could only mean….it had to.
The only possible reason I could determine was that the depth of water on Mars had been such that this necessitated the extraordinary height to be above sea level.
I looked at the moon’s and realised something was very amiss there. Are the pair of moon’s peices of what was once Mars’ singular, intact and spherical moon? Or is Phobos, for instance, a stray peice from a planetary incident that left the tiny shrapnel type peices that formed the asteroid belt/s?
If we had samples from Phobos and Deimos we could determine if they were once part of a whole. Or differing as the case may be. If I had equipment to determine if they had any matching surfaces…. Unfortunately not however.
Mars had ocean and it’s pointless for a planet to proceed to ocean development without a normal moon to keep it healthy. Something happened that affected the ocean, and something affected Mars’ moon. What we see now is a huge volcano, no ocean, no remnants of life as we have on Earth, a pair of rock chunks orbiting Mars and one of those peices far too close to the planet.
We have asteroid belts situated in particular places and we have Pluto out where it doesn’t belong. I determined Pluto had to have been nudged out there and it looks as though that did occur. We have ice rings around Saturn which I felt may once have been glacier and ocean. There is a moon interacting with these ice rings and so is the mass of the ice rings greater than what this moon could have created? Or is the mass equivalent to my initial thought? Ie ocean/glaciers?
Mars is much smaller than Earth, however if we removed oceans and all the layers life had laid down upon it, Earth would seem a little smaller.
Mars’ situation is that it’s only resources are what it contains. Resource that it contained from its beginnings. In order to survive all these years and into the future, it must exist very frugally. It doesn’t require fields to maintain oceans etc., as it is bare. So it’s fields are all set on the bare minimums. It’s certainly alive but it cannot grow, it can only maintain its inner life and nothing else, which is just awful.
It’s core is and must be the same as Earth’s, I suspect it is very thin in viscosity because of its need for frugality and its size etc., whereas Earths core is growing and surface life requires it to be far more busy and active than Mars including maintaining gravity fields, tectonic plates and more. And in turn, volcanic activity is accordingly greater and quaking necessary. All this requires energy and a growing vicious core.
Fiona MacLeod (C)