hahaha that is an excellent point
I had completely forgotten about the moon. So in the process of getting a lully ring thing round earth, all life probably would of been wiped out. Mother Earth just has to have the latest fashion though! Moons are so last season, rings are where it's at.
( , Wed 18 Nov 2009, 10:49, Reply)
I had completely forgotten about the moon. So in the process of getting a lully ring thing round earth, all life probably would of been wiped out. Mother Earth just has to have the latest fashion though! Moons are so last season, rings are where it's at.
( , Wed 18 Nov 2009, 10:49, Reply)
Not sure about all life
but it'd be a very different planet. Doesn't the moon also have a slight tectonic impact? That'd make a difference to the carbon cycle, as well as the shape of the continents.
( , Wed 18 Nov 2009, 11:07, Reply)
but it'd be a very different planet. Doesn't the moon also have a slight tectonic impact? That'd make a difference to the carbon cycle, as well as the shape of the continents.
( , Wed 18 Nov 2009, 11:07, Reply)
Well what else would provide tidal forces?
If water doesn't move, it gets stagnent. The sea would stink like a bastard.
( , Wed 18 Nov 2009, 11:09, Reply)
If water doesn't move, it gets stagnent. The sea would stink like a bastard.
( , Wed 18 Nov 2009, 11:09, Reply)
Dunno.
There could still be life around the thermal vents - the mechanism that's been proposed to support possible life on Titan or Europa.
( , Wed 18 Nov 2009, 11:12, Reply)
There could still be life around the thermal vents - the mechanism that's been proposed to support possible life on Titan or Europa.
( , Wed 18 Nov 2009, 11:12, Reply)
ewww
like little bum holes in the stagnent sea. I think I prefer the moon lol
( , Wed 18 Nov 2009, 11:25, Reply)
like little bum holes in the stagnent sea. I think I prefer the moon lol
( , Wed 18 Nov 2009, 11:25, Reply)
It's the relative heating/cooling
at the equator and the poles that provide most of the oceanic currents.
I don't think the moon has an awful lot to do with it in terms of stopping it stagnate.
( , Wed 18 Nov 2009, 14:04, Reply)
at the equator and the poles that provide most of the oceanic currents.
I don't think the moon has an awful lot to do with it in terms of stopping it stagnate.
( , Wed 18 Nov 2009, 14:04, Reply)