Roxrkool:
Good question. In thread I started a while back, I pointed out that in addition to all of the other problems with the idea of Noah and the flood, altitude would also come into play. Crashfrog dismissed the idea with a similar phrase to this one:
crashfrog writes:
It does, though, raise the air column by the same amount, so that Everest now is at an atmospheric pressure equivalent to the old zero feet above sea level. That is, if we're talking about a global rise in sea level. A localized rise would have no such effect, of course.
Now, nothing against crashfrog, but to dismiss the idea that Noah and the animals would have had a very hard time surviving at over 29,000 feet, by claiming that the atmosphere would be essentially the same as it was at zero feet because the rising ocean levels would "push" the air column up as well, seems a bit simplistic. It is, after all, a relatively small increase in altitude (just over 8 km) in comparison to the height of the atmosphere. For example, the mesoshpere (the coldest layer) ranges between 50-80 km while the thermoshpere reaches altitudes of up to 100km, so we're talking about a pretty small increase here.
However, I also realize that the atmospheric layers differ in their relative densities and that the troposphere (the lowest layer, with a depth of 8-16 km) contains about 80% of the total mass of the atmosphere. So who knows (certainly not me), maybe crashfrog is correct.
So I guess I'm asking the same question. What about it? Would raising the ocean levels up to just over 29,000 feet have a major impact on the atmoshpere? That is to say, would Noah and company not have to worry about extremely low temperatures, relatively low oxygen levels, altitude sicknesses, and the many other problems associated with high altitudes because they would be bobbing around in their boat at a "new" sea level and things would be the basically the same as they were at the previous sea level?
I have my doubts, but in all honesty, I'm not sure how to do the calculations. I'm sure that conditions at the "new" 29,000 feet would have been somewhat better than they were at the "old" 29,000 feet, but I have serious doubts that they would have significantly improved.
Anyway, it would be nice if this question could be answered by someone out there?