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I really don't know. I wouldn't expect there to be a layer all around the earth if that's what you are asking.Vance said:I guess my question is whether you think the flood deposited the sediment that makes up the layers we see. Do you think the flood deposited deep layers of sediment all over the earth?
Remus said:Its possible, but I tend to think that when the floodwaters drained off, it would churn up the lake sufficiently to disrupt any layer that was laid down while the floodwaters were over the lake[/c]. Id think that the drainage would also pull a lot of stuff off of the glacier so after the floodwaters were gone, it would settle down and thered be a layer that would be a combination of whatever came out of the floodwater and some sediment off of the glacier. I think it would be safe to assume that it would take several years to fully clear out, so there would be some differences in the layers, but I have to wonder just how obvious it would be since there are so many layers and they vary in a lot of ways.
But then, Im just guessing too.
Remus said:No, I'd guess that it would probably stir up some of the younger pre-flood varves too.
Remus said:Actually I addressed that in post #43. I know, long thread
As I said previously, I don't believe they would be identical. I'm just speculating that they could be mistaken as something else. Like one of those "events" that we see in most of the other varves. To know for sure, we really need a good description of these varves.
What do you mean by "an anual varve 'event'"? I agree that it would cover all pre-flood varves and such. I think it would actually cause the new varves for more than one year as well. I just contend that it wouldn't necessarly be obvious. Especially since they aren't looking for it.gluadys said:I think that's a stretch. I don't think flood sediments could be confined to an annual varve "event" but would necessarily cover all pre-flood varves, and even destroy some of the more recent ones as you suggested.
But since neither of us are geologists, I guess we need to take that question to somebody who is.
Remus said:I'm still owe you the calculations. I underestimated the complexity and the number of variables, and I also got sidetracked. Im also still waiting on that source that states that the layers are uniform. Could you find that for me? Or can we assume that the layers are like most others and have some layers that differ? Like volcanic ash kind of thing or something else like that?
Remus said:Let me get your opinion on a few things that might help me with the calculation.
Of the floodwater and the water from the glacier, which do you think would have the higher density?
What would you expect the water temp to be?
What would you expect the ice temp to be?
Remus said:No, I just have to make a case for a possible solution that refutes your original argument. I really don't have to convince anyone.
Vance said:Here is another issue on this point. The entire Creationist "flood geology" is based on the idea that the geological column we have is based on the flood laying down the entire column at the time of the flood. Tons of sediment settling itself all over the world into the distinct layers we see today. Without the flood doing this, they have a real problem with the geologic column. While this "flood geology" has many other "issues", I see a real problem with the varves.
How could that type of flood leave the entire geologic column with all those layers of rock and sediment (and fossils) over the rest of the planet, but leave an ongoing sequence of annual varve layers in a given lake untouched, other than possibly an additional "event" layer?
Vance said:It has been a while since I read the flood geology stuff, but yes, they do dispute the quality of the geologic column as it is understood by science. But what I mean is that what we DO have, all the layers of sediment, rock, etc, that we see just about anywhere we dig, is attributed to the flood. The Creationist idea in general is that the flood deposited tons and tons of sediment which sorted itself into layers as it came down and then became the rock layers we see.
In short, they see all of the geological layers as being laid down during the flood year. I just don't see how this squares with varves.
Remus said:You know the websites. I'm not going to do your homework for you.
grmorton said:No it isn't conjecture, Tim. Explain this. Why does pollen emitted at various times throughout the year vary cyclically within the varves?
"A rhythmite deposited in a lake near Interlaken in Switzerland
consists of thin couplets each containing a light-colored layer
rich in calcium carbonate and a dark layer rich in organic
matter. Proof that the couplets are annual, and therefore
varves, is established on organic evidence, first recognized by
Heer(1865). The sediment contains pollen grains, whose number
per unit volume of sediment varies cyclically being greatest in
the upper parts of the dark layers. The pollen grains of various
genera are stratified systematically according to the season of
blooming. Finally, diatoms are twice as abundant in the light-
colored layers as in the dark. From this evidence it is
concluded that the light layers represent summer seasons and the
dark ones fall, winter and spring. Counts of the layers indicate
a record that is valid through at least the last 7,000 years B.
P. " ~ Richard Foster Flint, Glacial and Quaternary Geology, New
York: John Wiley and Sons, Inc., 1971, p. 400.
emphasis mine. But tell me how the Flood does this.
Vance said:Oh, and I am not really the one you would have to convince, but all those geologists who know exactly what would likely happen and why.
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