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Evidence for the flood. Sedimentary rock layers lie conformably over each other, without evidence of erosion between them. This is the case even when the layers are unconventional. For example, entire sections of layers are missing in some locations, which represents gaps of tens to hundreds of millions of years, according to the conventional geologic column. Yet there is no evidence of erosion where the missing layers should be. In other instances, older rocks are situated on top of younger rocks, and do so over dozens of square kilometres. Once more, the layers sit perfectly over one another without surface disturbance. What explains this kind of evidence best? Long-age processes or a single global flood event?
Check out our other podcasts:
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Evidence for the flood. Sedimentary rock layers lie conformably over each other, without evidence of erosion between them. This is the case even when the layers are unconventional. For example, entire sections of layers are missing in some locations, which represents gaps of tens to hundreds of millions of years, according to the conventional geologic column. Yet there is no evidence of erosion where the missing layers should be. In other instances, older rocks are situated on top of younger rocks, and do so over dozens of square kilometres. Once more, the layers sit perfectly over one another without surface disturbance. What explains this kind of evidence best? Long-age processes or a single global flood event?
Check out our other podcasts:
studio.youtube.com/channel/UCXugrn…ontent/podcasts
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