bob b said:
The question of dinosaur remains on or near the surface raises the question of how the geological layers were laid down.
My theory is that most of them were probably laid down fairly rapidly during the year long global flood, while evolutionists (and geologists) apparently favor immense periods of time.
Bob,
Did you not understand in the faintest the implications of that Georgia stratigraphic map to which I linked? Did you not notice that the surface progression from east to west matches exactly the order of vertical geologic stratigraphic layers? This is hardly restricted to Georgia! It's not a "simple" matter of sediments being "laid down." Would you mind explaining how a single flood event can first deposit these loose sediments in this order, one atop the next, on a global scale, harden them to rock, and then systematically erode and expose these newly deposited and hardened layers, all within a (more or less) one-year interval? And this unimaginably vast amount of eroded material, swept away in a matter of months; where did it get swept away to?
You can't simply accelerate currently proposed geologic processes by 9 orders of magnitude and expect the same results, any more than you'd expect the same outcome whether you bumped into that wall at 1 mph or 4,000,000,000 mph.
bob b said:
If my theory is correct this more easily explains why dinosaurs sometimes are found at or near the surface of the ground, although as we all know given enough time "anything can happen".
Would you mind explaining how your "theory" explains why T-rex bones, for example, are found on the surface
only in areas that have been independently dated at around 65 million years, and have only been found in
subsurface strata similarly dated? And don't bother with the circular logic argument, as I'm sure you're aware that T-rex bones are far too rare to be any use as index fossils!