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originally posted by: FarmerSimulation
It's a miracle then.
originally posted by: daskakik
a reply to: cooperton
You talk about water venting from the crust, that would be like a jacuzzi, even on low.
Stoichiometry causes even distribution, any agitation, falling water, sea currents would just speed that up.
A small percentage of fresh water fish being able survive doesn't mean that most aren't going to die.
That is what I dislike about your answers, "but these 1,000,000 fish would make it so the story must be real" is still a real stretch.
You also have not taken into account the temps at that altitude.
The story just doesn't work.
originally posted by: daskakik
originally posted by: FarmerSimulation
It's a miracle then.
Or a fairytale.
You do you but at least accept that there is a reason why your answers don't convince everyone.
originally posted by: daskakik
You also have not taken into account the temps at that altitude.
The story just doesn't work.
originally posted by: cooperton
With sea level raising to that height the atmosphere would be more like it is towards sea level in today's environemnt.
originally posted by: daskakik
a reply to: FarmerSimulation
Took a look, nothing really about that at 1:06.
Just because a volcano in Hawaii is venting magma doesn't mean the air at the top of everest isn't freezing.
originally posted by: cooperton
originally posted by: Degradation33
Is the liquid ringwoodite down there with all the liquid diamonds?
There are layers closer to the surface where solid minerals exist, but deep in the mantle it is so hot and pressurized that it liquefies minerals. This is what magma is, this shouldn't be too hard to picture. Water vapor also emerges from volcanoes, further verifying the presence of deep underground water.
originally posted by: daskakik
a reply to: FarmerSimulation
It isn't about you and me, it is about the data we are bringing to the thread.
This has nothing to do with faith for me.
You saying it is about faith in science is a cop out because you can't provide plausible answers.
originally posted by: FarmerSimulation
You never watched long enough to listen about the mid-oceanic ridge?
originally posted by: FarmerSimulation
I am reserved to understand you are not trying to convince anyone but your own believers.
You certainly have not shown anything that would convince someone of your beliefs.
originally posted by: daskakik
Would it? Or would it just expand to a larger radius but equally thin atmosphere?
originally posted by: cooperton
If there's liquid water, the atmosphere at sea level will not be as thin as it is when everest is 5 miles away from sea level. Big difference. The water evaporating alone would result in desperate air (and therefor greater heat retention) than Everest's thin air
originally posted by: andy06shake
a reply to: FarmerSimulation
Wait the now satellite pics?
Satellites that orbit the Earth
I thought you believed the Earth was flat or some other nonsense?
originally posted by: andy06shake
a reply to: cooperton
Atmospheric pressure at a given location on the globe is determined by the weight of the air column above that location.
And as we ascend in altitude, the pressure decreases because there is less air above you.