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Post by 1dave on Mar 8, 2024 19:53:01 GMT -5
Scenic Sandstone Immense Shockwaves force water to move through sandstone at a different rate than the sand is moving. This forces the hematite to be left behind, making the lines in the paths taken. Huge shockwaves were required to make the amount of scenic sandstone present in Southern Utah.
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Post by 1dave on Mar 9, 2024 12:03:05 GMT -5
Scenic Sandstone near Washington City, Utah. Photos courtesy Don Christian DonAt Kanab, Utah.
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Post by 1dave on Mar 9, 2024 18:26:45 GMT -5
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Post by 1dave on Mar 9, 2024 19:13:00 GMT -5
And began making pipes any place it could exit. The source of the waves was extreme.
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Post by 1dave on Mar 9, 2024 21:26:04 GMT -5
The shockwaves were so extreme that the Quartz sand grains throughout Became electrets ("electricity" + -et from "magnet") the electrostatic equivalent of a permanent magnet. When compressed they generate an electrical field that in turn generates an electromagnetic field. With all that Iron impregnated water racing around, the electric fields captured hematite to quartz grains in spherical shells. Making Making layer after layer of hematite, that later changed to goethite in Moqui Marbles in all sandstone layers over 100 Million years old.
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Post by 1dave on Mar 10, 2024 1:21:42 GMT -5
There was more. There were ponds of water in pools stored in aquifers down in Permian and Triassic Sandstone, being light, when they began vibrating, they began rising to the surface, bringing the surrounding sand with them. You can see them in Kodachrome Basin. Imagine the energy to do this from St George to Moab.
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Post by victor1941 on Mar 14, 2024 10:37:49 GMT -5
Dave, when I lived in San Angelo I found the iron balls and also bought a piece of picture sandstone that I was told came from a local ranch. Is any of this material similar to what you are describing in your articles. Are concretions that are found in Austin the same thing that you are talking about. Thanks for any reply.
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