Difference between revisions of "Expansion tectonics"
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| − | [[File:CrustalAgeMapNOAA.gif|thumbnail|500px|The Crustal Age map from NOAA is considered by expansion tectonics as the most important geological map in modern geology]]Expansion tectonics is a term coined by Australian geologist [[James Maxlow|Dr. James Maxlow]] to describe the study of an expanding and growing earth and other celestial bodies as compared to the standard [https://en.wikipedia.org/wiki/Plate_tectonics plate tectonics]] which hypothsizes a fixed radius, constant mass earth. Expansion tectonics states that the crustal plates broke apart around 200 million years ago and remain practically intact in their shapes and sizes and that all the continents fit together on a smaller orb. | + | [[File:CrustalAgeMapNOAA.gif|thumbnail|500px|The Crustal Age map from NOAA is considered by expansion tectonics as the most important geological map in modern geology]]Expansion tectonics is a term coined by Australian geologist [[James Maxlow|Dr. James Maxlow]] to describe the study of an expanding and growing earth and other celestial bodies as compared to the standard [https://en.wikipedia.org/wiki/Plate_tectonics plate tectonics]] which hypothsizes a fixed radius, constant mass earth. Expansion tectonics states that the crustal plates broke apart around 200 million years ago and remain practically intact in their shapes and sizes and that all the continents fit together on a smaller orb. |
| − | * Gravity was less in earlier times allowing for the gigantism of plants and animals | + | == Implications == |
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| + | * Gravity was less in earlier times allowing for the gigantism of plants and animals including dinosaurs who many claim could note have existed in today's terrestrial gravitation <ref>Hurrell, Stephen, "Dinosaurs and the Expanding Earth", 3rd ed. Edition, 2011</ref> | ||
* The south pole fits perfectly onto an expanding radius earth and matches agreed up data as to it location go back millions of years | * The south pole fits perfectly onto an expanding radius earth and matches agreed up data as to it location go back millions of years | ||
* Flora and fauna anomalies where plants and animals only reside on islands in the Pacific and on the coasts of the Americans can be explained by a closed pacific ocean. | * Flora and fauna anomalies where plants and animals only reside on islands in the Pacific and on the coasts of the Americans can be explained by a closed pacific ocean. | ||
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== Possible Mechanisms for Expansion and Mass Increase == | == Possible Mechanisms for Expansion and Mass Increase == | ||
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| + | == References == | ||
| + | <references /> | ||
Revision as of 12:46, 25 January 2017
Expansion tectonics is a term coined by Australian geologist Dr. James Maxlow to describe the study of an expanding and growing earth and other celestial bodies as compared to the standard plate tectonics] which hypothsizes a fixed radius, constant mass earth. Expansion tectonics states that the crustal plates broke apart around 200 million years ago and remain practically intact in their shapes and sizes and that all the continents fit together on a smaller orb.
Contents
Implications
- Gravity was less in earlier times allowing for the gigantism of plants and animals including dinosaurs who many claim could note have existed in today's terrestrial gravitation [1]
- The south pole fits perfectly onto an expanding radius earth and matches agreed up data as to it location go back millions of years
- Flora and fauna anomalies where plants and animals only reside on islands in the Pacific and on the coasts of the Americans can be explained by a closed pacific ocean.
History
Expansion Tectonics Today
Possible Mechanisms for Expansion and Mass Increase
References
- ↑ Hurrell, Stephen, "Dinosaurs and the Expanding Earth", 3rd ed. Edition, 2011
