Beyond Plate Tectonics: 'Plate' Dynamics - Revision history

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	{{Infobox paper		{{Infobox paper
	\| title = Beyond Plate Tectonics: \'Plate\' Dynamics		\| title = Beyond Plate Tectonics: 'Plate' Dynamics
	\| author = [[Richard Moody]]		\| author = [[Richard Moody]]
	\| keywords = [[plate tectonics]]		\| keywords = [[plate tectonics]]

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	\| keywords = [[plate tectonics]]		\| keywords = [[plate tectonics]]
	\| published = 2009		\| published = 2009
	~~\| journal = [[None]]~~
	}}		}}

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	[[Category:Expansion Tectonics]]		[[Category:Expansion Tectonics\|plate tectonics 'plate ' dynamics]]

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	Surging will occur whenever acceleration of the plates lubricates the base and sides of the plates and the resistance to energy tied up in the conduit drops dramatically as hot rock deep beneath the ridge drops the viscosity in response to this increase in strain rates. Major new ideas here are that heat flow may be partially lateral, not vertical, and that a singularity in structural geology is suggested.		Surging will occur whenever acceleration of the plates lubricates the base and sides of the plates and the resistance to energy tied up in the conduit drops dramatically as hot rock deep beneath the ridge drops the viscosity in response to this increase in strain rates. Major new ideas here are that heat flow may be partially lateral, not vertical, and that a singularity in structural geology is suggested.

	[[Category:Scientific Paper]]		[[Category:Scientific Paper\|plate tectonics 'plate ' dynamics]]

	[[Category:Expansion Tectonics]]		[[Category:Expansion Tectonics]]

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{{Infobox paper
| title = Beyond Plate Tectonics: \'Plate\' Dynamics
| author = [[Richard Moody]]
| keywords = [[plate tectonics]]
| published = 2009
| journal = [[None]]
}}

==Abstract==

Plate tectonics has served a useful purpose for 40 years; now it is time to take a step away from a kinematic emphasis and focus on process. It is proposed here that the aging seafloor acquires gravitational potential energy as it leaves the ridge and goes from being positively buoyant for the first 30 million years or so to becoming negatively buoyant after that. Where this model differs from conventional wisdom, it is predicted here that Uniformitarianism (Plate Tectonics) occupies 90-99% of the earth?s history and that Catastrophism happens only 1-10% of the time. This model encompasses data sets from both schools of geology.

Glaciers surge; their properties are similar to plates. Glaciers consist of an elastic discontinuous material, snow and fern, at the surface. Sediments and pillow basalts occur beneath the surface of seafloor. Down section, we get a continuous elastic medium, un cracked ice in glaciers and the sheeted dyke sequence in the seafloor. Both grade downwards in into first a ductile and then a plastic region at the base.

Surging will occur whenever acceleration of the plates lubricates the base and sides of the plates and the resistance to energy tied up in the conduit drops dramatically as hot rock deep beneath the ridge drops the viscosity in response to this increase in strain rates. Major new ideas here are that heat flow may be partially lateral, not vertical, and that a singularity in structural geology is suggested.

[[Category:Scientific Paper]]

[[Category:Expansion Tectonics]]