29.2M cubic meters a year
http://water.epa.gov/type/oceb/ocea...ns_ndt_about_08_head-passes-hopper-mujica.pdf for one us river
it doesn't matter to me. the rate at which sand moves has, in my opinion, zero weight either for or against a young or old earth. I am actually not sure why you think it would be a problem for me.
no, I mean it probably got buried at different times long after the flood. 29.2 miullion cubic meters a year for the Mississippi alone?
Let's do some math, shall we? Let's say that that sediment actually made it through the mouth of the Mississippi and into the Gulf of Mexico. Let's then say that that sediment was all deposited in an area 10km by 10km (which is small enough to be wildly unrealistic, but we'll use it anyway to make the math easy). How thick would that layer of sediment be? 29,200,000m^3, spread over an area 10,000m on a side. That's 100 million square meters. So your sediment layer would only be 29cm thick.
If we were to use a more realistic number for the dispersal of that sediment, like, say 100km by 100km, your sediment layer shrinks to just 3mm thick.
that's enough dirt to bury 3 reefs over 6000 years.
The Capitan reef complex covers an area ~90 miles by 150 miles (144km by 225km, see
here for report). So if we take the sediment load that you say 'could bury 3 reefs' and spread it over that area, we'd end up with a layer 0.9mm thick every year. 0.9mm is the diameter of a single coarse sand grain.
Wanna do some more math? The Capitan reef complex is 500m thick. If our sediment accumulates at a rate of 0.9mm per year, it would take 555,555 years to bury the Capitan reef complex.
Your arguments from incredulity are wearing thin. Just because you don't understand how the world could be old, or how sedimentary systems work doesn't mean that other people don't.
Hopefully this has already been covered. Yeah, I don't have a problem with sedimentary deposits. I have a problem with crisp, razor sharp graduations in dirt in the middle of a continent that are not accounted for by volcanic ash, river flow, wind or other catastrophic forces.
I have a very hard time taking you seriously when you can't even use simple terminology correctly. Again, open just one geology book. Take one geology class. I can't teach you everything on an internet forum.
ok, this confuses me. I don't know how far a basin has to be from a delta to receive a different classification but unless I am missing something I would think that fluvial deposits would continue to encroach on whatever basin they are flowing into.
This is generally correct. Deltas are deposited into basins (the gulf of mexico is a basin).
Are we only talking about observations made on a chunk of dirt that is dried up and we are looking at it after the fact? I feel like I am missing your point here.
Nope. And the point is:
A. Rivers generally don't bury reefs, and
B. The sediments that DO bury reefs accumulate a lot more slowly than river sediments.
I sorta covered this earlier but just to reiterate, It seems like the percentage of the earth that is in a state of stratafication is too great for the percentage of the earth available to create the stratafication.
The area of the earth available to create stratification (ie, subject to erosion) is 100%. Any rock or sediment can be eroded. This is not an issue in geology, it is an issue with your understanding of geology.
if by pratt you mean "point raised a thousand times" then I would agree with you. If you mean "point refuted a thousand times" then I'm still waiting for the first refutation.
You know what it means. And it has been refuted a thousand times. The argument starts with the faulty assumption that the Mississippi would have been flowing for 6 billion years. This is a strawman. Nobody makes this claim. The argument also assumes that there would be no basin floor subsidence and resultant increase in accommodation space once sediment was loaded onto the sea floor. Yet another faulty assumption. There are more problems with this argument, but either of these is enough to tank it anyway.
The flood model accounts for the excess sediment my postulating that the river was much bigger shortly after the flood as is accommodated all the runoff east of the Rockies.
In this case we should see large boulders and cobbles at the base of the mississippi river delta, since a larger river flowing at a faster rate would be able to carry larger clasts. We do not see this. Also, if the river was 'much larger' 6000 years ago, it would consequently have cut and occupied a much larger river bed. We do not see this remnant river bed. We should also see boulder erratics scattered about the flood plane, since flow would have been much higher. We do not see this.
ok. I will tell you my personal theory. It is not published and nobody teaches (proselytizes?) it.
Translation: You made it up.
I think the earth, in its antedelluvian state had massive aquifers much bigger than it does today. And it also had masses of molten rock nearly the same size as it does today. I think the ground cracked probably in the places on that color coded oceanographic map I linked to, the earth settled in, pushing the water out and flooding the earth.
You understand that aquifers are not big, empty voids in the earth's crust, yes? And you understand that unless aquifers were big, empty voids in the earth's crust, there would be nothing to 'settle in' to, yes? And you understand that if there were big, empty voids in the earth's crust, you would need to provide a structural mechanism for these voids to exist, as I've asked you for and you've failed to provide, yes? Ok. Just making sure we're on the same page.
I
think this settling caused much more stress on the tectonic plate (singular) and it cracked under the Himalayas, Rockies, etc...as it was under tension from sloughing into the voids that are now the oceans.
Any evidence of these cracks, or are you just making things up?
I think so much magma came out of these new cracks that it displaced the water, revealing continents.
How would 'displacing water'
reveal continents? When water is displaced from ocean basins, it impinges on the continents, covering them in shallow seas.
To the extent that the earth's crust is about 5 times thicker under the continents than it is in the ocean.
Yep. And if massive amounts of magma poured from the mid-ocean ridges, then the crust around those ridges would be thicker than the continents, right?
Yeah, I think it may have been all as thick as it is in the oceans before the flood. So I don't have a problem with weird stuff happening to the dirt, I think it moved a lot while it was still under water.
Any mechanisms to explain the 'weird stuff' that happened to the 'dirt' during the flood, or are you just chalking it up to being weird?
But you can't rip me apart on this.
Why not? Because you made it up? 'I made this up, so I should get a free pass!'
That's not how it works, pops.
Until now I haven't told anybody and I have not tried to convince anybody. I don't even know if it would be possible to dissipate that much heat that rapidly without frying everything. But there is a lot of magma down there right now and it hasn't fried us yet.
There's not. There really isn't.
And if my theory were true, water would have flowed down into the crack and met the magma at a depth that it currently is. And even if its not true, which it most likely isn't, that still doesn't mean other weird stuff cant happen.
So your argument is basically 'I dunno, but things I don't understand can happen'? We agree on that.