Obviously it was raining fresh water, which is how the stratified water column was established-- the high volumes of fresh rainwater were unable to efficiently mix with the seawater.Was it raining sea water or fresh? It would have mattered because there simply isn't enough water on the planet.
The water is running off into the oceanic basins. The 'fountains of the deep' would have evacuated the sub-crustal pockets of water that existed prior to the flood. This evacuation took about 40 days. Once the water was evacuated, the crust began to subside into the voids left behind. This is what created the oceanic basins we see today. This subsidence took about a year, and this production of accommodation is what caused the flood water to recede from the continentsSo wait, where is this water going?
The effective 'bottom' of the ocean in the fresh water stratum would be the high mountain tops of the Rockies, Alps, Andes, and Himalayas. Obviously not all fish would survive, just those in the areas of sufficiently tall mountains. This is enough to preserve the observed species diversity.2. My point is that there are places where the fish wouldn't have anywhere (mountains) to go or find food. Especially since they would have to go into the deadly salt water zone to get anywhere near the bottom.
As far as I know, there is no evidence that the flood was a depositional environment. It is quite possible that the flood did not carry sediment.3. I was under the impression that you could tell if a region was previously underwater by looking at the types of rocks formed there. But I guess that would be for long time periods...
Which plants are not consumed? How many animals would there need to be? I'm not suggesting fertilization by animal waste, I'm simply suggesting that animal corpses would be a viable transport vessel for the seeds. As far as distribution goes, it is possible the the flood was a fairly gentle event, wherein the animal bodies would not drift very far from their original habitats. This would also explain why the flood didn't carry a sediment load.4. That wouldn't work at all. To many plants don't have their seeds consumed. Besides, there are to many different types of seed and not enough animals, not to mention fertilization by animal waste (something not all plants employ) only has a limited success rate. And then you have to distribute the seeds (and the animals for that matter) evenly and across oceans.
Which areas 'have no reason' to be a desert? Where shouldn't there be sand? Perhaps the flood didn't pick up any sand at all, since it was a quiet-water event.5. Right, but the dunes would be now on top of land that has no reason to be a desert, likely one where sand shouldn't be, and btw, I lived in a desert (well, Phoenix actually, so I was close and could even see much of it from my house) for 8 years.
No. The seawater runs off into the subsiding ocean basins. Think of the flood as a bathtub, where you've pored a nice bubbly bath. When you pull the plug and the water level starts going down (this is equivalent to initiation of ocean basin subsidence), you are drawing that water from the base of the bathtub's water column. The last thing to leave the tub (and the only thing that coats the floor of the tub) are the bubbles, which are equivalent to the lens of fresh water on top of the saline water. There is no evaporation of saline waters, just relocation.6. But they would be well saturated while they were underwater, and then the seawater would evaporate leaving salt deposits.
But as you can see, they're really not issues at all.But arguing like this is irrelevant. 1 and 4 are the biggest issues
lol that's just silly.but aside from major practicallity issues (it would be much easier to lift the animals in the air and feed/maintain them in the air with divine power)
Absence of evidence is not evidence of absence, my dear sir. Just ask AV.there is no evidence of a global flood, no genetic bottle necking, nothing.
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