S-word: Well, me holidays are over and here we go again.
Darkendless: Exaggeration shows how ******* annoying it is to have to repeat myself more than 3 or 4 times. Care to check out the Noah's Ark thread? We've run short of people to attack for the "beliefs" in floods which never happened or happened hundreds of thousands of years apart.
Then again, i wouldn't expect fundamentalists to accept science anyway, counterproductive for them.
I've heard of the Big Bend up by Townsville is it? I remember hearing that it was formed only about 360 million years ago, the same time as the Tweed Peninsula where i live.
S-word: How annoying is it to have to listen to your continuous exaggerations. According to the most accepted scientific theory, and remember, everything we quote from the scientific community in relation to this subject is pure theory: in the carboniferous period which is supposed to have lasted from 362-200 million years ago, during which, as the theory goes, the earth was dominated by the continents; Laurenta, Angaraland and Gondwanaland, Australia hadn’t even been formed, let alone the Great Dividing Range and the Tweed Peninsula.
According to one theory the Great Dividing Range was formed by uplift during the Pliocene (10 million to 2 million years ago) and the Pleistocene periods (2 million years to 10,000 years ago). As the range did not form from one single geological event and even if we accept that it was formed 10 million years ago, this is 350 million years after your exaggerated time line of 360 million years.
During the Cretaceous period, 145-65 million years ago the fossilised corals and oceanic animal life that is found on the top of the Great divide which could have been formed as early as only 10,000 years ago, were then living on the flat ocean floor, which ocean at that time covered the entire earth apart from a few high points. ___________________________________________________________________
David M: Really? A 66m rise in sea level would not cover that much of the land today
S-word: The operative word here, being TODAY.
David M: considering that the average elevation of the land on the earth's surface is 840m.
S-word: The average elevation of the land on the earth's surfaceTODAY is 840m, but take away all the mountain ranges that have formed in the last 145 million years, and calculate the erosion of those mountain ranges that were formed with the creation of Pangea and you will find that this was not the case during the Cretaceous period when the ocean levels were said to be some 80 feet higher than the ocean levels of TODAY.
David M: Even for pangea there would have been mountain ranges formed by the tectonic plates when they moved together to join up into a super continent.
S-word: Correct! by the beginning of the Triassic period 245 million years ago, all three supposed major continents had joined to create the hypothetical super continent of Pangea and mountains would have been formed in the first few million years by the collision of the tectonic plates.
Those mountains would have ceased to rise and begun to erode away millions and millions of years before the beginning of the Jurassic period 208 million years ago when the hypothetical super continent of Pangea began to break up, by the middle of the 80 million year Cretaceous period (145-65 million years) some 90 million years after Pangea began to break up, the rain, the winds, the ice ages and glaciers, the rising ocean levels of the Cretaceous period, would have worked havoc on those ancient mountains and by the end of the Cretaceous period 140 million years after the breaking up of Pangea, there would not be too much land left above the ocean surface which was some 80 feet higher than today.
David M: Thats hardly covering the whole planet.
S-word: Pretty much so mate, pretty much so.
Just in case you cannot accept that the mountains formed in the creation of the hypothetical super continent of Pangea could have eroded away, let’s look at another scientific theory: apparently, some billion years ago, the Aravallis, whose eroded remnants are visible around Deli, formed a chain higher than the Himalayas today. Over millions of years these mountains suffered the forces of erosion and their sediments were deposited in the Tethyan Ocean.
It was during the Cretaceous age that India began its northward movement, on a collision course with the Eurasian continent. The Himalayas are the youngest of today’s mountain ranges; the gradual rise of the Himalayas is still in its growing stage, and over the last million years it has risen over 5,000 feet, Mt Everest alone has risen some 10 metres over the past hundred years. The stupendous upthrust of the earth’s crust, created this mountain range that contains all the worlds mountains over 7,000 feet and the numerous fossil finds that can be dated with some accuracy, provide evidence of the comparatively young age of the Himalayas.
But one day the rising of the earth will cease and the years, the sun, the wind, the rain, the future ice ages with their glaciers, will erode the Himalayas as nature has done with mountain ranges more spectacular than they. ___________________________________________________________________________
Danarch: I said the same thing in another thread. S-Word didn't believe me.
S-word: And what makes you believe that I should believe anything that you believe old matey?