A series of events seem to indicate that the predicted tilting of the Indo-Australia Plate has started. This was one of the precursor events allowing the tongue of the Eurasian Plate holding Indonesia to sink, as presented in the holographic vision received last November, 2009.

The Mediterranean is shown, while Africa rolls somewhat. This opens up the southern Mediterranean above Algeria such that the Mediterranean floor there is a crumble, not supported. Then over to India where the western side of India sinks significantly, the plate tipping sideways a bit, raising eastern India during this process. Then islands in Indonesia sink, the plate supporting them sinking more than the surrounding area. Over to S America the Andes are shown doing mountain building, while some islands in the Caribbean are sinking, their plate pushed under as S America rolls. Southeastern US is pulled down slightly, while the land just to the west of the Mississippi drops slightly. As the Atlantic rips open, this causes water adjustments. First water rushes from elsewhere to fill the void, then piles up, clashing in the middle, so that a tide rushes toward Europe, assaulting the lowlands there.

Per the Zetas, during the sinking of the tongue holding Indonesia, the Indo-Australia Plate must tilt.

ZetaTalk Explanation 4/17/2010: We have stated, since the start of ZetaTalk in 1995, that during the pole shift the eastern side of the Indo-Australian Plate will rise while the western side plunges under the Himalayas at India. Of course, this is the steady pace as the plates begin to loosen up and move. In the holographic presentation Nancy attended in November, 2009 she was warned that additional tipping of the plate will occur. The Indo-Australian Plate will tip sideways so that Indonesia can plunge under the eastern side of the plate. Islands in Indonesia will be affected by this plunge, ultimately sinking. Do such adjustments happen all at once, or gradually? Both occur, but the trend is unmistakable long before a major adjustment occurs.

That said, what evidence is there that the tongue is starting to drop, or that the Indo-Australian Plate is starting to tilt? First, a series of very deep quakes at the tip of the tongue.

It appears to me that the tenor of the earthquake patterns at the southeastern tip of the Eurasian plate/Indonesian tongue has dramatically escalated this week with a new pattern of significantly deeper magnitude 5.x earthquakes along the southern, southeastern and eastern edges of the Eurasian plate/Indonesian tongue. Up until this week, I would say that 95% of all the 5.x earthquakes in this region over the past two years have been well under the 100 km mark in depth. And I have not seen a cluster like this during the past two years, all over 100 km and all relatively close to the southeastern tip of the Eurasian plate/Indonesian tongue, in just one week.

Mag 5.0 - 2010/08/27 - 114.3 km depth - Papua New Guinea
Mag 5.1 - 2010/08/26 - 139.2 km depth - Banda Sea
Mag 5.1 - 2010/08/25 - 233.9 km depth - Halmahera, Indonesia
Map 5.3 - 2010/08/25 - 173.7 km depth - Sulawesi, Indonesia
Mag 5.0 - 2010/08/24 - 593.8 km depth - Mindanao, Philippines
Mag 5.0 - 2010/08/24 - 176.2 km depth - Flores Region, Indonesia
Mag 5.5 - 2010/08/23 - 121.6 km depth - Guam Region

In step with the deep quake activity, a Sumatra volcano that had not erupted in 400 years became active. Sumatra is on the edge of the tongue.

Indonesian Volcano on Island of Sumatra Erupts for First Time in 400 Years
August 28, 2010
http://www.bloomberg.com/news/2010-08-29/indonesian-volcano

The Sinabung Volcano on Indonesia's Sumatra island erupted this morning for the first time in 400 years, spewing ash and volcanic materials and prompting the evacuation of surrounding areas.

All this certainly indicates activity in deep rock at the end of the tongue, but what about the other side of the Indo-Australia Plate? Does all that flooding in Pakistan of late have something to do with a sinking edge? The Indus River is on the edge of the Indo-Australia Plate where it is being pushed under the Himalayas. Note the escalating concern as the magnitude of the flooding surpasses expectations.

2.5m People Affected by Pakistan floods
http://www.bbc.co.uk/news/world-south-asia-10834414
August 2, 2010

Yet more rain is forecast

 

Floods Affect 20m People - Pakistan PM Gilani
August 14, 2010
http://www.bbc.co.uk/news/world-south-asia-10973725

Flood levels are expected to surge even higher along parts of the already dangerously swollen Indus river, with disaster officials saying "major peaks" were expected next week in Punjab and Sindh provinces.

 

UN Chief Ban Ki-Moon: Pakistan Floods Are Worst Disaster I've Ever Seen
August 15 2010
http://www.huffingtonpost.com/2010/08/15/pakistan-floods-ban-ki-moon_n_682649.html

U.N. Secretary-General Ban Ki-moon said Sunday he has never seen anything like the flood disaster in Pakistan after surveying the devastation and urged foreign donors to speed up assistance to the 20 million people affected.

 

Struggle for Food as Pakistan Floods Worsen
August 24, 2010
http://www.abc.net.au/news/stories/2010/08/24/2991318.htm?site=news

From the air it looks like a country without any dry land. Thousands of people are packed onto levy banks and tiny strips of road that sit just above the water line.

There is no question that Pakistan had heavy rain, but is all the flooding due to rain, or is part of the problem a drop in sea level. Per the Zetas, the Indo-Australian Plate has started to tilt!

ZetaTalk Explanation 9/4/2010: The Indus River is one of the points on the Indian sub-continent that is being pushed under the Himalayas range, as a close look at where the mountain building along the northern edge of the Indo-Australian Plate occurs. We have pointed out that the mountains in the interior of India seem to disappear as one approaches the Himalayas, and that this is because it is there that the plate is being pushed down. We have predicted that as the tongue of the Eurasian Plate holding Indonesia is pushed under the eastern edge of the Indo-Australian Plate that this edge will lift, tilting the Indo-Australian Plate down on the western edge. This would first be noticed on land, especially land subject to being flooded, as such a change under the sea would escape notice unless a tsunami buoy sounded an alarm. What should be noted is that the flooding, ostensibly from rains, kept getting worse than anticipated from the rains alone. What should be watched is how well the flood waters drain, and whether a drop in elevation is noted along the Indus River and its outlet into the Indian Ocean. The Earth changes we have predicted for this region have begun!

Of course, the clams offshore from Karachi knew something was up when they started trying to leave their home and climbing up the beach last July! And on the other side of the Indo-Australian Plate, mollusks were reacting in a similar manner.

VIDEO: http://www.youtube.com/watch?v=JrLMdnWQsWA

Question: A video was posted on this site showing huge numbers of clams beached in Karachi, Pakistan. Similar but less dramatic observations involving the beaching of bivalve mollusks has been seen in New Zealand in recent weeks. Is this a sign of seismic/magnetic anomalies being sensed by sea life?

ZetaTalk Answer 7/24/2010: Just as pets leave home in an attempt to get away from an areas that is having electromagnetic screech prior to an earthquake, forsaking food and shelter and comfort, creatures in nature attempt to escape. Electromagnetic screech, as earthquake sensitives can report, create muscular and skeletal aches and pains, ear aches, head aches, and nausea. Both electrons and magnetons are involved in electromagnetic particle flows, as the nervous system of both man and beast operates by chemical electricity of sorts. To be in such a locale is painful, and thus the creatures flee in any direction where the pain is relieved. Man represses his awareness of this pain, or attributes it to stress, fatigue, the weather, or perhaps a cold of flu. Animals are not trying to fit into a social scheme, and thus view the situation in a more simplistic manner. They don't bother to pack up and make arrangements, they just go.

N American Fracture

The Zetas explained the underlying reason for the devastation to be caused by the New Madrid Fault adjustment as a diagonal tearing of the N American continent. This is caused, at base, by the N American Plate being unable to roll, as it has a flat top on the boundary it shares with the great Eurasian Plant.



ZetaTalk Explanation 2/10/2006: The giant plates of N America and Eurasia are locked against each other, unable to rotate against each other due to their shape. 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. 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 stress on the N American plate will resolve by ripping. Ripping the St. Lawrence Seaway open.

What causes the N American continent to rip at the Seaway? And how would this tear proceed as the hour of the pole shift approaches? This question was asked recently on the weekly Q&A taking place on the Pole Shift blog. The Zeta answer addressed the underlying rock strata, which shows quite clearly why the tear of the Seaway occurred as it did.

Question: I did a search on ZetaTalk about the splitting of the St. Lawrence Seaway and its consequences. I am having a hard time picturing how this split will play out. There will be three splits? One north-south along the Mississippi, one east-west to Duluth, and one across Wisconsin to Minneapolis and onward to the Black Hills? How will this split affect the geography in Wisconsin and around Lake Superior? Lake Superior is approximately 183' above sea level and averages close to 500' deep (deepest point is about 1,330'). Will the lake area become larger? Will land along the southern shoreline be lost, or will land actually gain height due to the lowering of the lake level resulting from the seaway split? Can you elaborate on the east-west seaway split effects and the topographical changes we can expect to occur in the North Central US because of the Seaway split?

ZetaTalk Explanation 9/4/2010: One can see from a map of the underlying rock strata that the Seaway began forming due to a weak connection between rock strata of different formation types. This is similar to the sea in an article of clothing. Not visible necessarily from outside the garment, but a weak point and liable to rip first or most readily when the seam starts to unravel. The Seaway in essence runs along this boundary, except for Lake Erie which is south of the boundary. There is, thus, the potential for the Seaway to break through between Lake Huron and Lake Ontario, a path already forming as the geology of eastern Lake Huron shows. Such a breach would run well north of Toronto, and would create a crevasse rather than sink land, so in the scheme of things would not be that traumatic for the residents in the area. We have mentioned that Niagara Fall would widen, the Seaway finding new routes in the shattered rock, and thus the falls essentially gone.

The locks between the Great Lakes will be shattered or broken long before the hour of the pole shift, so adjustments in lake water height will have started. The Seaway split has chosen to run through Duluth, MN an on west from there rather than through Wisconsin where the bond between and the various rock stratas is of a stronger nature. The Seaway can be expected to proceed, thus, beyond Duluth, creating a crevasse again through upper Minnesota, with sympathetic rumpling of lands all the way to the Black Hills. Wisconsin has been splitting along rock strata too, creating the Green Bay peninsula at the juncture of Green Bay and the body of Wisconsin, as the peninsula has a different rock type. This split will continue and widen, creating a bay all the way to Madison and potentially through to the upper Mississippi, although this breach will certainly occur at Chicago through the canals dug under this city.

The underlying rock strata also shows a break or border between rock types where the lower elevation along the Mississippi will occur. Per the Zetas, the significant widening of the Mississippi will occur to the west of the Mississippi only below the Illinois border, and to the east of the Mississippi only in counties in the NW of the state of Mississippi. All this area is currently lowland, and of a consistent rock type.

ZetaTalk Explanation 9/4/2010: As can be seen by an analysis of the rock strata to the east and west of the Mississippi, the Mississippi is following the curve of solid rock just to the east. The potential for a greatly widened Mississippi occurs south of the Illinois border. To the south of this point the sea level elevation is lower and the rock strata is of a different nature than that above or to the east of this point. This is where the Mississippi will spread, to the west between the Illinois border and the Mississippi delta. We estimate the Mississippi will widen by 50 miles, give or take depending on its meandering and the stability of the rock or soil in any given location. Lowlands in Bolivar and Washington counties of Mississippi state are also vunerable to this flooding.

Likewise, specifics have recently been given on the exact sequence of events to occur during the New Madrid adjustments.

ZetaTalk Explanation 8/28/2010: Indeed, tearing of the St. Lawrence Seaway will occur during the New Madrid adjustment. We have warned that quakes on the West Coast, or the Seaway, or in the New Madrid region will occur before the major quake in the New Madrid region we have referred to as the adjustment on a 7 of 10 level. There will be quakes in these areas, magnitude 4-7, which should not be considered the New Madrid adjustment of which we speak. When the tension in the N American continent starts to force major tearing of rock strata, so that the changes we have described can take place, this will not be all at once, simultaneously. We have described a series of large quakes, with one major one stemming from the New Madrid area that will be called a magnitude 9 but in truth will be larger. It is this quake that will set in motion adjustments elsewhere.

Mexico will lurch to the west as this major quake occurs, with a settling of land to the west of the Mississippi almost instantly afterwards. The Mississippi will seem to have widened, and those to the west will see a new view as they look east, as their land will have shifted to the southwest as well as dropped. Because the lurch of Mexico to the west actually intensifies the bowing of the N American continent, the Seaway tears open. This is actually various adjustments at weak points along the Seaway rather than the tearing apart into a larger inland bay that occurs during the pole shift itself. Niagara Falls will remain, but some of the inland locks will break. When the upper Mississippi region finds the land to its west slipping down and to the southwest, those parts north which were formerly firmly attached find they can spring northward, as the pressure from the bow had been inclining them to do. This allows the edge of the rip, at Duluth, MN, to tear further inland, with consequent rumpling in S Dakota and minor shifting of ground in all parts in between.

All of this occurs, of course, before the pole shift itself!

Red Lakes

Iran's Lake Urmia has recently turned red, as result of an algae bloom.

Photos: Lake Urmia Turns Red
August 18, 2010
http://www.payvand.com/news/10/aug/1181.html

The surface of the salt water lake recently turned red due to a phenomenon known as red tide. Declining rainfall, climate change, and rising temperatures are accelerating the evaporation process at the lake. Environmentalist Masoud Baqerzadeh-Karimi has dismissed the claim that wastewater is the cause of the rare red tide phenomenon, adding that if that were the case, the lake water would have turned red many years ago.

Such blooms have prompted speculation that the Burgundy Blood algae, Oscillatoria rubescens, is responsible for the reports of rivers and ponds turning blood red during the time of Moses and the Jewish Exodus.

Biblical Plagues Really Happened say Scientists
March 27, 2010
http://www.telegraph.co.uk/science/science-news/7530678/Biblical-plagues

The rising temperatures could have caused the river Nile to dry up, turning the fast flowing river that was Egypt's lifeline into a slow moving and muddy watercourse. These conditions would have been perfect for the arrival of the first plague, which in the Bible is described as the Nile turning to blood. This description could have been the result of a toxic fresh water algae. Known as Burgundy Blood algae or Oscillatoria rubescens, is known to have existed 3,000 years ago and still causes similar effects today.

Per the Zetas, there will be no confusion, as when the red dust from the tail of Planet X starts to arrive in earnest, it will be during the last weeks and will be unmistakable.

Things which must shortly come to pass;
And I beheld when he had opened the sixth seal, and, lo, there was a great earthquake; and the sun became black as sackcloth of hair, and the moon became as blood;
And the kinds of the earth, and the great men, and the rich men, and the chief captains, and the mighty men, and every bondman, and every free man, hid themselves in the dens and in the rocks of the mountains;
And there appeared another wonder in heaven; and behold a great red dragon, having seven heads and ten horns, and seven crowns upon his heads.
And the third angel poured out his vial upon the rivers and fountains of waters, and they became blood.
Bible, Book of Revelations

ZetaTalk Prediction 1/15/1996: A second countdown sign is a fine red dust, unmistakable as it cannot be confused with any other natural occurrence. Ponds and rivers turn red, the blood color mentioned in the Bible's book of Revelations, with this iron ore dust giving the water a brackish taste. This countdown sign comes almost in step with the rapid slowing in rotation, This occurs a day or so before rotation stops.

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