|
REPLY TO THREAD
|
|
Subject
|
Fault New Madrid. A huge tsunami will hit the United States and Europe.
|
|
User Name
|
|
|
|
|
|
|
| Font color:
Font:
|
|
|
|
|
|
Original Message
|
Will the European tsunami be high when it crosses the path to the Baltic Sea and from here passes through the Gulf of Finland to St. Petersburg? Residents of St. Petersburg should not be careless, as it is in a lowland and although the tsunami will be greatly reduced, the influx of water in St. Petersburg will be greater than any flood that has already been experienced. What does the scattering of a 100 feet high wall of water mean? This means a steady decline in its height to 50 feet, then to 20 feet, then to 10 feet, and so on. Any city located on the water can expect its impact. The great threat to beautiful St. Petersburg and the surrounding lowlands is posed by the pole shift itself, which cannot be avoided anyway. Europe is stretching as the North Atlantic expands and the African plate sinks. In Eastern Europe and the Black Sea, where areas near rivers are losing support, there have already been many accidents characteristic of the stretch zone. Since during the progress of the process of changes at the level of 7 out of 10 possible platforms began to move, this will only intensify, and after that it will become anxiety almost continuously. We have stated that during the pole shift, if not long before it, all dams will collapse. During the European tsunami, with changes of 7 of 10, Lake Ladoga, which is located directly east of St. Petersburg, standing on the Neva River, will be flooded with a tidal wave carrying the impact of the tsunami on this region deep inland.
After stress equalization in the New Madrid Fault, the stress equalization process will begin at the same latitude in the Atlantic, which will cause a surge of waves to the west, from where a line can be drawn through it from the mainland of the United States and Mexico. In the case of a European tsunami, the large rarefaction would be due to the tearing to the sides, and not due to the rise or fall of the earth on both sides of the fault line. When the waters rush from different directions into the rift, they will collide at the center of the rift and rise upward. Therefore, it is impossible to determine in advance in which direction they will want to go - this will very much depend on the existing influence of the Gulf Stream, which will push the water under excessive pressure in its direction. The Gulf Stream tends to swirl in two directions: swirling in a circular motion back to its main stream, and in a northerly direction toward the UK.
|
|
Pictures (click to insert)
|
 |  |  |  |  |  |  |  |  |  |  |  |  |  |  |  |  |  |  |  |  |  |  |  | | | Next Page >> |
|
