hotfire wrote:pangae wasn't even the first supercontinent...what broke the first one apart? another flood?
It is possible pangae was the first supercontinent. You say I'm wrong, but its possible I'm correct.
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hotfire wrote:pangae wasn't even the first supercontinent...what broke the first one apart? another flood?
universalchiro wrote:The Bible describes Pangaea broke apart at the time of the global flood. Approximately 4,500 years ago. This is supported but no river delta has greater than 4,500 years of deposit & no trail of deltas remain on ocean floor as the tectonic plates moved. Evidence the tectonic plates moved quickly at theflod & has slowed to current rate to allow deltas to form.
universalchiro wrote:@hotfire: apparently you are unaware the current at the bottom ocean floor is 1/100 the velocity at the surface on average.
The Bible describes Pangaea broke apart at the time of the global flood. Approximately 4,500 years ago. This is supported but no river delta has greater than 4,500 years of deposit & no trail of deltas remain on ocean floor as the tectonic plates moved. Evidence the tectonic plates moved quickly at theflod & has slowed to current rate to allow deltas to form.
AndyDufresne wrote:
--Andy
universalchiro wrote:The Bible describes Pangaea broke apart at the time of the global flood. Approximately 4,500 years ago.
universalchiro wrote: This is supported but no river delta has greater than 4,500 years of deposit & no trail of deltas remain on ocean floor as the tectonic plates moved. Evidence the tectonic plates moved quickly at theflod & has slowed to current rate to allow deltas to form.
universalchiro wrote: This is supported but no river delta has greater than 4,500 years of deposit & no trail of deltas remain on ocean floor as the tectonic plates moved. Evidence the tectonic plates moved quickly at theflod & has slowed to current rate to allow deltas to form.
The modern Mississippi River Delta formed over the last approximately 7,000 years as the Mississippi River deposited sand, clay and silt along its banks and in adjacent basins.
The oldest parts of the Nile drainage are probably those associated with the Sudd. These follow the axes of sediment-filled rifts that formed over 65 million years ago, and which have continued to slowly sink and fill with sediments since that time. This part of what is now the Nile only became part of the great transcontinental river in the past 1 or 2 million years. The best record of the great river is recorded where the sedimentary sequence is best preserved, in Egypt.
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