European Tsunami - This is not altogether a curse, but a blessing, a life saving maneuver.
European Tsunami
https://www.zetatalk5.com/info/tinfx316.htm
After the New Madrid adjusts, the Atlantic will adjust at the same latitude, across from the continental US and from Mexico, which will surge to the west. This would seem to place the tsunami directly across from the mouth of the Mediterranean and Spain and the coast of Africa. But this is not a typical tsunami that like most has a push in a particular direction. Most tsunami results from a plate dropping or rising, and thus there is a bulk of water with more pressure than the surrounding ocean. Thence the rapid movement away from that point of pressure. If land rises the tsunami is moving away from the back of the rise. If land drops, it is moving from where water has rushed into the void, away from the lip of land that rose above the dropping plate.
For the European tsunami, there will be a large void, a spreading apart, not rising or falling land on either side of the fault line. When water rushes in, it will clash in the center of the rift, and rise up. Thus, undecided in what direction it wishes to go, it will be very subject to the existing Gulf Stream, which will propel the excess water pressure in that direction. The Gulf Stream does not go directly into the mouth of the Mediterranean, which in any case could absorb a tsunami impact and dispel it quickly. The Gulf Stream tends to curl in two directions: curling round in a circular motion back upon itself and heading north toward Britain. Where it curls upon itself, the bulk of the tsunami there will return to the rift again, and settle, not causing any perceptible high tides along the African coast or in the Caribbean.
But the thrust northward will continue and will assault the coastline of the UK directly, and secondarily the coastline of France and Norway. France can anticipate a tsunami of 100 feet, Spain perhaps 30-40 feet, the UK 200-300 feet, and Norway 50-75 feet. The full brunt of the tsunami that strikes the UK will also wash through the English Channel, entering the North Sea, and clashing with any flow coming down from the Norwegian Sea. The lowlands in the North Sea can expect a tsunami an estimated 100 foot high. The speed and force of the tsunami as it reaches these lowlands will be lessened, however, so blockades such as storm doors may be somewhat useful in countries such as the Netherlands. Nevertheless, much flooding will occur, forcing the residents in these countries to face what is coming for them during the pole shift.
Was our statement that the coastlines of some areas would become uninhabitable prior to the pole shift in regards to the European tsunami and potential repeated hits? This and other coastlines will become uninhabitable because of storms from the sea. The coastlines that have been scoured clean of buildings because of the European tsunami will not be resettled, and not just because of insurance issues. There will be repeated tsunamis, though not as large as the initial one we have described, but enough to keep the populace fearful of a repeat. The severe wobble will also create tides that will assault coastlines in predictable places. Follow where the ocean currents go today, and exacerbate them to get an idea of what areas might be hit. This is not altogether a curse, but a blessing, as residents on those coastlines will have moved inland prior to the pole shift, for them, a life saving maneuver.
ZetaTalk ™ July, 2010
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The European tsunami will not just assault Europe with huge waves. There will be high tides along the East Coast too, and those areas that are virtually at sea level will get their first taste of what is to come.
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* http://www.heywhatsthat.com/sealevel.html
* Horror of Tsunami - How do you prepare to avoid tsunami regrets?
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Comment by Juan F Martinez on October 24, 2023 at 10:57am
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The secrets of megatsunamis: Waves over 500 meters high and devastation beyond the ocean - El Pais, 10/24/2023
In Lituya Bay in Alaska, there were only three small boats with six people on board the night of July 10, 1958, when a chaos broke out. The Earth roared and shook as massive waves rose up. An 8.3-magnitude earthquake caused 90 million tons of ice and rocks to fall into the water, creating colossal waves. One of them was 524 meters tall — the largest ever recorded. The walls of water destroyed nearly four-square miles of forest, the few surrounding buildings, the bay lighthouse and two of those boats. It is the largest of the 31 megatsunamis recorded in human history.
One of the big differences between megatsunamis and tsunamis is, logically, the height of the waves. A wave taller than 40 meter is considered a megatsunami. Another difference is in what causes them. While earthquakes are the main origin of conventional tsunamis; in the case of megatsunamis, the causes also include large rock falls, land or underwater landslides, volcanic eruptions and the fall of large meteorites in the ocean. All of this is detailed by Mercedes Ferrer, a researcher at the Geological and Mining Institute of Spain, in her book Megatsunamis, which also explains how to identify megatsunamis and describes the most significant ones.
While 58 tsunamis have been recorded in the last 100 years, there is only historical and geological evidence of 31 megatsunamis in human history. In her book, Ferrer explains that they are rare because the phenomena that cause them do not happen very often. The most common cause is large avalanches. These megatsunamis “originate from a large and sudden displacement of material that enters the sea or a lake,” the author explains.
Paradoxically, megatsunamis are not necessarily the most destructive, nor are they always synonymous with devastation. Conventional tsunamis can travel thousands of miles and reach very distant shores. In contrast, landslide-linked megatsunamis are highly concentrated. They can be locally devastating, but they lose energy as they travel further away from the source. “[Megatsunamis] have occurred mainly in isolated areas where there are no human settlements, so in general they have not affected populations or infrastructure,” says Ferrer.
In their wake, these phenomena leave a large amount of material that they drag from the seabed, such as animal remains, mollusks and blocks of sand, which provide evidence that a colossal tsunami occurred there. Thanks to that, there are now records of these exceptional events.
The most devastating recent tsunamis, classified as megatsunamis due to the height of the waves, occurred in Indonesia in 2004 and Japan in 2011. In the first, the waves reached 50 meters, sparked by a magnitude 9.1 underwater earthquake off the coast of Sumatra in the Indian Ocean. That tsunami caused more than 230,000 fatalities, making it the deadliest on record. The tsunami in Japan was caused by another large earthquake of the same magnitude, generating waves of 40 meters, and killing more than 20,000 people.
More:
https://msn.com/en-us/weather/topstories/the-secrets-of-megatsunami...European Tsunami, predicted by ZetaTalk
https://www.zetatalk.com/info/tinfx316.htm
"...But the thrust northward will continue and will assault the coastline of the UK directly, and secondarily the coastline of France and Norway. France can anticipate a tsunami of 100 feet, Spain perhaps 30-40 feet, the UK 200-300 feet, and Norway 50-75 feet. The full brunt of the tsunami that strikes the UK will also wash through the English Channel, entering the North Sea, and clashing with any flow coming down from the Norwegian Sea. The lowlands in the North Sea can expect a tsunami an estimated 100 foot high. The speed and force of the tsunami as it reaches these lowlands will be lessened, however, so blockades such as storm doors may be somewhat useful in countries such as the Netherlands. Nevertheless, much flooding will occur, forcing the residents in these countries to face what is coming for them during the pole shift."
https://poleshift.ning.com/profiles/blogs/european-tsunami-this-is-...
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Comment by Kojima on December 1, 2022 at 2:38pm
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Inundation height of tsunami and Tsunami run-up height
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Tide observation data / Prediction of tsunami height
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Inundation area overview map / Anticipated Area Map by “HeyWhatsThat Sea Level Rise”
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Comparison of tsunami hight; European tsunami (predicted by ZetaTalk) vs March 2011 Great East Japan Earthquake tsunami (observed actually)
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