Job 33:6
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Can someone answer a question for me. I have read that current teaching on fossil formation says the animal or plant must die in a watery environment and soft mud and silt much be laid on top of it. My question is, how did the watery layers get laid on top of the dead animals if there was not a flood and how did we get fossils in mountains?
There are many factors that play into fossilization. bacterial decay and scavenging may impede fossilization. As a result, you may have a ton of fossils located in a tar pit where there is no oxygen and predators cannot scavenge. Areas exposed to erosion by wind or water, can break fossils apart, versus something like an anoxic marine landslide that would protect a fossil.
Rapid burial, whether its terrestrial or marine will play a large role in fossilization. Or other factors that prevent destruction of the animal. Whooly mammoth fossils are more frequently found frozen in ice because their fossils have been protected in that ice for over 10,000 years. Many animals are fossilized in tar pits because these environments lack predation and animals sink in them and are rapidly buried.
You asked how did water get laid on top of dead animals, some animals die in the sea. Terrestrial fossils have not necessarily been buried under water, such as tar pit animals and animals frozen in ice. These fossils formed without being under water.
Regarding how fossil get into mountains, there is a thing called tectonic uplift and orogenesis, in which land is thrusted upward during mountain building events.
I believe it was aristotle who had the same thoughts. How could there be sea shells on top of a mountain? Surely flood waters covered the mountains if this were true. And then people learned about plate tectonics and were able to study and learn the mechanics of uplift, which better explains why some mountains have sea shells, and others do not.
As we see in the picture above, that random rock wasnt deposted at a weird angle like that. It was forced up by compressional forces from around it. And if you have a small sea, lets say that deposted the red layer in the diagram above, then that red layer with its sea shells, are lifted up into the air by compressional forces of plate tectonics.
And we know this is how it happens based on the angles at which rocks fracture and the temperatures and pressures by which they fracture, deform and move. It usually occurs in a very specific way involving what we call low angle thrust faults and may involve grades of metamorphism due to high temperatures and pressures.
Oh, and uplift can still be observed today in mountain chains like the himilayas where the mountains are growing larger year by year and rocks from below are being pushed higher and higher into the sky.
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