otseng wrote: ↑Tue Nov 16, 2021 6:07 amI do not believe answering the questions should be so difficult.
OK. I'll bite.
otseng wrote: ↑Tue Nov 16, 2021 6:07 amAs everyone should be aware, I ask these questions because the FM will be able to answer all of the questions I've been posing.
To the detail that you're expecting scientific answers? Not a chance.
As an aside, whether it's intentional or not, I can't quote the "Global Flood" thread in the standard way (there's no double quote icon), so if any quote links don't work, it's because I'm crafting them myself. For reference, I've quoted statements from that thread that impact on geology. I'm intentionally ignoring for now anything related to the biosphere.
otseng wrote: ↑The oceans did not exist as we know them now. However, there were seas that existed. The major mountain ranges did not exist and the mountains were smaller than what we have today.
otseng wrote: ↑The flood probably occurred around 2400 BC. There are several indirect evidences for this, but the number is generally inferred from genealogies from the Bible.
otseng wrote: ↑Practically the entire rock strata (especially since the Cambrian layer) were created during the flood, so using one specific layer to point to the flood is meaningless.
otseng wrote: ↑We all know the idea that the land mass of Europe/Africa and the Americas were once one land mass. The commonly accepted idea is that plate tectonics broke up Pangaea over millions of years. There are many problems with this theory. But the most notable one is the existence of the mid-Atlantic ridge. It is the longest mountain range in the entire world. It spans from Iceland to Antarctica (46,000 miles).
Just looking at it, it is exactly halfway between Europe/Africa and Americas. And it looks like this is where the two split. Looking at this, it seems like the E/A and Americas were once joined at the mid-Atlantic ridge, then it got split apart.
This split occured during the flood. During the initial stage of the flood (rupture phase), the crust split along where the mid-Atlantic ridge is. During the split, the subterranean water gushed out of the crack and eroded the the soil/rock on both sides of the crack. Meanwhile, as water was coming out, the two sides slid away from each other.
The two land masses were not once connected where the beaches are now, but they were connected where the continental shelves are. This explains the origin of the continental shelves.
During the rupture phase as the subterranean water gushed out, the force of the water coming out eroded a lot of the soil/rocks and carried it high into the atmosphere and deposited it rapidly around the world. This destroyed the water canopy that had existed in the atmosphere. The pressure of the water gushing out would have formed the mid-Atlantic ridge.
otseng wrote: ↑Actually, practically all the underwater ridges were formed as a result of the crust splitting. So, where you see a mountain range, the crust cracked at that point. As the water gushed out of the cracks, the hydrodynamic forces formed a mountain range.
The major land mountain ranges were formed as the water under the crust diminished. While there was water, the crust was free to move since water has a low friction coefficient. But once the water was gone, the crust hit the basalt underneath. With the large friction coefficient, the crust started to buckle. The crust had a huge lateral momentum as it was sliding away from the mid-Oceanic ridge. The momentum caused the crust to form the Rockies, Appalachians, Andes, Himalayas, etc.
Notice that the major mountain ranges of the Americas (Rockies, Andes) run parallel to the western coastline. Why is that? It is consistent with what should happen if the entire land mass was moving westward, then abruptly stopped. Sort of like what happens when a car crashes into a wall. If a car runs into a brick wall, the front of the car would buckle up.
otseng wrote: ↑As the water eroded the sides of the crust, it carried sediments and deposited it rapidly around the world. The entire world was covered with water and sediments at this point. Meanwhile, the crust was gradually settling as the water underneath decreased. As the land mountain ranges were forming and as the sediments in the water settled, the water receded into the oceans we have now and also froze in the North and South poles.
The massive amounts of sediments from the crust erosion formed practically all the rock stratas that we see today. So, instead of billions of years for it to form in the EM, it occurred within a year in the FM.
otseng wrote: ↑I cannot give any exact dates of the flood. It doesn't really matter if it was 2500 BC, 3500 BC, 5000 BC, or 8000 BC. It could be any of these. The point is that it occured quite recently.
...
As the land masses receded and eventually stopped, the land mass buckled, causing the formation of mountains and hills.
otseng wrote: ↑For one thing, the mountain range appears to have been formed by horizontal forces, not vertical forces. Another thing is that layers are quite distinct. The layers must have been somewhat "flexible" otherwise the layers would've simply crumbled. Also, the layers must have formed first, then in one point in time, the mountain range must have formed after the layers were formed.
That about sums up that thread, so now your questions:
otseng wrote: ↑Wed Nov 10, 2021 8:03 amSo, every layer that accumulated was underwater, flat, and extended across a very large area. Each layer is reputedly spanning thousands/millions of years. During this entire time, all the layers were flat. Sediment from some remote mountain erosion was able to be deposited relatively evenly across miles. This is done for each layer. For each successive layer, there is little to no erosion, no tectonic activity, no folding, no uplift, Repeat this for several thousand feet of strata.
If we accept the entire Colorado Plateau as the area in question, "very large" is 130,000 square miles according to
Wikipedia. For comparison, the Black Sea is slightly than this at 168,500 square miles and the Mediterranean Sea is 970,000 square miles.
According to NOAA, the sediment layers at the bottom of the black sea and parts of the Mediterranean are over five miles deep. The bottom of the Black Sea and multiple large areas of the Mediterranean are flatter than any comparable land areas.
otseng wrote: ↑Wed Nov 10, 2021 8:03 amThe oldest sedimentary layer is around
1.25 billion years. So, for over a billion years, we have a building up of all the layers, from unknown remote mountains that was able to uniformly deposit layers, with practically no geologic activity occurring during the billion years.
This is wrong. The sedimentary layers in that region
aren't continuous through that entire period and show evidence of
intervening geologic activity, including magma intrusions of multiple ages, layers that were tilted and weathered before more layers were deposited on top, and glaciers. To explain this, the FM would at least need a mechanism for the lowest layers of sediment to become rock, shift, erode, and receive more sedimentary layers while the waters from the Flood were still atop them. Even the weirdest year doesn't explain any of this in a way that deep time does.
otseng wrote: ↑Wed Nov 10, 2021 8:03 amThen
after all these layers are formed, it is eroded by water activity to form the exposed canyon. I mean, does this even sound reasonable?
I'm not sure that incredulity is persuasive when the alternative explanation is literal magic.
otseng wrote: ↑Wed Nov 10, 2021 8:03 amWhy this particular sequence of steps? And why is this sequence of steps found everywhere around the world?
This is a lot of handwaving. What "sequence" are you describing? 1.8 billion-year-old schist at the bottom covered by a specific series of alternating deposition and uplift? Something more general, like "sedimentary rock?" What do you mean by "everywhere around the world?" There are several places that had broadly similar histories, but do you know of even one other place that's described with the same pattern of interrupted periods of deposition? The stratigraphic history isn't even uniform within the
Colorado Plateau itself. Even looking through titles in the search results suggests to me that "a building up of all the layers, from unknown remote mountains that was able to uniformly deposit layers, with practically no geologic activity occurring during the billion years" is grossly inaccurate. Is the link enough or do I need to curate a short list of papers myself to prove that?