70% of the Earth is Oceans and Seas, and deep water regions make up 90% of it's area. Deep sea temperatures vary from just above freezing to 39 degrees making up 63% of our worlds surface. When we add Antarctica, Greenland, all the Glaciers and Mountain peeks along with the permafrost regions of the world, well more than 70% of the planets surface soils, above and below water, never exceed 40 degrees Fahrenheit. Only the continental plates exposed above the waters surface attain temperatures that exceed this.
Human activity is not able to heat the water of our world to levels greater than natural, although during the era of pollution we did alter and cool the jet streams of the North Atlantic by increasing resistance to incoming solar energy.
With the exception of a few minor elements, all materials follow the coefficient laws of expansion and contraction. Even water does, until its tipping point. When elements heat they expand, and when cooled, they contract. America is approximately 3,000-miles wide (15,840,000 feet). Granite and limestone, have an expansion rate of .0000044 inch per degree, 4,4 micro-inches per degree Fahrenheit Engineers tool box of the coefficients of various materials is located here. If the North American plate were one solid piece of granite 3,000 miles wide, the plate would expand or contract 70 feet for every degree in alteration and current measurements are exceeding 3.6F. This is a total expansion of 252 feet, and every season this will increase/decrease a total of 70 feet both east and west from the point. The North American plate, and all plates will, according to the laws, apply more pressure outwards and against other plates during times of warmth, and less pressure along these regions when cooled. This impact, due to sheer mass, explains cycles and events that had been found around the world. Deep subterranean regions are known to alternate less than 1C per year, or more than 1F yearly.
The plates are locked together through mass and maintain stability, but during the seasons the pressure with neighboring plates rises and declines.
Granite makes up only 25% of the tectonic plates and for its size has the smallest expansion properties of the natural elements along with limestone and marble, meaning the expansion will be greater due to water, clay, and sand. The heat increases molecular movement that also increases pressure within a sealed system. As the planet tilts on its axis and enters into summer, it heats and the plates expand. By July, they are fully expanded in the southern region of the northern hemisphere and expands northward until the northern region is fully expanded by August. The opposite would apply to the southern hemisphere.
Volcanic research continues to confirm and validate this effect by demonstrating seasonal periods of accelerated activity, and periods of relative calm.
Human activity is not able to heat the water of our world to levels greater than natural, although during the era of pollution we did alter and cool the jet streams of the North Atlantic by increasing resistance to incoming solar energy.
With the exception of a few minor elements, all materials follow the coefficient laws of expansion and contraction. Even water does, until its tipping point. When elements heat they expand, and when cooled, they contract. America is approximately 3,000-miles wide (15,840,000 feet). Granite and limestone, have an expansion rate of .0000044 inch per degree, 4,4 micro-inches per degree Fahrenheit Engineers tool box of the coefficients of various materials is located here. If the North American plate were one solid piece of granite 3,000 miles wide, the plate would expand or contract 70 feet for every degree in alteration and current measurements are exceeding 3.6F. This is a total expansion of 252 feet, and every season this will increase/decrease a total of 70 feet both east and west from the point. The North American plate, and all plates will, according to the laws, apply more pressure outwards and against other plates during times of warmth, and less pressure along these regions when cooled. This impact, due to sheer mass, explains cycles and events that had been found around the world. Deep subterranean regions are known to alternate less than 1C per year, or more than 1F yearly.
The plates are locked together through mass and maintain stability, but during the seasons the pressure with neighboring plates rises and declines.
Granite makes up only 25% of the tectonic plates and for its size has the smallest expansion properties of the natural elements along with limestone and marble, meaning the expansion will be greater due to water, clay, and sand. The heat increases molecular movement that also increases pressure within a sealed system. As the planet tilts on its axis and enters into summer, it heats and the plates expand. By July, they are fully expanded in the southern region of the northern hemisphere and expands northward until the northern region is fully expanded by August. The opposite would apply to the southern hemisphere.
Volcanic research continues to confirm and validate this effect by demonstrating seasonal periods of accelerated activity, and periods of relative calm.