I have prepared the figures about the domino effect of the plate movement according to ZetaTalk.
Figure 1 shows the disaster areas during 7 of 10 described in the November Holographic Presentation.
Figure 2 shows the plate movement according to ZT.
Figure 3 shows the signs observed from January to September 3rd in 2010.
I expect that these figures are helpful to predict the domino effect of the plate movement during 7 of 10.
Please refer to the blog of "Mini-Domino Effect of Plate Movement?" which showed the earthquake during 03-Sep-2010, posted by me on September 4, 2010.
https://poleshift.ning.com/profiles/blogs/minidomino-effect-of-plate
The references for the plate movement shown in Figure 2 are as follows.
(1) ZetaTalk: Pre-Shift Quakes; Note: added during the Apr 5, 2003 Live ZetaTalk IRC Session.
Stretching along the Atlantic has been recorded during 2002, when trail derailments, exploding buildings, and sudden sinking of land occurred. In the Pacific, compression has resulted in increasing volcanic activity along the ring of fire, but also in movement of the continents in the direction we have predicted they would move during the shift! We have stated that new land would emerge between the tip of South America and Africa. This is caused by a plate that extents into the Pacific being pushed down there, so it pops up between the tips. During this, the tip of South American moves into the Pacific. This has repercussions in the Caribbean and Central America. This part of the world, the Caribbean, is obviously in a stretch zone, as roads and fences can be seen under the waves off Bermuda. Stretching in this part of the world will cause volcanoes to ooze, explode, as the surface will be weaker. As the Pacific pushes under the North American continent, simultaneously, what changes can be expected there? These Pacific plates are moving up as well as under, as the compression goes in all directions. Thus, there is continuous pressure for the slip-slide of the many fault lines along this stretch to move, which they are doing. That this is new, a type of quake not reported in the past, should not be astonishing. Where are the quake statistics to compare against, 3,600 years ago?
(2) Zeta94: Torque Effect; written May 1, 2004
What happens under the stress of whiplash applied every few days to the Earth where the surface plates are tugged apart and rubbed along or over each other until weak places have separated or snapped and the plates now ready to move? For the past year, the surface plates have exhibited Global Quakes, but until the Dark Twin arrived at the Earth’s rear door, these were relatively benign. Whiplash, a back and forth jerk, is more than twice the effect of a single jerk in one direction, the mode during the year before whiplash set in. Previously, a jerk in one direction, and in one direction only, occurred because the Earth was tugged back from its normal rotation direction. This may break rock, fracture rock flakes that create resistance at the fault lines, but the whiplash that has now set in snaps these rock flakes off by tugging in opposite directions.
First the Dark Twin bumps the Earth from behind, causing it to move faster in the direction it is going, normal rotation. Thus rushed, it encounters the magnetic field of Planet X where the Atlantic Rift is grabbed and jerked back from normal rotation direction. When the Sweep nudges the Earth again into the arms of Planet X, and Planet X hops the Sweep to press back against the Earth, the effect on the Earth is no worse than before whiplash set in, but for the smooth surfaces now along many fault lines, allowing the plates to move more freely. When the Earth is thrown back on the Dark Twin at the end of the Sweep cycle, there is a repetition of the start of the cycle where the globe is first encouraged to rotate faster by the glancing blow the encounter in essence is, and then is jerked back by being pushed closer to the magnetic field of Planet X which grabs the Atlantic Rift again. A double whiplash, at the start and at the end of the cycle.
By gripping the Atlantic Rift, the cause of the Global Quakes that have racked the Earth for over a year, Planet X is creating a slow continental drift. The Atlantic Rift is held back when it faces or is in opposition to Planet X, creating not only a pile up in the plates following the rift, but also tearing apart the rift by the momentum to the East. This process continues during whiplash, but what is the effect on the plates on either side of the rift when a void is created? There is a slide into the void, on the side experiencing a pileup, and thus the N American Plate is dropping into the void, relieving the stress of compression along its northern border in the Arctic by a torque to the side as it does so. During the pileup in the Pacific, the Indio-Australian Plate is being jammed under the Himalayans, causing this plate to drop and creating another void in the Indian Ocean. This is the cause of the African Rift, and this great continent once again is pulled into the void, thus the recent noticeable stress in the region of the African Rift.
The overall effect of this drift, which will increase in speed and force as the whiplash proceeds, will be a torque. Hold the globe with the left hand on the N Pole, the right hand on the S Pole, and turn in opposite directions first this way, then back. The N Pole going in the direction of rotation with the S Pole held back, the torque forces the N American Plate down and into the Caribbean, East moving in the direction of SE. The S Pole pulled back by a grab on the Atlantic Rift in the Southern Hemisphere with the N Pole held rigid has the Indo-Australian Plate plunging under the Himalayas and Africa likewise plunging into the void, again East turning to SE. This does more than sink the SE United States and pull apart the African Rift, it pulls the entire oil rich Middle East into a skew. How is it that all that oil dropped into the cracks in the rock in that region, eons ago, during prior pole shifts? The rock was shattered, during just such torque maneuvers. Thus, where we stated that something would occur to pull victory from the jaws of the Bush/Blair coalition before the pole shift, something that would take the breath out of the body it would be so dramatic and unexpected, this region is ripe to present many surprises to those who would be kings in the Aftertime.
(3) Zeta261: N American Rip; written Feb 10, 2006
We have discussed what we call the stretch zone, where a land mass is pulled apart so that the rock flakes pull across each other, silently, creating sinkholes and rifts and manifesting as broken gas and water mains and derailing trains. These stretch zones have dramatically expressed themselves in the African Rift area and in the SE United States and in the UK during the past couple years. When Planet X arrived in the inner solar system in 2003 and began seriously tugging at the highly magnetized Atlantic Rift, it accentuated this stretch on either side of the Atlantic. What went unstated during these discussions is why a stretch zone occurs. Look at S America, on the large S American plate. As the Atlantic is pulled apart, the Pacific compressed, it is required to have the upper part migrate to the West more than the tip, which is anchored at Antarctica. It moves as a whole, in the main, crunching the small plates in the Caribbean and Central America as it does so and popping the plate holding the Galapagos Islands which lies just to the west of S America. It can move, in short. But what of the African and N American plates?
The African Rift is caused because Africa is not free to move. It is bulbous at the north end, and comes to a tip at the south end. It is anchored at the south end, at South Africa, so when the Atlantic pulls apart, the bulbous northern part of the African plate moves directly eastward, yawing open the African Rift, along with the Red Sea, which is also widening. This inability of plates to move during the ripping apart of the Atlantic and compression of the Pacific is what will create a new rift up through Pakistan and above the Himalayas into Russia during the pole shift, equivalent to the St. Lawrence Seaway in N America. The Indio-Australia plate moves in the direction of the Himalayas, diving under them. Hawaii rises up during compression of the Pacific, so can move, if only up. Japan likewise is forced up, violently so, during Pacific compression. The Antarctica plate, as we have mentioned, is pressed down in the Pacific so will pop up on the Atlantic side, creating new land there ultimately during the pole shift.
The giant plates of N America and Eurasia are locked against each other, unable to rotate against each other due to their shape. Slip-slide along the West Coast, measured as a creep by geologists, is due only to slight adjustments along that edge of the plate, primarily due to adjustments within the small plates to the west of the N American plate, which move to accommodate pressure. The N American plate does not move, pre se, but other dramas occur. We explained, months before it expressed enough to show up on IRIS charts, the Earth torque caused as the N Pole continuing to rotate to the East while the S Pole was held back by Planet X, tending to open the globe like a jar of pickles. This creates a diagonal stress on the N American continent where New England is pulled to the east while Mexico is pulled to the West, so the New Madrid is put under slip-slide stress where one half, east of the Mississippi, will move toward the NE while the other, west of the Mississippi, moves toward the SW. The virtual hook of land in the N American continent near the Kamchatka peninsula is solid rock and will not snap off to become a separate land plate, nor would this ease the deadlock along the N American and Eurasian plates even it if did. These massive plates cannot move.
The stress on the N American plate will resolve by ripping. Ripping the St. Lawrence Seaway open. Pulling the SE down into the crumbling Caribbean and into the widening Atlantic, as neither of these sinking fronts will be able to support the edge of the weighty N American plate. There is pressure along the West Coast, of course, and as the N American plate confronts the compressing Pacific, this will only result in the predictable volcanic increases and West Coast earthquakes. But the primary drama preceding the pole shift will be the ripping action that a plate unable to move must endure. The notable area of catastrophe during this is the eastern half of the continental US. From Houston to Chicago to New England, the diagonal pull will tear the underpinning of cities and create a catastrophe for the US that will make the New Orleans disaster appear trivial. A widening Seaway also does not affect just those land masses bordering the Seaway, as buckling occurs inland and afar. What does man assume caused the Black Hills to be so rumpled, with the appearance of a recent bucking and heaving? This is the center of a land plate! The tearing of the Seaway does not end at Duluth, MN, it travels underground to S Dakota!
(4) ZetaTalk Chat Q&A for June 12, 2010
The Pacific Plate is assumed to be a single plate, but it is not. Hawaii, which rides higher after every major adjustment in the area, is rising, and this can only be the case if there is subduction of a plate somewhere, pushing the plate that Hawaii rides on up. The Society Island are on a chain that forms a line with the Hawaii Islands, and such a rise is not a coincidence. This is also a fault line, where a plate that is subducting under the Americas is rising commensurately along these island chains. There is a fault line running from Kamchatka to the Society Islands, and both will rise during the pole shift. There is likewise a fault line running from just west of the Hawaiian Island chain down to West Samoa.
West Samoa shares the Indo-Australian Plate edge with New Zealand, and will rise, and significantly so. New Zealand is expected to rise a total of 500 feet during the pole shift, which will essentially offset the 675 foot rise in sea level expected worldwide within two years after the pole shift. Thus, the islands of West Samoa can anticipate being, in the main, above the waves. There is likewise a portion of the Pacific Plate pushing under Japan and forcing the Philippine Plate to dive under Indonesia. This is tipping this part of the Pacific Plate so that the Marshall Islands and parts to the southwest of those islands are rising. These islands will benefit from the pole shift, though will not gain the altitude that West Samoa will.
(5) ZetaTalk Chat Q&A for June 19, 2010
Certainly the Australian artesian basin will be affected by the Earth changes, and well before the tipping of the Indo-Australian Plate during the hour of the pole shift. We have mentioned that plates being raised will often bend at the point where they are rising up from ground level, and thus losing the support they used to enjoy. This is occurring along the East Coast of the US at or around Pennsylvania and Maryland, where all the sinkholes and bursting water mains are occurring. North of that point, the land is rising as it is freed from connection to the banks of the seaway. South of that point, it is sinking as it is pulled down when the Atlantic spreads. For Australia this breaking point occurs 1/3 of the way across the continent from the eastern shore. East of that point it is rising from the magma, and west of that point being pushed down into the magma so the plate can plunge under the Himalayas. Thus, the bending point is right in the middle of your artesian basin. This puts pressure on the water pool, so presumably it would tend to spurt out any tap, but also breaks the rock giving it access to escape. Overall, you will not lose your ground water, but there may be much flux during the times leading into the shift, as well as for many years afterwards. Plan for times when the water table seems to be dropping, but do not expect such times to last for long.
(6) ZetaTalk Chat Q&A for August 21, 2010
Japan is at the juncture of several plate boundaries. The southern islands are situated on the great Eurasian Plate, and fare the best because this plate is massive and stable. The northern islands are on a tongue of the great N American Plate, but this tongue is likewise stable although it comes under extreme stress particularly at its tip, sometimes called the Okhotsk Plate. It is the pressure from the Pacific that is the issue, as the Pacific is compressing. Likewise, the Philippine Plate is at issue, as it loses in the compression game and in essence is pushed under and lost. The Philippine Plate is tipping, rising at the Mariana Islands and diving under the tongue of the Eurasian Plate that holds Indonesia. This tongue is itself being pushed down. Imagine the domino effect of the Mariana Trench folding against the Philippine Plate, tipping this sideways to drive the western edge under the tongue holding Indonesia, which is at the same time breaking and bending to subduct under the curve of the Indo-Australian Plate.
This is a domino pressure, happening almost simultaneously. The scenario guarantees that the islands of southern Japan will be doing mountain buildings, particularly at the point where these plates converge at Mt. Fuji. The pressure from the compressing Pacific is applied directly on the northern islands of Japan, however, where the Pacific Plate is pushing under these islands. Thus when plate movement begins, there will first be a tipping and pushing down and under the south of Japan, and then as resistance here is eased, pressure on the northern part of Japan increases until an adjustment is made there likewise. The great quakes to afflict Japan prior to the pole shift will be thus in the south first, followed by great quakes in the northern islands of Japan with consequent tsunami heading for N America. Just when this will hit, and how much time will pass between the quakes in the south to be followed by quakes in the north, we cannot say.
(7) ZetaTalk Chat Q&A for September 4, 2010
SOZT
We have described the tugging on the surface of the Earth that Planet X does during the Earth wobble, particularly in the context of the highly magnetized Atlantic Rift which is grabbed by Planet X and asked to stay in magnetic alignment. This part of the globe is held back, daily, which the globe attempt to turn during its rotation. This not only pulls that portion of the globe which is to the east of the Atlantic Rift forward, stretching the Atlantic Rift, but creates a pileup to the west. Thus the Americas find the plates in the great Pacific piling into their mountain building areas, creating a compression in the Pacific. This is like a multi-car traffic accident, where one piles into the rear of another.
During this compression, it is always the weak points that will be sought and will give. Finally, the plates will be pressed to the point where major movement is next, as those weak points have already been exhausted. Hard rock against hard rock and NOW we see what will move. Lifting mountains along the Andes and Sierras is obviously no small thing. It is likewise true that pushing the Himalayas up is no small thing. But what is not obvious is that tipping a plate under the ocean is no less strenuous. We have described what will happen in Asia during all this tipping and subduction, but what about the plate movement in the Pacific that faces the Americas?
As we indicated, the line of islands from Kamchatka through the Hawaii chain down thorough the Society Islands are a rise because the Pacific plate they are on is rising on that edge, and plunging under the N America Plate.
http://www.zetatalk.com/nbing/12ju2010.htm
The Nazca Plate is tipping, so that its eastern edge is plunging under the Andes and its western edge is rising. There are two forces driving the mountain building in the Americas that will occur prior to the pole shift. The first is Planet X holding back the Atlantic Rift so that a pileup occurs along the western coastlines of the Americas. The second is the pressure that rotation rolling forward during such times causes on pushing the Eurasian Plate over the plates in SE Asia and the Pacific. This is the squeeze the Pacific experiences daily. All points are under this pressure, but what must give first, as we have stated, is the brake point where the Indo-Australian Plate must tilt up and under the Himalayas. This tilting has already begun.
EOZT
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