On Saturday, July 14, 2018 at 10:52:43 AM UTC-7, Herbert Glazier wrote:
On Friday, June 22, 2018 at 1:43:40 PM UTC-7, Double-A wrote:
On Friday, June 22, 2018 at 11:09:53 AM UTC-7, Herbert Glazier wrote:
On Friday, June 15, 2018 at 2:21:34 PM UTC-7, Herbert Glazier wrote:
All those gas planets.All those rock planets,and the best NASA can do for water n Mars is :Once Upon a Time" Earth is 73% water and our body is 73%.Moon is so close,and yet so dry.Comets are bone dry,and NASA still goes with dirty snowballs. Bert

Rocks in deep space away from stars are in reality have ice in their structure.Its very possible that Pluto is such a rock.Bert


Pluto is very icy, very frosty! And much of that frosty stuff is frozen substances that would be gases here on Earth, like Nitrogen!

Double-A

The further from ultra violet,and inferred photons the better H2O can stay together.Venus and Mars have other water problems.We should go into these problems .Bert


Mercury, Mars, and our Moon have lost much or all of their atmospheres, probably due to solar flair ups. The Earth must have lost much of its early atmosphere too if you compare it to the atmospheres of the gas giants. So why does Venus, even closer to the Sun than we are, have an atmosphere that has 100 times more pressure than Earth's? This is assuming Venus has always been were it is now. Makes you wonder if Velikovsky was right!

Double-A