papakapp
a waterdrop going over niagra falls
Edit: Welp, upon further consideration of your opening statement, it appears that what you've outlined may or may not be your personal favorite theory. If it is, great, and I await your comment. If not, that's cool, I'll just hang on for Juve or whoever else to take a whack at this. Thanks!
I moved the last part of your post up to the top because it seems relevant at this time. I don't really have a problem with the theory. But I doubt it has everything explained perfectly. What I do have a problem with is "conventional" science and its methodologies. Warren Beaty says it much better than I could though.
The Rules of the Game
The guy is brilliant. Some of the problems I have with the way science is done in the US today is that the people who are good at getting published and funded are not necessarily the smartest or most qualified individuals. I also dislike that whatever "current" research says, all the new research must agree with 90% of current research because it is just assumed that current research could not be off by more than 10%. I don't buy that and I think it is very limiting to true learning.
So I guess what I would have a problem with is a mindset that is sort of married to whatever is conventional, even when what is conventional does such a poor job of explaining all the observations, as in this case. Which, hopefully will be shown.
TRANQUIL SANDS Notice the erratic deposition. That will be relevant later. If you want a real world example of the same thing, http://static.icr.org/i/pdf/technical/Mount-St-Helens-and-Catastrophism.pdf and search for the word "fluidized"First, tell me more about these black and white sand thingies. They sound interesting.
No, we are not talking about simple lamination. where solids were allowed to settle out without any other influences such as tidal or ground movement. Think of semi-coagulated mud sloshing around, not a highly viscous, mostly water solution. No version of the flood model predicts uniformity in that regard afaik Everyone postulates cross-lamination. But speaking of anomalies in the layers, how does the uniformitarian postulate deal with stuff like that? If all the layers are millions of years apart, then all the layers except for the first one had to come from somewhere. Suppose if 50% of the earth is stratified then we would have to assume that all the erosion occurred on the 50% of the earth that was unstratified so that we would have material to stack on top of the stratified portions. The problem is we have no mechanism to prevent half of the earth to remain uneroded for a billion+ years while it sat around and waited for the eroding portions to deposit more layers on top of them.Second, if hydraulic sorting was responsible for the deposition of the geologic column, we should see an overall fining upward trend. This is in no way the case. Failing that, there should at least be some segregation based on grain size. We do not see this either. There are conglomerates with meter-size and larger boulders in a silty matrix. Any hydraulic sorting whatsoever would eliminate this.
I don't have a problem with these occurring after the flood at different times. Particularly because silt builds up quickly. and wind moves sand quickly. In fact, it seems to me that the same phenomenon, which I think the young earth model handles quite elegantly seems like more of a problem for the uniformitarian. The rate of silt deposition at river deltas occurs far too quickly. Yeah, those reefs probably got buried at different times, but if you calculate how rapidly rivers create sedimentary deposit, you realize you dont need millions of years to bury them. If the earth were very old, it would be much flatter. For example, the entire gulf of Mexico should be filled in by now and the Mississippi River should be the Mississippi bay. Oh yeah, subduction. Too bad the rate of continental drift is not rapid enough for subduction to be the answer.Not to mention the fact that there are intact carbonate systems, entire reefs preserved in strata of virtually every age. If the flood occurred in a year's time, there is no way these systems could possibly originate, grow, flourish, and the be buried and preserved. Have a look at the Permian Capitan reef complex for one of the more spectacular examples.
Also: Preserved eolian dune complexes (view the Colorado Plateau for outstanding examples), paleosols, and the preservation of ichnofossils (Early Cambrian to recent) and root traces (Silurian to recent) would not be possible were the flood theory of sediment deposition true.
I dont have a problem with any of that.Of course one need only look at the fact that there are innumerable faults that cut some sedimentary layers and not others, and growth structures adjacent to some faults to see that this theory is not true.
And that's not even going in to angular unconformities or dikes that cut through sedimentary strata.
http://dusk.geo.orst.edu/pg/fig1_grav.gifFrom where? Were there large reservoirs of water in the subsurface? If so, please point out the exit points, as well as explaining structurally how the crust could support these large cavities, both pre- and post-flood.
The exit points (if there were any at all) were most likely the red parts on that topographical map of the ocean floor.
Regarding the question of structure. The theory suggests that it only held up for 1000 years or so. Theat doesn't seem like that big of a deal to me. If the earth is billions of years old though, then why was oil oozing up out of the ground in the US only 100 or so years ago? Yeah, we pumped it all out now, but did we just get really lucky and happen to settle here right in that sliver if time when it started coming out? We don't even have a mathematical explanation as to how the oil could have withstood the pressure of the earth for 1,000,000 years. Let alone a billion. I wouldn't make too big of a deal of the water thing unless you have a really good explanation for the oil. And if you do have a good explanation for the oil then you probably also just explained the water.
Think of them as sinkholes. The Atlantic, Pacific and Indian oceansPlease point out these 'dirt filled voids'.
How do you explain these? http://preachrr.files.wordpress.com/2010/07/foldedlayers.jpg http://preachrr.files.wordpress.com/2010/07/folded_layers_tapeats_sandstone.jpgThe earth was not perfectly flat, since the bible mentions mountains and hills prior to the flood.
Marine fossils on the tops of mountains (Actually, let me correct this: the fossils are not ON the mountains, they are, in fact MAKING UP the mountains)are evidence that
a. The flood did not deposit our sedimentary column (how would the sediment be deposited, lithified, and then uplifted in one year?), and
The most logical answer I can come up with Is that it was deposited in water, in a horizontal orientation. And then was erratically displaced before it had time to solidify. this means that
a) the last layer was deposited before the first layer was hard
b) It moved at a pace rapid enough that the movement was complete before it got hard enough to crack.
Again, check out the stuff by Bill Beaty. http://amasci.com/freenrg/mavskep1.txt is another good article he did. They may be right or they may be wrong but it is not useful to appeal to them as individuals. It is only useful to appeal to their research. Personally, while it may exist, I have not yet seen any evidence from any research that suggests that what it is doing now is what it has always done.b. That plate tectonics functioned in the past and are still functioning in a way similar to that observed and theorized by the geologic community.
source?The geography in the bible is essentially identical to the geography today.
I would be interested in seeing the math on that.If, as I think you are hinting at, the 'catastrophic plate tectonics' theory supplied by so many creationists were true, this would not be the case.
You know. That, and the whole 'if catastrophic plate tectonics was true, it would have produced enough heat to sterilize the surface of the earth' thing.
I've actually never heard the term before now. But if you want to persuade me, or anyone you might want to put up some evidence for why it must be false.Yep, I was right. Catastrophic plate tectonics. Already discussed that, so we'll move on.
propably the only one there ever was. You are limiting yourself when you think of this as a limitation of the flood strata theory. Remember, the flood strata theory postulates that all layers were deposited at the same time. In addition both that and uniformitarianism postulate that lots fo stuff changed and nobody expects everything to be laboratory-perfect anywhere, let alone everywhere. So if you say one glacier carved through this layer and another glacier carved through that layer, you aren't going to persuade anybody because you are only starting with your own bias that presumes the layers are different ages.Which ice age was this? The most recent one? The one before that? There are quite a few preserved in the rock record (Oh! Another refutation of the 'flood strata' theory!) If you say the most recent, then bummer, the animals were all over the place already. If you say the one before that, bummer again! Still got animals all over. I think that's pretty much the case unless you go back to the Neoproterozoic ice age. But wait. If that were the correct one, then why weren't all the other ice ages documented in the records of the civilizations present post-flood?
So which was it?
I really don't think anyone would have the slightest problem with plant life. If we assume 100,000,000 discrete samples of each genus in an antediluvian world. now, lets assume the odds of any one discrete seed surviving a one year flood are 10,000,000 to one. Maybe a fir tree would have better odds since a pinecone could float around attached to a branch, and some buckwheat plant would have worse odds, but I'm just pulling these numbers out of thin air anyway. But they don't seem that troubling to me. Yeah, it's unrealistic that any one seed should survive. But it is even more unrealistic that all seeds should die.Yes, there are many extinct species. We find them (and their roots and root traces) dispersed throughout the sedimentary record (Rats. There's that darn record again, screwing with our flood). So all these seeds floated about in the waters of the flood for at least 40 days, but more likely a year, and then they plopped down on the ground and started growing happily.
1. On water logged soil? I don't think so. Of course, none of that soil would be in place if the flood was as energetic as floodies hypothesize (waters of the deep, depositing the whole sedimentary record, etc. etc.), it would have been stripped away but the currents.
2. Let's assume the soil survived and was miraculously not water logged. The seeds sloshed and swooshed around in the currents of the flood for a month or a year or whatever you'd like, then settled down and grew happily. But, since they floated around so much, they all got mixed up and fell randomly on the ground, causing species from all over to grow near each other. Do we see this today? No, because of course the seeds lucky enough to fall on their native ground out-competed the other plants, re-establishing their old habitats. So we should see evidence for this initial homogeneity and subsequent takeover by native species. Do we? Nah. So there's only one option left:
3. Calm flood! The seeds got picked up floated straight up, hung out for a while, then floated right back down into their natural environments. Problem solved! Except that by gosh we couldn't have deposited a sedimentary column in a calm flood. Dang. Back to square one.
You can tell me how it was done, right?
I await your comment.
Upvote
0