The Geology of Mountain Building and Valley Formations
Yosemite Valley and Niagara Falls created during the last pole shift hold clues to the geology of mountain building and valley formations on Earth. Both are located along fault lines had their local plates violently uplifted during the last passages the 12th planet. The severity of plate subduction located along the California coast raised the valley walls of Yosemite by a factor of 10 in height over Niagara Falls. The magma flow responsible for Niagara Falls uplift located in the Eastern part of U.S. encountered a smaller plate obstruction and subduction at the base that created the Appalachian mountain range was minor. The natural weak points or fault lines in plates were not only thrust upward, but also stretched as the magma dragged the crust creating breaks and expansive fissures. The land once expanded, which was located in between, loss plate connective support. The result was the future valley floor falling almost to the original elevation of the land before the uplift, leaving shear drop offs. One only has to examine recent shear canyons to see matching break points along the opposite sides of a wandering gorge. The lakes and rolling valleys are only moderate examples of this geological event. Weak points in the crust created sink holes mild fissures and depending upon the local water table they either became low points in the land topography or variations of lakes and rivers. Current theories of the Ice Age scouring the canyons are incorrect. Any valley created by an ice flow or glacier would smooth the edges of a valley and leave a debris trail or moraine. All of which are missing in most valleys and lakes in the U.S. What has confused most scientists is that the Ice age was not the result of global cooling, but the repositioning of the north and south poles after a pole shift. How do you think evidence of tropical zones is found in colder region of the Earth? If there were warm regions in Siberia, how hot was it at the equator? Our orbital distance away from the Sun is stable and carbon dioxide levels detected in ice core samples were never high enough to cause an irreversible green house effect. Therefore it is the movement of the poles that changes the climate and the position of the landmasses relative to the equator, not a series of ice and warm ages.
All Rights Reserved: © Copyright 2002