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Two South African research scientists have documented a phenomenon that indicates a particular type of soil erosion might have taken place in a split second rather than eons, as mainstream scientists have believed.
The conclusion could upset widely accepted estimates for the age of the Earth.
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The report said the research indicates that the assumption that mountains are affected only by cold, wind and water “is completely wrong.”
“African mountain landscapes sometimes evolve very quickly and very dramatically over short periods of time,” Knight said.
Brian Thomas, the science writer for the Institute for Creation Research, said the new research findings make “earth’s old age assignment even less credible.
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The finding that lightning can accomplish in a millisecond what previously was thought to take generations calls into question “old age assignments for earth’s land features,” Thomas wrote.
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“How might this finding affect overall erosion rates estimated for entire continents? Geologists have studied erosion rates worldwide for decades. A 2011 meta study collated hundreds of data points, finding that land erodes on average at 40 feet every million years. At this rate, all continents reduce to sea level in only 50 million years – far too fast to accommodate the billion-year age assignments of so many exposed earth rocks,” he explained.
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“Lightning-generated cracks may not be a well-known erosional process, but earth scientists are generally more familiar with fulgarites – long, branched tubes of quickly melted and re-solidified materials created when lightning strikes sand and other ground debris. Yet, Earth’s surface does not display billions or even millions of years’ worth of fulgarites.”
He said a prominent physicist noted through the “alleged 4.6 billion years of earth history, ” there should be hundreds of such marks per square meter of land.
“Where are all the missing fulgarites? Why are continents and high mountains still standing despite dramatic lightning damage and relatively fast erosion rates. The answers to these questions are the same – the world is only thousands, not billions, of years old.”
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“The average thickness of continental crust above sea level can be estimated at about 634 meters, or 2,044 feet. To erode 2,000 feet of crust at 40 feet per 1 million years would require only 50 million years. So, if the earth is billions of years old, why is its surface not complete flat?”
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