614
edits
Changes
Jump to navigation
Jump to search
Line 29:
Line 29: + + + + + +
no edit summary
=== Pure sedimentary layers ===
=== Pure sedimentary layers ===
If sedimentary layers were laid down over millenia, they would have experienced mixing. However, many rock strata are pure -- for example, the [[St. Peter Sandstone]], covering 500,000 sq miles of the United States, is 99.94% pure silica. While uniformitarian scientists state that it was deposited by the shore of a sea, they cannot explain how it remained so pure if it was laid out over a long period of time. However, the sorting processes of [[liquefaction]], consistent with a global flood, can make such an explanation.
If sedimentary layers were laid down over millenia, they would have experienced mixing. However, many rock strata are pure -- for example, the [[St. Peter Sandstone]], covering 500,000 sq miles of the United States, is 99.94% pure silica. While uniformitarian scientists state that it was deposited by the shore of a sea, they cannot explain how it remained so pure if it was laid out over a long period of time. However, the sorting processes of [[liquefaction]], consistent with a global flood, can make such an explanation.
=== Submarine canyons ===
Canyons can be found under the sea at the end of many major world rivers, including the Congo, Amazon, Ganges, and Hudsom. They extend for thousands of miles underwater, thousands of feet under the sea; they are as deep as the Grand Canyon in places, and although not well understood by the mainstream scientific community, they are generally understood to have developed when sea-levels were significantly lower than today. Flood geologists argue that as the continents divided and the flood subsided, these major rivers drained the new continents, and the water flowed into the new low-lying areas, which would fill to become seas, leaving the sediments to dry out of their [[liquefaction|liquefied]] state.
=== Land canyons ===
As explanation for great land canyons such as the [[Grand Canyon]], flood geologists point to canyon formation events such as the catastrophic hot mud slides observed during the eruption of Mt. St. Helens. One particular hot mud slide at Mt. St. Helens carved a canyon 140 ft. deep and 17 miles long in a single day. Only a thin creek remains at the bottom of the canyon today, which would likely be interpreted as having carved the canyon "over millions of years," if it were not known first-hand that the canyon was carved in a single day.
=== Ancient accounts of a navigable Atlantic ===
=== Ancient accounts of a navigable Atlantic ===