CLIMATE CHANGE

The connection between a shift of the earth crust and climate change is the daily amount of sunlight. The amount of sunlight in a certain region determines to a large extend the average temperature of the region, and the average temperature determines to a large extend the local climate. The amount of sunlight is highest at the equator and smallest at the poles, hence the deserts in the one and the ice caps in the other region.

One might think that the shift would change everything on earth, but that is not true. A shift of the poles from one position to another can be depicted as a rotation along the circle that connects old and new position. Along this circle, every point on earth changes in latitude by the same amount; if the shift corresponds to ten degrees, half of the points get to ten degrees higher above the equator, and half get to ten degrees lower. Those that get higher will get colder, those that get lower, will get warmer. However, those around the equator are less effected, for two reasons. Firstly, there are the regions that lie about five degrees below; they shift to five degrees above, so get roughly the same amount of sun. And secondly: the amount of energy delivered by the sunlight also depends on the angle between the ground and the sun (the sun is most intense if it stands vertically over your head), and in the equatorial regions a shift of five degrees doesn’t change this angle very much.

Besides the equatorial regions, the other region less effected are those that do not shift. There are such regions, because the rotation corresponding to the pole shift also keeps two points exactly on the same place, and large regions that don’t shift much. For the pole positions given in the picture in Pole shifts, the corresponding rough positions of the equator (in reality the red lines would be curved). The current position of the equator is in each globe on the left hand side the horizontal line through the middle.

Together with the equator, the tropics and sub-tropics lines and regions also shift. Note that for example Brazil and Arabia would be close to the equator in all 3 situations.

So the weather or climate prediction following form an earth crust shift is that in some regions this will change dramatically, literally overnight, and other regions will hardly change at all.

This is a prediction based on theory, so in order to substantiate the theory, we must look for proof of the prediction. Now it is known that there are puzzling occurrences of mass extinction of animals, mainly the larger mammals. Well-known are the examples of the sabre-tooth cat-likes and the mammoths from North America, dated between ten and twenty thousand years ago. Even more well-known is the disappearance of the mammoths from Northern Asia, from what is now called Siberia, named after its present bitter and cold environment. However, the mammoths that have been found made their living on plants growing in much more moderate climates. Besides, the mammoth remains that have been found were not only bones, but almost the entire body, flesh and all, complete to such a degree that their stomach contents could be analyzed for their diet. Now everybody knows that biological material decays quickly, and flesh the quickest of all. There is only one natural way to stop this process completely: to deep freeze it, and to do this quickly after the animal has died. And here we are talking about a matter of days, not of weeks.

There is no other sensible solution for the occurrence of entire, deep frozen, mammoths than an almost immediate change to a much colder climate in the region. It is precisely the kind of phenomenon predicted by earth crust displacement, and for which no other reasonable explanation exists. Also the possible dates for the extinctions coincide with the possible dates of the displacements. So we may take the earth crust displacement as a proven phenomenon.

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