Catastrophic plate tectonics
From CreationWiki, the encyclopedia of creation science
Catastrophic plate tectonics was derived by Dr.John Baumgardner. It is basically plate tectonics on over drive. It is based on computer modeling and provides a scientific description of the flood of Noah. It provides a source of water, describes the fountains of the great deep even if weakly. It also provides for the recession of the flood waters.
Its big advantage is that it fits in with standard geology better than other flood models. It allows standard interpretations of events like earthquakes and volcanic activity to be accepted. Unfortunately, it also renders it poor for making predictions different from standard plate tectonics, thus making it harder to test. Catastrophic plate tectonics is probably the easiest flood model for some trained in uniformitarian geology to accept since it simply requires them to speed up what they have been taught.
The main problem; with this theory is that it generates way too much heat, but this can be dealt with. The other difficulty is that it is too reliant on evolutionary relative dating methods. However, it has no Biblical problems, and is fairly popular and the difficulties are not insurmountable.
Related References
- AiG's Forum on Catastrophic Plate TectonicsEx Nihilo Technical Journal 16(1):57 April 2002
- Catastrophic plate tectonics: the geophysical context of the Genesis Flood by John Baumgardner
- Catastrophic Plate Tectonics - The physics behind the Genesis Flood by John Baumgardner. Presented at the Fifth International Conference on Creationism. August 4-8, 2003
- Computer Modeling of Tectonics Associated with the Genesis Flood by John Baumgardner. Presented at the Third International Conference on Creationism July 18-23, 1994
- Is catastrophic plate tectonics part of Earth history? by Michael Oard
- Runaway Subduction as the Mechanism for the Genesis Flood by John Baumgardner. Presented at the Third International Conference on Creationism July 18-23, 1994
- Flood models: the need for an integrated approach by by A.C. McIntosh, T. Edmondson & S. Taylor. Technical Journal 14(1):52–59 April 2000
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