Job 33:6
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- Jun 15, 2017
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And not only is the above the case, but those same differences in DNA also match the temporal order in which fossils appear in the fossil succession.
Just as fish share more differences in DNA with amphibians than they do reptiles, in the fossil record fish are found deepest, followed by amphibians and then reptiles.
This is the case to the extent that the locality of fossils can and has been predicted based on DNA relatedness.
A biologist can literally predict what temporal depth in the earth a fossil will be based on DNA of living day species. And without knowing animal genomes off the top of my head, as a geologist, j could also predict what animals have more similar dna based on the order in which their fossils appear in the earth.
For example, without even looking at the DNA of a flowering plant, I could tell everyone that a flowering plants DNA is more similar to a seed bearing plant than to a non seed bearing plant simply because of the order in which plants appear in the fossil record. Seed bearing plants share more differences in their DNA to non vascular plants than flowering plants do as well. And I know almost nothing about plants at all. But I know where their fossils are.
And I'm sure I am correct in the above predictions without even looking up information on plant dna.
Just as fish share more differences in DNA with amphibians than they do reptiles, in the fossil record fish are found deepest, followed by amphibians and then reptiles.
This is the case to the extent that the locality of fossils can and has been predicted based on DNA relatedness.
A biologist can literally predict what temporal depth in the earth a fossil will be based on DNA of living day species. And without knowing animal genomes off the top of my head, as a geologist, j could also predict what animals have more similar dna based on the order in which their fossils appear in the earth.
For example, without even looking at the DNA of a flowering plant, I could tell everyone that a flowering plants DNA is more similar to a seed bearing plant than to a non seed bearing plant simply because of the order in which plants appear in the fossil record. Seed bearing plants share more differences in their DNA to non vascular plants than flowering plants do as well. And I know almost nothing about plants at all. But I know where their fossils are.
And I'm sure I am correct in the above predictions without even looking up information on plant dna.
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