Last Weeks Sloshing

* Tidal Range

(1) Last Weeks

1. Severe Wobble

2. Static Lean to the Left

3. Gradual movement of the Earth, such as into the 3 days of darkness, or into 6 days of sunrise west:

4.Slowing Rotation

5. Rotation Stoppage

(2) Pole Shift

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* 7 of 10: Slower pace and more gradual New Madrid Adjustment

* ZetaTalk Chat Q&A for June 5, 2010; Last Weeks Sloshing

* ZetaTalk Newsletter - Severe Wobble Implications

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* Tidal Range

https://en.wikipedia.org/wiki/Tidal_range

Tidal range is the difference in height between high tide and low tide. Tides are the rise and fall of sea levels caused by gravitational forces exerted by the Moon and Sun, by Earth's rotation and by centrifugal force caused by Earth's progression around the Earth-Moon barycenter. Tidal range depends on time and location.

The typical tidal range in the open ocean is about 1 metre (3 feet) – mapped in blue and green at right. Mean ranges near coasts vary from near zero to 11.7 metres (38.4 feet), with the range depending on the volume of water adjacent to the coast, and the geography of the basin the water sits in. Larger bodies of water have higher ranges, and the geography can act as a funnel amplifying or dispersing the tide.

The world's largest mean tidal range of 11.7 metres (38.4 feet) occurs in the Bay of Fundy, Canada (more specifically, at Burntcoat Head, Nova Scotia). The next highest, of 9.75 metres (32.0 feet), is at Ungava Bay, also in Canada, and the next, of 9.60 metres (31.5 feet), in the Bristol Channel, between England and Wales. The highest predicted extreme (not mean) range is 17.0 metres (55.8 feet), in the Bay of Fundy. The maximum range in the Bristol Channel is 15 metres (49 feet). The fifty coastal locations with the largest ranges worldwide are listed by the National Oceanic and Atmospheric Administration of the United States.

Some of the smallest tidal ranges occur in the Mediterranean, Baltic, and Caribbean Seas. A point within a tidal system where the tidal range is almost zero is called an amphidromic point.

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(1) The Last Weeks

http://www.zetatalk.com/menukons.htm

1. Severe Wobble (9 day):

[Day1-9]

* Oceans move with the land.

* Earth’s Rotation continues to moves in the same direction.

* The sloshing will be a N/S direction, back and force (every 12 hours), with the Moon’s influence.

* In that the severe wobble slosh will be 200-300 feet high, this will scarcely be noted.

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

[ https://www.zetatalk.com/index/zeta586.htm ; Wobble Sloshing; written August 25, 2011]

More tidal changes than at present (earth wobble); The oceans move with the land, during a severe wobble, and the Earth's rotation continues to moves in the same direction, so water movement such as ocean currents are predictable and similar to what exists today.

Thus as the globe is pushed violently northward, the waters in the Pacific will slosh southward, and waters in the Atlantic will slosh in the opposite direction, northward.

Hold a globe in your hands with the Pacific Ocean facing you, and push the N Pole forcefully away to see how the land will move under the ocean.

It is essentially that for the Pacific, the northern coastlines will be pushed under the ocean, and for the Atlantic, the southern coastlines will be pushed under the ocean.

Then, 12 hours later, this reverses. The sloshing will be in a N/S direction, back and froth, with the Moon's influence, as we have stated, still trying to pull the waters toward it, creating its normal tide on top of the severe wobble slosh.

In that the severe wobble slosh will be 200-300 feet high, this will scarcely be noted.

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

2. Static Lean to the Left (4.5 day):

[Day10-14.5]

When a lean to the left is in process, the land is moving left while the water wants to remain, so tides are predictably higher where the lip of land is moving under or pushing the water.

Likewise for a return, a lean to the right, though the coastlines affected would be opposite to those affected by a lean to the left.

When the Earth is laying on its side, in a static position, leaning to the left, the oceans will return to their expected position and currents because rotation continues and gravity controls where they water lies.

3. Gradual movement of the Earth, such as into the 3 days of darkness, or into 6 days of sunrise west:

[Day 14.5-25]

results in similar unexpected high tides. All is relatively normal except during a change in position of the globe.

4.Slowing Rotation:

[Day 26-43]

When a slowing rotation occurs, over several weeks, there is pooling of the water at the poles, as we have explained.

This is due to centrifugal force no longer pulling water toward the Equator.

Water movement is not a rapid matter here, and the depth at the poles has scarcely begun to be noticed before the pole shift occurs.

Those affected will primarily be those living around the Arctic Circle, or at the tip of S America, but as the rise will be gradual, this is not expected to be devastating.

5. Rotation Stoppage:

[Day 44-49]

Conversely, all lands to the east and west of the Atlantic Rift, which is being drawn taught, will find their tides shockingly high during the week of rotation stoppage.

The stretching of land along the Atlantic, where for instance a loss of sea level elevation up to 150 feet is expected in Florida, is not as noticeable during rotation stoppage because of polar pooling, though much of Florida will be inundated during this time.

(2) Pole Shift

Pole Shift Tides: (During the hour of the pole shift) [Day 50]

Sudden push of land under water that causes the pole shift tides of 500 feet in height along coastlines

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We are currently just before the start of the Last weeks, meaning we are in the final stages of 7 of 10 scenario and the overlapping 8 of 10 scenario.

When the New Madrid Adjustment reaches its final stage, a European tsunami is expected to occur, followed by continuous plate movement.

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* 7 of 10: Slower pace and more gradual New Madrid Adjustment

https://poleshift.ning.com/profiles/blogs/7-of-10-slower-pace-and-more-gradual-new-madrid-adjustment

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* ZetaTalk Chat Q&A for June 5, 2010

http://www.zetatalk.com/ning/05ju2010.htm

Q18: Last weeks sloshing

Setting aside the European tsunami, which has been addressed as a separate issue and well discussed, this is what Europe and the rest of the world can anticipate. Where there are high tides due to the current Earth wobble, sloshing will get worse during the severe wobble of the last weeks. Then there is the matter of rotation slowing the globe to a stop, and then the sudden hour of the pole shift. During all of this, the water depth, the direction of flow, and the force of this flow are factors to be considered. The Earth wobble, which happens twice a day, has increased weather irregularities, but the severe wobble during the last weeks will cause more tidal changes than at present. The severe wobble is not rapid, however, but a slow lop over to this side, then a slow lob over to that side. So even though the globe wobbles like a top about to fall over, this is not the sudden push of land under water that causes the pole shift tides of 500 feet in height along coastlines.

The oceans move with the land, during a severe wobble, and the Earth's rotation continues to moves in the same direction, so water movement such as ocean currents are predictable and similar to what exists today. But during a lean, or a change in direction during a lean, tides can be expected to be much higher. When a lean to the left is in process, the land is moving left while the water wants to remain, so tides are predictably higher where the lip of land is moving under or pushing the water. Likewise for a return, a lean to the right, though the coastlines affected would be opposite to those affected by a lean to the left. When the Earth is laying on its side, in a static position, leaning to the left, the oceans will return to their expected position and currents because rotation continues and gravity controls where they water lies. Any gradual movement of the Earth results in similar unexpected high tides, such as into the 3 days of darkness, or into 6 days of sunrise west. All is relatively normal except during a change in position of the globe.

When a slowing rotation occurs, over several weeks, there is pooling of the water at the poles, as we have explained. This is due to centrifugal force no longer pulling water toward the Equator. Water movement is not a rapid matter here, and the depth at the poles has scarcely begun to be noticed before the pole shift occurs. Those affected will primarily be those living around the Arctic Circle, or at the tip of S America, but as the rise will be gradual, this is not expected to be devastating. Surely, by now, they understand that a global catastrophe is occurring. Conversely, all lands to the east and west of the Atlantic Rift, which is being drawn taught, will find their tides shockingly high during the week of rotation stoppage. The stretching of land along the Atlantic, where for instance a loss of sea level elevation up to 150 feet is expected in Florida, is not as noticeable during rotation stoppage because of polar pooling, though much of Florida will be inundated during this time.

During the hour of the pole shift, the sudden movement of the globe sets the high tides we have described into motion immediately. Here again the tide can be expected to rise up on the lip of land sliding under the oceans, and this is true worldwide. Europe will find the tide coming from the North Sea. Australia will find the tide assaulting its southern coasts. During the hour of the pole shift, the Atlantic will rip open and water that has pooled at the poles will pour into this rent as the globe moves under the water. But this will not lessen the pole shift tides assaulting Europe as the rent is in the center of the Atlantic, not along the sides.

We have mentioned the devastation that Indonesia and the Philippines suffer when the Pacific compresses, water rushing out of the Pacific and to the Indian Ocean. This comes later during the pole shift hour itself, when the initial slosh of water due to the shift has already begun to pulls back to slosh on opposite shores. Those in Asia will first find water assaulting from the south, the pole shift tides we have predicted. Then after the shift, when the reverse slosh has started, there will also be this press from the side as the Pacific compression finalizes. This causes turmoil in the water flow, devastating to those in boats trying to make their way out of Indonesia and the Philippines. Huge whirlpools develop and will swamp even large boats.

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* ZetaTalk Newsletter - Severe Wobble Implications

https://www.zetatalk.com/newsletr/issue518.htm

Severe Wobble Implications

The Zetas have hinted broadly that the Council of Worlds may allow a severe wobble to occur, as is detailed in Issue 516 of this newsletter. Where it was addressed in 2010 and 2011, and has always been on the books, so to speak, for the Earth, it is time to revisit the subject. A severe wobble is not as bad as the sloshing that will occur during the hour of the Pole Shift, which will be tidal waves 500-600 feet high. A severe wobble is less than half that height, at 200-300 feet. In addition, the tidal waves are like a tide rolling in, not a giant wave crashing down, as depicted in the Dees illustration below. This is the nightmare most people entertain when they hear of Nibiru induced tidal waves. But a severe wobble will be bad enough.
ZetaTalk Warning 8/25/2011: Planet X is approaching mainly from the right, in its retrograde orbit, though also somewhat Sunside on its way outbound from the Sun. The severe wobble will merely be an exaggeration of the existing wobble, where the magnetic N Pole is pushed as its current location in the Arctic near Siberia rolls over the horizon. As the globe is pushed violently northward, the waters in the Pacific will slosh southward, and waters in the Atlantic will slosh in the opposite direction, northward. For the Pacific, the northern coastlines will be pushed under the ocean, and for the Atlantic, the southern coastlines will be pushed under the ocean. Then, 12 hours later, this reverses. The sloshing will be in a N/S direction, back and froth. The severe wobble slosh will be 200-300 feet high.

Now that I have your attention, just what will a severe wobble potentially entail? Severe wobble sloshing is less than the Pole Shift sloshing, as during the Pole Shift the crustal shift stops, with the water on the move continuing up to a 500-600 foot tide. But during a severe wobble the globe reverses and returns, essentially moving back under the moving water, so the slosh is stopped. This high tide is more akin to the high tides experienced during a storm surge, where they roll in, as a tide, and prove to be above the normal tide for that particular stretch of coastline. However, where a storm surge is usually 20 feet above normal, severe wobble tides can be 200-300 feet above normal.

ZetaTalk Pole Shift Slosh Description 2001: This is a flood tide, with the lip of the water being its highest point, rising like a silent tide endlessly on the rise, the wave rolling inland without a crashing back and forth, just a steady progressive inundation. To those at the mercy of such a flood tide, their first thought is to climb above the tide. Soon they are standing on the highest point they can reach, and still the water, flowing inland steadily, rises. Afloat on a boat or flotsam, they will be dragged inland with the flow until a reverse slosh begins, the water flowing back into its bed but in the nature of water during a slosh, overshooting this other side so that both sides of the ocean experience this flood tide, alternately, for some days until the momentum diminishes. When the flood tide recedes, those afloat are in danger of being dragged far out to sea with the flow, as the water will rush to its bed unevenly, more rapidly where it can recede the fastest.

The Zetas equate the flood tide potential during a severe wobble to be more like the 2004 Ache tsunami, which rose to 100 feet in height and rolled in like a high tide.
2004 Indian Ocean Earthquake and Tsunami

https://en.wikipedia.org/wiki/2004_Indian_Ocean_earthquake

Triggered a series of devastating tsunamis along the coasts of most landmasses bordering the Indian Ocean, killing 230,000 people in 14 countries, and inundating coastal communities with waves up to 30 metres (100 ft) high. Scientists investigating the damage in Aceh found evidence that the wave reached a height of 24 metres (80 ft) when coming ashore along large stretches of the coastline, rising to 30 metres (100 ft) in some areas when traveling inland. The very high fatality in the area is mainly due to the unpreparedness of the population from such an event. Helicopter survey showed entire settlements virtually destroyed with destruction miles inland with only some mosques left standing, which provided refuge for the people from the tsunami.

ZetaTalk Prediction 8/27/2016: We have explained in prior ZetaTalk that wobble sloshing is not as devastating as the Pole Shift sloshing. The primary reason for this is that wobble sloshing reverses, self corrects, where Pole Shift sloshing occurs when the crustal shift places the crust in a new position, and there it stays. We have stated that wobble sloshing during a severe wobble will result in high tides 200-300 feet high, and that the Pole Shift tides can be expected to be 500-600 feet high. In both cases, the higher tide is a result of tidal bore, the geology of the coastline, where water is funneled upward as it has nowhere else to go.

There are other differences between a severe wobble and the Pole Shift itself. As Nibiru tightens its grip on the planets caught in the cup, Nibiru pulls to the right of the Earth steadily and the Earth and her sister planets (Venus and the Dark Twin) squeeze to the left. The Pole Shift is unleashed when Venus and the Dark Twin escape the cup, allowing Nibiru to draw closer to the Earth, but for a severe wobble these extreme positions are not in place. Nibiru is still not directly to the right of the Earth, nor is it close.

Thus the severe wobble is a combination of a swing to the left into a lean to the left and back again, and a swing of the N Pole away into extreme darkness for the Northern Hemisphere and then back again. It will not reach the extremes that we have described for the Last Weeks. Nevertheless, it will be extreme enough that the entire population of the World will notice that something is amiss, the Sun very much out of place, and the establishment will not be able to sputter excuses fast enough. The people will know that the establishment is lying, and any such lies will doom the establishment to becoming a hollow voice no longer believed on any matter.

If we have advised that during the hour of the Pole Shift, people be 100 miles inland and 200 feet above sea level to evade the Pole Shift sloshing. One could assume this to be approximately half that for a severe wobble, thus being 50 miles inland and 100 feet above sea level should suffice. However, local variances will exist, causing tidal bore, causing the tide to roll further inland before stopping, and caution would of course be better than not. We have described the severe wobble as likely to commence suddenly, without warning, so our advice for those likely to be affected is to sleep on the roof, or above ground, or be prepared to move if alarms are sounded.

This will be a flood tide, not violent waves accompanied by high winds and flying debris. One could look to the tsunami in Ache in 2004 as an example of a flood tide rolling inland. The elephants knew, and took to the hills, but mankind does not listen well. It should be noted that we described the effect of a severe wobble back in 2011, and 5 years have passed since that time. A severe wobble was always in the cards, for mankind, for the Earth. We also described devastating tides as a result of 7 of 10 plate movements, particularly against Europe. Such devastation occurring prior to the hour of the Pole Shift should be viewed ultimately as saving lives, in that mankind will move away from the coastlines.

Who is listening to the ZetaTalk warning about a possible severe wobble? We have in the past stated that Heads of State read ZetaTalk, and it is taken seriously. As evidence of this we have a sudden reaction in the German government, announcing that their citizens should be prepared to have a 10 day supply of food and water at hand. No particular threat was specified, though natural disasters were mentioned. Germany, and much of Europe, is lowland and would become quickly flooded by a severe wobble flood tide.

ZetaTalk Prediction 8/27/2016: What is Germany anticipating, that they are about to instruct their citizens to have enough food and water to sustain themselves for 10 days. Natural disaster or an attack was mentioned, but neither seems eminent. A terrorist attack would be local, and not require food and water for the entire country. What attack would occur? Unless NATO attacks Russia, there is no conceivable conflict. Do Merkel and the German government fear that ISIS has so thoroughly infiltrated Germany that the country could erupt into civil war between ISIS and the German people? Since Merkel is still extending a welcoming hand to immigrants from Syria, this does not seem to fix.

Thus, the only cause left is a natural disaster. Germany is lowland, at least the northern part of the country, and would be awash if a major sloshing of the Atlantic were to occur. Of course this would also be true of the Netherlands, Denmark, the eastern coast of France, and parts of the UK, but they are not Germany’s concern. We have been hinting broadly that to provide cover for Dunford to delay and defer the 2016 elections, the Council of Worlds might give Dunford cover, and the most likely event would be a severe wobble. Such an event as described in detail by ourselves would potentially cause flooding in Germany. It is obvious that Merkel and the German government take ZetaTalk seriously.

This was then followed by a similar warning by the Czech Republic, Germany’s neighbor. Why would an ISIS terror attack, a local affair, require citizens to be “self-sufficient”? In that the lands to the North of the Czech Republic would be flooded to a great extent, they would likely have a refugee crisis from the North. If all of Berlin were to head directly to the highlands, they would arrive in the Czech Republic. Then rumors from Finland hit the news, with citizens quietly being told to stockpile food and water. Finland has a long coastline, surrounded on three sides by the Gulf of Finland and the Gulf of Bothnia. Then news emerged that western and central Russia were calling up their Reserves. This was all postured in the context of war, but other European states were strangely passive if this was the case. It fits a pending slosh, a tidal bore up toward Finland, not war.

And where is that water to go, sloshing in from the Atlantic, when it arrives at Finland? It would bore inland, as it has nowhere else to go. Tidal bore is water on the move as the pressure behind it is unrelenting, as the Zetas explained at the start of the ZetaTalk saga. During the Pole Shift tides, or tides accompanying a severe wobble, tidal bore should be expected.

ZetaTalk Explanation 6/1/1999: Those who have witnessed tidal bore roaring up a ravine are astonished that water does not seem to respect the relative sea level during those times. What makes the water climb? Water pressure drives water to climb above its level because at the point where the pressure build, it takes the easiest path. When the force of pressure is extreme, compressing the water at lower levels, the path of least resistance is taken. During a tidal wave, this path is away from the bulk of water. A tidal wave moves inland until one of two situations occurs: the level to which it has climbed is higher than the level elsewhere, and the wave recedes, or the pressure behind the wave decreases.

Where tidal waves meet mountains, this can result in tidal bore up ravines. Where tidal waves flow inland, this results in a flood tide going hundreds of miles inland. Where the tidal wave finds foot hills or barriers, the force of the wave is broken such that it is slowed, allowing a reduction in pressure behind the wave to arrive before the wave moves far inland. But where the tidal wave finds virtually no barriers, due to the land being flat, it becomes water on the move, and this very momentum carries it far inland, and above a height that would otherwise be expected.

Why would Europe be more affected during a severe wobble than the rest of the world? Europe is at the receiving end of Atlantic tides, which will tend to get caught after they flow through the English Channel and into the Bay of Finland. Sloshing water will move along with existing tides. Elsewhere around the globe, a severe wobble tide will not get trapped, though the East Coast of the US is vulnerable, as is China, due to extensive lowlands.

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https://www.zetatalk.com/ning/27ag2016.htm

Q4: Severe Wobble implications

Recently, the Zetas have indicated that the severe wobble which may be caused by the World Council, can already potentially cause flooding in Germany. Can the Zetas tell us more about what could happen to coastlines during this possible event (possible wave height and etc)? And generally what to expect? Of course Zetas from the beginning said that coastal areas are not safe, but possible explosive rate of wobble make people more unprepared. Will it have an explosive or fast growing rate? [and from another] I just read recent ZT regarding the severe wobble and flooding but it only says that parts of Europe might be flooded. What about the East Coast? I live in New York City. Will it also get flooded when the Council of Worlds creates the severe wobble so that Dunford can cancel the elections? How can he cancel the elections if only Europe is afflicted and not the US? Will this severe wobble occur before or after the announcement re Nibiru? [and from another] https://en.wikipedia.org/wiki/2004_Indian_Ocean_earthquake_and_tsunami Triggered a series of devastating tsunamis along the coasts of most landmasses bordering the Indian Ocean, killing 230,000 people in 14 countries, and inundating coastal communities with waves up to 30 metres (100 ft) high. Scientists investigating the damage in Aceh found evidence that the wave reached a height of 24 metres (80 ft) when coming ashore along large stretches of the coastline, rising to 30 metres (100 ft) in some areas when traveling inland. The very high fatality in the area is mainly due to the unpreparedness of the population from such an event. Helicopter survey showed entire settlements virtually destroyed with destruction miles inland with only some mosques left standing, which provided refuge for the people from the tsunami.

We have explained in prior ZetaTalk that wobble sloshing is not as devastating as the Pole Shift sloshing. The primary reason for this is that wobble sloshing reverses, self corrects, where Pole Shift sloshing occurs when the crustal shift places the crust in a new position, and there it stays. We have stated that wobble sloshing during a severe wobble will result in high tides 200-300 feet high, and that the Pole Shift tides can be expected to be 500-600 feet high. In both cases, the higher tide is a result of tidal bore, the geology of the coastline, where water is funneled upward as it has nowhere else to go.

There are other differences between a severe wobble and the Pole Shift itself. As Nibiru tightens its grip on the planets caught in the cup, Nibiru pulls to the right of the Earth steadily and the Earth and her sister planets (Venus and the Dark Twin) squeeze to the left. The Pole Shift is unleashed when Venus and the Dark Twin escape the cup, allowing Nibiru to draw closer to the Earth, but for a severe wobble these extreme positions are not in place. Nibiru is still not directly to the right of the Earth, nor is it close.

Thus the severe wobble is a combination of a swing to the left into a lean to the left and back again, and a swing of the N Pole away into extreme darkness for the Northern Hemisphere and then back again. It will not reach the extremes that we have described for the Last Weeks. Nevertheless, it will be extreme enough that the entire population of the World will notice that something is amiss, the Sun very much out of place, and the establishment will not be able to sputter excuses fast enough. The people will know that the establishment is lying, and any such lies will doom the establishment to becoming a hollow voice no longer believed on any matter.

If we have advised that during the hour of the Pole Shift, people be 100 miles inland and 200 feet above sea level to evade the Pole Shift sloshing. One could assume this to be approximately half that for a severe wobble, thus being 50 miles inland and 100 feet above sea level should suffice. However, local variances will exist, causing tidal bore, causing the tide to roll further inland before stopping, and caution would of course be better than not. We have described the severe wobble as likely to commence suddenly, without warning, so our advice for those likely to be affected is to sleep on the roof, or above ground, or be prepared to move if alarms are sounded.

This will be a flood tide, not violent waves accompanied by high winds and flying debris. One could look to the tsunami in Ache in 2004 as an example of a flood tide rolling inland. The elephants knew, and took to the hills, but mankind does not listen well. It should be noted that we described the effect of a severe wobble back in 2011, and 5 years have passed since that time. A severe wobble was always in the cards, for mankind, for the Earth. We also described devastating tides as a result of 7 of 10 plate movements, particularly against Europe. Such devastation occurring prior to the hour of the Pole Shift should be viewed ultimately as saving lives, in that mankind will move away from the coastlines.

=====================================================================

ZetaTalk: Climbing Water; written on Jun 15, 1999

https://www.zetatalk.com/poleshft/p109.htm

Those who have witnessed tidal bore roaring up a ravine are astonished that water does not seem to respect the relative sea level during those times. What makes the water climb? Water pressure drives water to climb above its level because at the point where the pressure build, it takes the easiest path. When the force of pressure is extreme, compressing the water at lower levels, the path of least resistance is taken. During a tidal wave, this path is away from the bulk of water. A tidal wave moves inland until one of two situations occurs:

the level to which it has climbed is higher than the level elsewhere, and the wave recedes, or
the pressure behind the wave decreases.
Where tidal waves meet mountains, this can result in tidal bore up ravines. Where tidal waves flow inland, this results in a flood tide going hundreds of miles inland. Where the tidal wave finds foot hills or barriers, the force of the wave is broken such that it is slowed, allowing a reduction in pressure behind the wave to arrive before the wave moves far inland. But where the tidal wave finds virtually no barriers, due to the land being flat, it becomes water on the move, and this very momentum carries it far inland, and above a height that would otherwise be expected.

Note: below added during the Nov 30, 2002 Live ZetaTalk IRC Session.

There is more to the level that water rises than simply water finding its level. Tidal bore carried water up-river in a rush, rising above the sea level with force, for many miles. Tidal bore carries water up ravines, in some cases shooting almost straight up, appearing in a gusher at the plateaus overhead. One factor to consider is the force or pressure that water is under, and this is equivalent to the water higher, elsewhere. This is the factor that allows cities to have tap water, due to water stored at a high point in the vicinity, which then pushes out into pipes. Water on the move does more than just push forward, it also creates a void behind it. At first, this water is on the move because there is pressure behind it, like sloshing water in the Gulf. But then, the force of this moving water takes on a life of its own. It has momentum, and moving forward, creates a void behind it, thus drawing the water in the direction of motion, thus continuing the motion. Thus, rolling across the flat low lands such as the State of Texas, and moving hundreds of miles inland, on a roll, it does not simply stop when it starts to reach foothills. Why would it stop? Because the overall elevation is more than the sea level? Weigh this, with the force of water, all on the move, behind the lip of the flood tide. This water on the move is greater than the resistance in front of it, so it continues.

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Sea Level Rise:

http://www.heywhatsthat.com/layers.html

http://www.heywhatsthat.com/sealevel.html

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* 2004 Indian Ocean earthquake and tsunami

https://en.wikipedia.org/wiki/2004_Indian_Ocean_earthquake_and_tsunami

The earthquake caused a massive tsunami with waves up to 30 m (100 ft) high, referred to by British and Commonwealth media as the Boxing Day tsunami, after the Boxing Day holiday, or the Asian tsunami, which devastated communities along the surrounding coasts of the Indian Ocean, killing an estimated 227,898 people in 14 countries, especially in Aceh in Indonesia, Sri Lanka, Tamil Nadu in India, and Khao Lak in Thailand.

* 2011 Tōhoku earthquake and tsunami

https://en.wikipedia.org/wiki/2011_Tōhoku_earthquake_and_tsunami

It triggered powerful tsunami waves that may have reached heights of up to 40.5 meters (133 ft) in Miyako in Tōhoku's Iwate Prefecture, and which, in the Sendai area, traveled at 700 km/h (435 mph) and up to 10 km (6 mi) inland.