[quote]Professor X wrote:
[quote]Hellfrost wrote:
[quote]imhungry wrote:
[quote]pushharder wrote:
[quote]Hellfrost wrote:
Push, let’s forget the number 298 million years. Geologically, how long do you think it would require to cover an entire forest under a mountain of coal? This wasn’t just a few feet under the ground. If they were using heavy machinery to dig deep, we are looking at a lot of sediment build up over a very long time.[/quote]
There has been some remarkable research conducted that shows that the oft repeated zillions of years purported requisite for coal to form may indeed be wrong. It has been done in the laboratory in a relatively short time. If the right conditions are present it can happen quicker than what we’ve come to expect.
Look it up.
Also, under the theory of catastrophism the sediment did NOT need “a very long time” to accumulate.
Look at some to the research at Mt. St. Helens for instance.[/quote]
Not to mention that there were considerably more volcanoes in that time period. If it were just one large volcano, I don’t think it would take that long to cover a forest. Multiple eruptions over time… it’s easy to imagine. [/quote]
The story assumes that 300 million years ago, a volcano erupted that spread ash over a large radius. The entire forest then was perfectly preserved in volcanic ash.
Average depth of coal mine in china is 400m-500m. http://gcep.stanford.edu/pdfs/wR5MezrJ2SJ6NfFl5sb5Jg/10_china_pankexi.pdf
So at half a kilometer deep in the earth, there is a vast quantity of coal, and below the coal is a giant ash preserved forest. The question then becomes, how long does it take for coal to form in nature? Not the synthetic type that are created in a lab, but natural coal.
This man made a synthetic diamond in his garage. How to Make a Synthetic Diamond : 10 Steps (with Pictures) - Instructables That does not mean that diamonds can be made in matter of days in nature.
I don’t know of any volcano to be able to spew 500m worth of volcanic material while also forming coal and other layers of sediments over a short period of time.
Would you agree for this to take place that the minimum requirement would be at least a million years? If not, why?[/quote]
I would like to bring one thing to your attention though…geologists find the exact same rock on shores in California as in parts of Europe. Often, these layers are turned in on each other so that the oldest rock is now closer to the top.
We live on a planet with a churning surface. It has moved drastically over time in waves. Some of you seem to be jumping to conclusions as if we actually have even our own history all figured out.
Why so much faith in science alone when we are still infants in knowing ourselves?
Maybe 1,000 years from now we will know all there is about how we got here…but not now. We aren’t even close.
For the record…I watch TONS of Discovery channel shows on our Earth’s history. It is fascinating…and they spend quite a bit of time showing just how much our planet’s surface has changed.[/quote]
So you are implying that most sediments over time are brought to the surfaced. Correct?
The only way sediments would be brought up back to earth are either through some sort of major earthquake, or if they are near volcanic activity that recycles material back up. I was looking for more information about the earths surface churning over, but the majority point to the earths crust. Sediments are cemented together and compacted and hardened over time by the weight and pressure of up to thousands of feet of additional sediments above them. How sediment forms – Te Ara Encyclopedia of New Zealand
Pertaining to this topic, most likely the forest is being shoved further down the earth since there does not appear to be any active volcanoes near by.