Tuesday, January 26, 2016

Quakes; An invisible force acts upon the Earth

Have you ever wondered what causes the mechanism responsible for causing earthquakes? In other words, what causes the crust to move in the first place? This could very well do with a phenomenon that is under progress as we speak, and is set to last until around mid February. The explanation may cause some people to become skeptical. Why? Because many may find it to sound supernatural. Well, at least initially. Let's begin. There's an invisible force that acts upon the Earth. This force emanates from well beyond Earth. And it has the ability to extend over the entire expanse of space. Collectively, this force has an influence on Earth. One that can be both relatively tiny yet can be very significant and detectable at the same time. This force is commonly known as gravity. It has the ability to trigger earthquakes on Earth. The amount of gravity that tugs on Earth is most noticeable during tides. However, sometimes there is an increased amount of gravity on Earth despite the fact that the moon or sun is acting upon it. This is currently under progress, and is set to last until around mid February. This increased amount of gravity comes from the alignment of the five inner planets, those which are the closest to Earth. In this instance,we would essentially undergo a decreased amount of gravity emanating from Earth, although the Earth's gravity itself doesn't become less powerful. It's just being counteracted by the five planets. And this is one cause of why Earthquakes occur in the first place, because as a result, tectonic plates are influenced by this change in gravity! The evidence stems from the correlation between how the location of the various planets influence earthquake frequency and/or intensity. Although the fact is that we just don't notice it that much unless the moon is real close by along with the sun at the same time. Now, the gravity that is brought upon by the moon is a main factor in the phenomenon of annual tidal waves. And when this effect is "multiplied" by that of other planets it can cause the tides to be even greater. In one instant, the tidal bore of one of the major rivers of China swelled to catastrophic height, thanks to a combined influence of the moon and sun. You know, it's interesting how people talk about rising sea levels. Well, I don't know how significant it is. However, we've had a big problem with that here in the Great Lakes recently. That followed after the lakes were left with an exceptionally high amount of water due to the fact that they had an unusually high amount of surface area covered with ice after the end of the winter season. Basically, they were flooded. During high tide, these high water levels caused lots of beach erosion, leaving beaches totally washed out. Now, I don't know how high the water levels are as of now in the great lakes. Someday I will have to go over there and see for myself. The state of Michigan, in which I live, is practically identical to that of Florida in some ways. One of those being that it's a peninsula, and the second being that much of it comprises of wetlands. Yet there are still lots of areas here that I think would stay above water in the worst case scenario, for quite a while. That is the one thing that makes us better than Florida. People will probably enjoy Michigan a little bit longer. Even if this is a process that takes an enormous amount of time. The issue with the great lakes, however, is not always that straightforward. Either they rise in elevation, or they become lower and lower. So, no matter what the scenario might be, the lakes will probably still suffer. And as always, there will be "fuel" available for those of us who are not against climate change at all. And one of the future sources in of this "fuel" will be the Great Lakes.
Let's get back to earthquakes. It is theorized that another influence on the Earth's vibrations comes from another, probably more astonishing source. The solar wind. Energetic particles have what's best known as a "butterfly effect" on the Earth's surface.

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