Amérique du Nord

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Général

Continental rip, which is what occurs during pole shifts rather than continental drift, occurs down the

length of the Atlantic Ocean. Prior to the rip, there is tension and consequent dragging down of the coast line on either side. The East Coast of the US south of the New England area will suffer during the pole

shift, due not only to the heavy population of the area but also to this general stretching that the plates under the Atlantic during the crustal tension ahead of the shift, with the crust resisting a ripping apart so that the land on the edges of the Atlantic Ocean are pulled down. This is most intense the closer one gets to the equator, so that the southern states along the Eastern Seaboard of the US will go under water to a

surprising degree, bouncing back when the rip occurs.

The closer one gets to the Arctic, the less tension there is, due to the position of these point relative to the bulk of the land masses on these plates, which center south. This will bring the islands in the British Isles underwater, and along the southeastern US too for an astonishing drop in level beyond what the inhabitant think possible. The New England states will find themselves bouncing up during the shift, due to the quick ripping of the already separating St. Lawrence Seaway prior to the shift, where the southern states will find themselves pulled under the water prior to the shift. The entire peninsula from central Pennsylvania north, will experience a bounce, but being on the edge of this drama, Pennsylvania will have its toes in water but its head above water.

Where tidal waves elsewhere will in general have the potential of rolling a hundred miles inland to a height of 200 feet or more within that buffer zone, for the East Coast south of the New England area, this must be calculated to be up to 500 miles inland where flat land or tidal bore has facilitated water flow. The land will drop in sea level, during the shift, 150 feet. The water will rise steadily, not in a tidal wave, so that it will take many by surprise. This tension, and dragging down, will not be relieved until the shift itself, so where land might eventually be above water, prior to the sift it will be under water. Thus, the majority of the populace not well into the Appalachian mountains will drown.

The West Coast of the US in general will suffer an onslaught of changes during the Pole Shift, and those living there need to consider not only each and every onslaught, but the combined effect. First, because the Pacific will shorten and subducting plates will be forced under the coastal plate suddenly and forcefully, heating of the superstrata will occur to an astonishing degree. The rock will actually melt in low lying places. Thus, valleys over subducting plates are out. Then the tidal waves will assault and where the

coastline does not offer an outlet for the water, it will climb up as it has nowhere else to go. Thus, hills and mountain ranges close to the coast are out. Then there are the high winds, or hurricane force, which will occur world wide. So a safe spot must include being out of the valleys but also out of the wind. Then due to the earthquakes, which will be severe on the significant fault lines that crisscross the West Coast of the US, mountain building will occur which can result in the collapse of caves, even in granite, and renting apart of rock. Yosemite stands as an example of what can happen. And lastly, forest fires caused by exploding

volcanoes, sparks, and lightning storms or perhaps the firestorms that can occur anywhere during the shift, will eliminate the forests as a shelter.

After the pole shift, the West Coast volcanoes will find the prevailing westerlies blowing ash out over the Pacific, not directly along the West Coast. In the new geography maps, Alaska will be on the Equator, with N America tilted upward toward the new N Pole at the Bulge of Brazil. The new Trade Winds will push

some of this ash back against what had been the West Coast of N America, but the prevailing wind

direction will be out over the Pacific. However the Nevada area will not be downwind from West Coast

volcanoes in the Aftertime. Those close to and just downwind from these active West Coast volcanoes will of course find themselves loaded with ash, and should take all precautions. Volcanic activity is expected to be active, and creating a lot of ash, for some 25 years on average after the pole shift. However, this will be a diminishing issue, with the skies gradually clearing during this 25 year period.

Many of the volcanoes in California are listed by the USGS to have been active approximately 10,000

years ago. Upon which side of our warning - to anticipate all volcanoes active within the last 10,000 years to erupt - does this fall?

In southern California the Amboy and Salton volcanoes appear relatively inactive, with 10,000 and 14,000

years respectively since last activity per the USGS. But note their close proximity to many fault lines and the San Andreas itself. Though the San Andreas is considered a slip-slide fault, devastating only on the fault line itself, the New Madrid adjustment will do more than move the land up or down along the San

Andreas. It will create pressure in the region jumping west during the diagonal adjustment, and this

includes all lands to the south of Mammoth Lake. Thus Amboy and Salton should be watched, during the

New Madrid adjustment, with evacuation of the immediate area upon any signs of activity.

We have clearly indicated that Mammoth Lake in California will rupture during the New Madrid

adjustment, with land south moving west with Mexico and land north of this point remaining in place. This caldera is estimated by man to have been active within the last 1,400 years, due to its placement on a fault line running from San Diego to Yellowstone. We have also stated that the Siskiyou Mountains in

Washington State are hardened rumpling, unlike the ongoing rumpling in the Cascades nearby. Clear Lake

and Shasta, with the USGS estimate of 10,000 and 9,500 years since activity, are showing this relative

stability, but should still be watched. If the New Madrid adjustment occurs, get off the mountain!

It is the Cascades and to the north where certain and aggressive eruptions start, due to the subduction of the Juan de Fuca Plate. We have stated that the West Coast will adjust shortly after the New Madrid adjusts, in step with the Hoover Dam shattering. Of the volcanoes listed by the USGS on their maps, when the New

Madrid adjusts, one should be 100 miles from Lasson, Medicine Lake, Hood, Jefferson, Three Sisters,

Newberry, Crater Lake in Oregon, and Baker, Glacier Peak, Rainier, St. Helens, and Adams in Washington

State. Garibaldi in Canada bears close watching, as do the more active volcanoes up along the Canadian

coastline.

Yellowstone, and other active or potentially active volcanoes that have been termed supervolcanoes due to evidence of massive eruption in the distant past, will not give the Earth a repeat performance during the pending pole shift. They should be considered as the volcanoes they are today, with their potential gauged by their performance within the past 10,000 years. If the Earth sustained impacts that created the Gulf of Mexico as a crater, and torn away half the proto-Earth to leave a gouge the size of the great Pacific Ocean, when what do you suppose this did to her molten magma? Immense pressure was applied, during such

impacts, with the magma going in any direction it could under this press. Thus, the evidence left behind by the prior eruptions of Yellowstone and the other supervolcanoes. Such supervolcano eruptions will not

occur during the forthcoming passage of Planet X.

The San Andreas Fault line runs up through California and thence out into the Pacific. This is a slip-slide zone through California, so that mountain building occurs on both sides of the San Andreas Fault. Why

would this be so, when the Pacific compresses greatly? There are points out in the Pacific, which is not one plate but at least four, that give more readily, thus sparing California from immediate subduction trauma.

Yet the plates pushing under the West Coast of N America do cause mountain building all the way to the

Continental Divide. How can this seeming contradiction exist? Plates are composed of layers of rock, a fact to which we have often alluded. These layers can pull apart to create a thinner crust in those parts of the globe that are in the stretch zone, thus causing those regions to drop in elevation, to sag.

Where the various rock layers find they meet a barrier, but some of the rock layers (perhaps the surface layers) have more resistance than the deeper layers, sliding of these layers can occur. This is a deep

adjustment within the plate, which like a stack of papers finds it is still just as thick, though parts of the stack have shifted to this or that side. This is occurring in California. The top layers of the Pacific Plate pushing under the West Coast scrape off and rumple, creating the coastal mountains while the deeper layers proceed to push under all the way to the Continental Divide. This process will continue to occur during the pole shift, and thus there will be rumpling along the coastal mountains from San Diego to Monterey,

though this new rumpling will occur at a deep level and not likely toss those on the surface about. There will be an elevation increase of perhaps 57 feet for this region.

For northern California there is a similar rise in elevation but higher, perhaps to 92 feet. The San Francisco Bay area will notice this, as the rivers emptying into the Bay will become a waterfall at their joint outlet.

However, as the oceans rise 675 feet within two years after the shift, this too will be covered in water. This rise in elevation does not continue beyond northern California, as the Juan de Fuca Plate absorbs any

pressure from the push of the Pacific Plate. Thus the elevation rise for Oregon and Washington is not

expected to be more than 25-30 feet. We have stated that Vancouver Island will get an increase of 100 feet and travel 100 miles further north from the Canadian coastline due to the fracturing of the Juan de Fuca and N American plates at this point. The tiny Explorer Plate is an indication of this. The San Andreas slip-slide will drag Vancouver Island along, and rumple this up to 100 feet above where it is today.

Hurricanes and typhoons are part of life on Earth, and after the pole shift will re-establish themselves.

These storms have historically been a phenomena striking the northern hemisphere, due to the requirements for hurricane or typhoon formation. In the northern hemisphere, storms striking the East Coast of the US

and the Caribbean have formed in the Atlantic but not been able to dissipate, and thus develop a swirl.

Likewise in the case of storms striking in Asia, along the China coastline. The swirling storm cannot

dissipate as it is trapped over warm water which is pushed by the Coriolis effect against a land trap. Thus the fatal swirl begins. The southern hemisphere does not have these land traps, and thus their storms

primarily dissipate. Certainly what is now the West Coast will suffer from hurricanes in the future because of the natural trap that Alaska will form, preventing dissipation into cool waters.

There has been much made of an earthquake in the recent past long the New Madrid fault line, as this was unexpected, being in a quiescent area, and thus raised all manner of questions regarding the possibility of massive earthquakes in areas presumed to be safe. Simply put, there are no earthquake free areas, and

during the coming pole shift, all parts of the globe will be subject to them, without exception. Thus,

individuals living in areas which have never experienced an earthquake should not presume safety but

should take the same steps in preparing for the pole shift that those living atop highly active fault lines take

- stay out of old or masonry buildings, and anticipate earthquakes as severe as any that mankind has ever experienced and noted.

Our description on the pole shift itself describes not a single jolt when the crust stops moving but a series of jolts. Most severe earthquakes are like this, in fact, if one examines their pattern. There are small quakes ahead of time, swarms, and jiggling that unsettles people as they sense something is pending. Then when

the rock fingers that are preventing the fault line from sliding or subducting suddenly break, a large jolt.

This often, within minutes, results in more jolts as the pressure that was at one point now moves to be

pressure at the next point where rock fingers are holding the slippage. Aftershocks result, as yet more rock fingers break, until a point arrives where there is so much resistance to slippage that the quake and its after effects is considered complete.

For the New Madrid, which will include the European tsunami in its effects, there will be one large jolt with a subsequent and almost immediate tearing of the Atlantic. We have stated that the European tsunami will be the largest, but smaller ones will follow in time. Likewise for the New Madrid adjustment, which involve a tearing of the entire N American continent from the seaway down to Mexico. This adjustment

will not occur until minor rock fingers have been steadily broken in a number of places. The areas to be affected have already been experiencing quake swarms, buckling roadways, sinkholes, breaking dams, and

unsettling jigging which is unexplained by the authorities. When the primary blockage gives, there will be a huge jolt, with little warning. Aftershocks will continue until the time of the pole shift itself.

It is known by man that the New Madrid Fault line runs beyond the immediate area of New Madrid. When

we stated that "Chicago will rupture and adjust" and "Ohio will be pulled in places" this should not be news to man. The New Madrid runs up along the Seaway, to the mouth of the Seaway, and thus will rupture any

land it passes through. Plot its course and consider that more than the fault line itself will be disrupted.

Rock detached from its former connections is free to react to the dominant theme in the area. If rock was

held down, formerly, it can bounce up. If rock was held back, it is free to spring forward. And adjustment in rock strata means that loose soil will sink or heave. This most certainly can affect a broader area than just the fault line. We have stated that Ohio will be affected most in this regard. These matters are related to the rock strata, which bonds or breaks, as we have stated. There is a natural break in the rock strata holding Ohio, along the Ohio River and into its headwaters, as can be seen. Why should Chicago be affected? There is a natural break in the rock strata between the New Madrid and Chicago also, a weakness, which will

rupture with the New Madrid. When the Seaway pulls apart there will be a drop in support formerly present during rock attachments. Chicago has long been predicted, by ourselves and others, to be devastated. Much of the infrastructure will rupture, causing buildings to crumble and freeways to be worthless and

irreparable. One need only follow the geology of the region, to predict what will happen.

As both sides of the New Madrid Fault Line are pulled in opposite directions, the entire fault line operates as a slip-slide fault line. In that the land just to the west of the Mississippi River moves the greatest distance, to ease the pressure on the bow currently formed by the N American continent, this creates a void, a stretch zone void, causing the land there to drop, as we have explained. This is the region currently

experiencing precursor earthquakes, the region considered the New Madrid region. But the movement is

not yet happening, the void not yet being created. Instead, occasional slight slip-slide adjustments are being made, deep within the rock strata, causing minor quake swarms or sympathetic jolts in neighboring areas.

The rock fingers are slipping, but not losing their grip.

When the plate tearing starts in earnest, these slip-slide jolts will be huge, and rise up to the magnitude 8-9

range, as we have stated. These quakes will ride up to the bend in the fault line just south of Lake

Michigan. Earthquake damage is primarily done when the rock close to the surface is affected, as is known by man. The quality of the rock along the fault line thus affects the shaking and resulting damage to the surface. A glance at a map of the geology of the fault line shows that the rock along the Mississippi at Arkansas and Missouri is younger, laid down by sediment, and tends to fracture broadly, thus relaying

earthquake jolts over a vast area. Broad fractures also cause post quake adjustments, so the quake includes rock shuffling, all of which translates to a larger magnitude for the area. Thus, the worst of the New Madrid adjustment will be felt in this area.

The rock strata that hold Illinois and Indiana is older, and more solid. Fracturing of the rock tends to be a single jolt, not the multiple ricocheting jolts that magnify any adjustment in the rock strata experienced by the rock strata in Arkansas and Missouri. The magnitude will still be considered high, perhaps an 8, but the

shaking will not last as long, and the damage therefore not as great. Were the bend in the fault line just south of Lake Michigan not at a point where the southeastern part of the US is dropping away from the

Seaway, the damage along the Seaway would be much greater. The Equator is expanding in the center of

the Atlantic, and has already, by this time, ripped open between S America and Africa. The southeast thus drops toward this void, relieving pressure and friction along the slip-slide in the fault line as it runs under the Seaway.

By the time the New Madrid adjustment reaches the bend, land to the west of the Mississippi has already

dropped, pulled away, but this actually puts more pressure on the fault line as it runs under Michigan. This holds, momentarily, while the southeast starts to drop toward the Atlantic Rift, and then pulls apart sharply.

Here, beneath Michigan, the jolts will also not last for long, and will also be considered up to magnitude 8.

The fault line thence along the Seaway will unzip, along rock strata borders already established. Where

stretch zones such as this normally have adjustments that are basically silent, they do much damage. The unzipping creates crevasses and landslides and sinkholes, and when this occurs under cities is devastating.

The quakes will be considered much less than magnitude 8 but the damage will be greater, with consequent lost of life and infrastructure. A building that has collapsed because of a large jolt is no different than one that has collapsed because the ground beneath it sank.

As is known, there is a fault line running up along the East Coast of the US that attaches to the New Madrid fault line in the Gulf. Both fault lines touch there, in the Gulf, and when the New Madrid adjusts there is a sympathetic adjustment up along this fault line. During the last New Madrid adjustment, church bells rang in Boston and cracks appeared in buildings in Savannah, GA and Charleston, SC. These changes are caused

by earthquakes equivalent to a magnitude 4-5 or less, not serious.

Indeed, tearing of the St. Lawrence Seaway will occur during the New Madrid adjustment. 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.

There is general confusion about our predicted Earth changes. This is most often envisioned as happening all at once, suddenly, without warning. Where earthquakes and stretch zone accidents do seem to happen

almost without warning, their approach is never that silent. The N American continent has been getting

these warnings for some time, with increasing intensity. Quake swams in the New Madrid region and west

of this spot have been occurring, and are on the increase. Sinkholes and shifting roadways are occurring from Pennsylvania through Tennessee and elsewhere. The center of the bow being formed by the N

American continent, the San Diego area, has an epidemic of water main breaks, and the snapping rock inland from this point has affected a mine in Utah. None of this is officially ascribed to the New Madrid adjustment that is pending, though FEMA gives evidence of their nervous preparations for the disaster they know is pending.

Will the New Madrid just suddenly rip with our predicted magnitude 9 quake? Hardly. There will be a progression of quakes in the magnitude 4-5 range all along the New Madrid fault line, which runs up to the Great Lakes and thence along the seaway. The bow will become more stressed, cracking rock inland from San Diego all the way to the Mississippi, and forcing adjustments north and south of this point too, from the Aleutian Islands to the tip of Mexico. Sinkholes and crevasses will proliferate throughout the US in her stretch zones, in a swath that ranges from the New England states south to the tip of Florida and all points west. This is a large bow. Then quakes will increase to the point of being considered magnitude 6-7 along the long New Madrid fault line and its attendant splinters. The New Madrid adjustment will thus not sneak up on you, but will be well announced.

We have stated that the tearing of the Seaway during the pole shift will allow the New England area to bounce up by 450 feet. The New England area will no longer be bonded to land to the north of the Seaway so the natural floatation characteristic of the rock is allowed to express itself. How far back along the Seaway does this bounce travel, and does it affect the northern side of the Seaway? As is known, the rock strata north of the Seaway is a different composition than that to the south of the Seaway. The ripping of the Seaway has occurred along this boundary because differing rock strata do not bond tightly. Where this is the general description, the pulling apart of the Seaway is not exactly along the rock strata boundaries, and thus a portion of the lighter rock to the south of the Seaway is found along its northern edge, and this portion includes Montreal.

Where the Seaway opens into Lake Ontario, it is passing through a pinch of rock that is cohesive both north and south and does not want to rip open. Thus the finger lakes in New York State, just beyond this pinch, are attempting to rip open where the pinch itself has not yet ripped. Montreal is just prior to this pinch. this pole shift, the pinch will rip, and rip deeply. This allows Montreal to be relatively unaffected by the tidal sloshing that would otherwise roar up the Seaway, as the water can drop into the deeper crevasse at the bottom of the Seaway.

However, the rock strata along the northern side of the Seaway, though cohesive with the rock strata in the New England region, will not experience a bounce because of the deep Seaway rip. The bounce that New

England will experience stops on the southern side of the Seaway across from Montreal and should be

prorated along this southern shoreline from this point to the Seaway outlet to determine the degree of

bounce for any given area. Where residents of Montreal will survive the pole shift tidal sloshing, they will be forced to move during the following two years to higher ground when the sea level rises to 675 feet.

Niagara Falls will split during the widening of the St. Lawrence Seaway, as will all natural and manmade barriers between the Great Lakes and the Atlantic. This will change the level of the lakes, and the drainage patterns, to some degree, depending upon the level of bordering land and the ocean tides. Salt water will be detected all the way up to Lake Michigan and Lake Superior, which will appear to be the fresh water lakes they are now. Niagara Falls appears dramatic only because the water way spills suddenly, rather than

gradually, and being shattered and spread during the widening of the seaway, the falls will become merely rock walls along the new course of the waterway. Thus, the great seaway will become a mode of travel, and cities along this course such as Buffalo and Hamilton can anticipate being travel stops and point of commerce among survivors.

The Great Lakes are deep, and contain enough water to create havoc along shorelines, but only those shorelines that are composed of lose soil. Any waves inland will soon recede, so encroachment into the bordering land will not be vast. Due to the widening of the St. Lawrence Seaway, the waters will drain more readily, lowering the Great Lakes somewhat, eventually. Salt water, where it meets fresh, shares itself to the extent the tidal water flows in and out. The Mississippi has salt marshes only along the deltas, as the water from the Mississippi is the greater factor. The flow, thus, is out, not in, except where the tide affected the marshes along the delta. Thus, in the widened Seaway, salt water will flood the Seaway until it meets the narrow mouth of the Seaway, some miles up the Seaway from where it empties today. It will not travel up in to the Great Lakes. Consider that these lakes today have a force of water, and empty, and will in future, from drainage. This will continue.

One should assume, rule of thumb, when along rivers or inland lakes: Take the worst case in memory, of flooding. Raise that water level up again so it has risen not once, but three times. In other words, if the worst case is a 40 foot rise, then assume a 120 foot rise. So this rule of thumb applies to river flooding, but to cover the sloshing that may occur for inland lakes, a different baseline must be taken. Inland lakes seldom flood their banks, or drain. Inland lakes may slosh, but are unlikely to rise to the level that rivers will, in that rivers are a temporary store for water, and inland lakes by their nature, a permanent store. But as a rule of thumb one can take their depth, divide by 5, and assume that level of water to be sloshing >inland. In every case, then the surrounding land must be analyzed, as to safety.

Are there also rivers flooding nearby, so the wet lands will be soggy and unable to absorb the slosh? Is the land surrounding the lake dry and hard, so that no water will be held by the soil in mud, but all will become runoff, water on the move? Are the high spots around on rock, such that it will not melt, or is it soft soil that will become a mud-slide, and join the muddy water rather than hold the frightened who are clinging to its topside. Each area has different characteristics, and an analysis must be made accordingly. If you are 50 miles inland from one of the Great Lakes, but in any area that has soft soil so that being 100 feet high does not put you on rock, then you may find yourself part of the muddy Great Lake, being pulled back in a back-slosh. Thus, the variables are endless, and cannot be addressed by ourselves, but must be dealt with by the guidelines we lay out, by those who would survive themselves!

During the hour of the shift, when the entire globe is on the move, and rapidly so, water will of course pile up on the southern shores first, and will likely not slosh back onto the northern shores until after the hour of the pole shift. Residents along the shorelines should go inland to safety until a day or so has passed, to avoid being lured out onto a shoreline temporarily without water. Water may draw away from the shore, but will be roaring back again, and at above normal heights. The tearing of the Seaway will, if anything, relieve the worry, as the water in the Great Lakes affected will have a void to fill. All the locks between the Great Lakes will tear open, allowing the water at higher elevations to flow freely, but the wider Seaway will absorb this increased flow. Our advice to all those who might be in a danger zone is to leave their homes, returning only after the danger of the pole shift is past.

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 seam 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 most residents in the area. We have mentioned that Niagara Falls 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 and on west from there rather than through Wisconsin where the bond between 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.

Sault Saint Marie is positioned where Lake Superior drains, and this of course is where a widening split can be expected. There can also be local tearing, as we have described for Wisconsin, which will be ripped down along the Green Bay peninsula. Stretch areas have silent quakes, as these crevasses just open up with little warning, as occurred recently on the Michigan peninsula. If anything, Lake Superior will ultimately be lower, due to the locks being broken, though the torrential rains following the pole shift will create temporary flooding everywhere. The rise in sea level elevation to 675 feet will of course not affect the lands around the Great Lakes, which are at a higher elevation. Thus, except for local sloshing and the tearing that can be expected from a widening Seaway, your area will have a relatively uneventful pole shift experience.

Canada

Traduction par Dane Tempête.

Général

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Tout le Canada est en assez bonne position pour le prochain déplacement des pôles et, selon son altitude, il se classera encore mieux qu’avant, après le déplacement et ce, en raison des changements climatiques. Le Canada dans son ensemble n'est pas traversé par des failles, ni affecté par les tremblements de terre des volcans actifs et souffre donc moins des effets directs que ceux-ci apporteront pendant le déplacement des pôles. En raison de la croûte terrestre changeante, la plupart des Canadiens survivants se trouveront également dans un climat plus chaud. Le Canada sera placé au-dessus de l'équateur dans une zone tempérée après le déplacement des pôles, soit dans une zone plus chaude que présentement. Le Canada est un allié du gouvernement des États-Unis, sans pour autant être à l'aise avec le géant au sud, et se révoltera certainement contre toute tentative de contrôler les terres canadiennes après le déplacement. Donc, au Canada, il y aura de nombreux groupes qui se battront les uns contre les autres pour obtenir des ressources. Les Canadiens sont ingénieux et vivent sur des terres difficiles souvent profondément gelées pendant les longs hivers. Dans les villes comme dans tous les pays industrialisés, la population est nonchalante et ne sera pas préparée pour la vie après la vie lorsque les produits alimentaires ne seront plus importés. Les différentes religions, le malaise racial et les différences de classe créeront des tensions dans des moments cruciaux au-delà de ce qui a déjà été vécu, et qui pourraient être anticipés.

La grande inquiétude des Canadiens devraient être située sur les jours qui précèdent au déplacement des pôles et dans les deux années qui suivront. Une grande partie du Canada est à basse altitude, où les terres sont inférieures à 650 à 700 pieds (198 à 213m), celles-ci seront inondées sur une période deux ans en raison des calottes fondantes des vieux pôles lesquels seront sous le soleil équatorial. Une grande partie du Canada est une terre basse, comme c'est le cas en grande partie de la Russie. Lorsque la Terre arrêtera sa rotation, l'eau de l'équateur se dirigera vers les pôles, créant des inondations intérieures dans les terres situées près des pôles. Après le déplacement, lorsque les pôles fonderont rapidement sous le soleil équatorial, l'eau se déplacera vers le point ayant le moins de résistance, qui pourraient se situer à l' intérieur des terres si des blocages se produisent. Dans tous les cas, si l'on examine le niveau de la mer dans l'est ou le nord du Canada, on peut voir que la terre ne sera pas au-dessus de l'eau lorsque les pôles seront complètement fondus. S’ils sont situés dans une zone inondable, les survivants devront se déplacer souvent et veiller à ce qu'ils ne soient pas piégés sur une île dans le processus!

Migration de la côte Est des USA vers le Québec

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Nous avons prévenu que les anciens habitants des villes inondées, comme New York City et Washington DC, migreront jusqu’au Québec en raison des attroupements qui se produiront dans les Appalaches et en Nouvelle-Angleterre après le déplacement des pôles. Examinez une carte en relief de la moitié orientale des États-Unis et les chemins de migration apparaissent. Il y aura des villes dans les états inondés qui entourent les montagnes des Appalaches dont les gens n'auront d'autre choix que de grimper vers ces hauts plateaux. La vallée inondée du Mississippi, toute la Floride et les États du Golfe qui ne sont pas si éloignés des Appalaches, dans la moitié sud de la côte Est, où les marées vont conduire les habitants à l'intérieur des terres et même les villes du Midwest situées le long de la Voie maritime. Sauf pour ceux vivant près des Ozarks, se diriger vers les collines signifie se diriger vers les montagnes.

Le stéréotype New Englander est poli, et le Canada est considéré comme une nature sauvage relative, impopulaire. Le stéréotype d'Appalachia est un «péquenaud». Au moment où le déplacement se fera, les nouvelles à la télé seront remplies avec des rapports de marées tendues le long de la côte sud-est et des inondations le long du Mississippi. Les retraités de la ville de New York vivant en Floride seront rentrés chez eux, se plaignant de l'alternative. Les noms des villes réfugiées dans les hauts plateaux d'Appalachie seront diffusés et l'élite bruyante et exigeante ne voudra pas être parmi eux. Quand finalement ils se rendront dans les collines, forcés par les marées du déplacement des pôles, la direction de la migration sera déjà vers la Nouvelle-Angleterre, car le sud-est sera inondé longtemps avant l'heure du déplacement. Qu'est-ce que les résidents de New York City et de DC pourront faire face à la foule de la migration? Ils passeront devant eux, se déplaçant à travers la Nouvelle-Angleterre et aux points plus au nord.

Ce n'est pas seulement l'orientation spirituelle qui rendra cette foule indésirable. New York City et DC ont une culture où une forte voix exige des demandes d'attention. Cela est dû à la voix qui appartient le plus souvent à une personne d'importance, un politicien ou un dirigeant ou un courtier de Wall Street. Ceux qui ne sont pas considérés comme importants ajustent leur comportement à ce qu'ils voient, comme les petits enfants qui copient leurs parents, car un tel comportement attire l'attention et les besoins rencontrés. Donc, ce n'est pas seulement le Service-à-soi, qui a pris une position d'importance et de contrôle, mais aussi les indécis qui exigeront beaucoup. Les habitudes sont fortes et profondes, et habituellement ne changent pas, si jamais, elles le sont, c’est parce que tout le reste a échoué.

Province du Québec

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Une grande partie du Québec est une terre élevée, ce qui peut permettre aux résidents de s'échapper facilement des côtes durant l'heure du pole shift. La majorité de la province du Québec restera au dessus de l'eau après la fonte des pôles existants. Le climat sera plus modéré qu'aujourd'hui, surtout après la fonte de la glace du Groenland et parce que la proximité de ces glaces fondues ne créeront plus de marées froides sur le rivage du Québec. Le plus grand souci que le Québec aura après le déplacement sera avec les survivants migrant des centres de population de la moitié orientale des États-Unis. Accueillis dans les montagnes des Appalaches et dans l’espace terrestre limité que fournit la région de la Nouvelle-Angleterre, ils seront aussi susceptibles de pousser vers le Québec autant que vers les États occidentaux des États-Unis, cherchant des terres qui auraient été assez élevées pour rester au sec. En tant que province essentiellement rurale, Le Québec ne sera pas préparé à l'insistance agressive de ceux qui habitent le long de la côte orientale des États-Unis. Les résidents de New York et de Washington DC en particulier, sont habitués à se démarquer en insistant. Une approche prévisible de la façon de gérer ces migrants lorsque le moment viendra devrait faire partie du plan de survie québécois (voir développement plus bas, dans le paragraphe "Migration de la côte Est" .

Votre latitude après le changement de pôle vous mettra dans un climat plus chaud qu'aujourd'hui. Comparez la distance entre le nouveau Pole Nord de la pointe du Brésil à l'Equateur, contre la distance du Québec au nouvel Equateur. Même avec la plaque Sud Américaine qui écrase une grande partie des Caraïbes et de l'Amérique centrale, ce sera toujours le cas, un climat plus chaud. Il est vrai que les terres basses et les ponts terrestres du Québec seront inondés pendant la hausse du niveau des mers après le déplacement du pôle, mais les hauts plateaux du Québec resteront au dessus des vagues. Beaucoup de gens, qui seront dans le nord du Canada, migreront vers le Québec, et nous avons prévenu que beaucoup de gens vivants sur la côte Est des États-Unis deviendront ce qui pourrait s'avérer être des invités indésirables. Le Québec sera probablement un endroit très animé (lively) à l'avenir!

Montréal

A cause de la déchirure de la voie maritime du Saint-Laurent, qui commencera dès la rupture de la faille de New-Madrid et de l'étirement du rift Atlantique, les terres situées le long de cette voie maritime ne seront pas submergées ni aucun afflux notable d’eau de mer ne se produiront alors que l’afflux remplira la nouvelle zone du lit de la rivière, qui deviendra de plus en plus un lac. La déchirure se produira principalement là où la voie maritime du Saint-Laurent passe maintenant, car il s’agit d’un point bas uniquement en raison de la situation actuelle. Les points faibles sont profonds dans les strates rocheuses sous le lit de la rivière, et la déchirure est moins une faille profonde qu'une déchirure à plusieurs endroits, de sorte que la surface semble relativement lisse. Sous cette déchirure sont nombreux doigts de roche en peigne, atteignant l'un vers l'autre, bientôt remplis de magma durci pour se solidifier. Ainsi, même si Montréal est entourée d’eau, elle se trouvera simplement plus comme une île que comme une autre Atlantide.

Ville de Québec

Après le passage à l'isolement, le plus gros problème de la ville de Québec sera son isolement, car elle se déroulera au pôle au-dessus des vagues, à l'abri de l'afflux d'eau par l'élargissement de la voie maritime du Saint-Laurent.

les survivants migreront vers le nouveau sud, vers ce qu'ils se souviennent d'être la ceinture céréalière canadienne, laissant ceux qui sont incapables de voyager. Ceux qui se sont fiés aux denrées alimentaires importées et qui vivent sur des rochers incurvés, peu accueillants pour le jardinage, se trouveront de plus en plus confrontés à la faim. Ceux qui comprendre comment récolter en mer seront les sauveurs parmi les survivants.

Terre-Neuve

Les habitants de Terre-Neuve font aujourd'hui face à la froideur de l'Atlantique avec de nombreuses criques le long de la côte rocheuse, la pêche en mer et les voyages en bateau étant une activité familière. En tant que gens robustes, habitués à se fier à eux-mêmes et à ne plus se faire confiance sans l'aide du monde extérieur, ils ont l'état d'esprit dont les survivants du passage auront besoin. Terre-Neuve se trouvera donc bien placée pour tirer parti de la situation dans laquelle elle se trouvera après le quart de travail, car le voyage en bateau constituera le meilleur moyen de transport, car les pôles existants fondent et les établissements à plus basse altitude disparaissent sous l'eau. La pêche en mer s'avérera être l'une des sources de nourriture disponible pendant les quelques décennies de morosité qui ont affecté l'agriculture après le passage.

Les survivants qui souhaitent aider d'autres personnes moins fortunées devraient envisager d'aller à flot le long de la côte vers ce qui était autrefois à l'intérieur des terres, afin de mettre leurs compétences au service des autres survivants.

Terre-Neuve, comme le Québec et la Nouvelle-Écosse, aura une grande partie de sa masse continentale au-dessus des vagues après la changement de pôle et la hausse du niveau de la mer de 675 pieds attendue dans les deux ans suivant le changement de pôle. En tant que personnes robustes, ayant des compétences en navigation, les survivants s'en tireront également bien, se nourrissant de la mer et jardinant dans un climat beaucoup plus chaud qu'aujourd'hui. En raison de la scission de la voie maritime pendant la période de transfert des pôles, Terre-Neuve gagnera 50 pieds d’élévation supplémentaire, la région rebondissant lorsque la voie maritime sera déchirée. Située sur les mêmes strates rocheuses que la Nouvelle-Écosse, Terre-Neuve se trouvera plus loin du Québec.

après la scission, la Voie maritime s'élargissant le long des couches de strates rocheuses qui longent la Voie maritime et se situant au nord de Terre-Neuve.

Comme dans les États de la Nouvelle-Angleterre et de l’Est du Canada en général, Terre-Neuve aura, après le transfert des pôles, un seul principal fardeau: les migrants de la côte Est des États-Unis surpeuplée. Bateaux chargés de ces bruyant et les migrants exigeants arriveront et refuseront d'être refoulés. Une politique d'immigration ferme devrait être établi, avec la vie de péniche présentée comme alternative. Le jardinage en conteneur peut être fait sur un péniche, et la pêche et le ménage aussi. Forcer ces immigrants à faire leur propre travail et refuser d’être transformés en classe de serviteurs. Les péniches peuvent migrer le long du nouveau littoral, à travers ce qui est maintenant le nord du Canada (qui deviendra des terres inondées) et de là en Alaska, une cible très tropicale. Expulser les égoïstes, sur leurs péniches, n'est donc pas cruel, mais simplement un moyen de les forcer à se gérer eux-mêmes.

Alberta / Sasketchewan / Manitoba (reprendre traduction ici)

Alberta is one of the Canadian provinces that will fare well during the coming pole shift, and be positioned for a temperate climate in the Aftertime, as will Sasketchewan.

When the bow afflicting the N American continent finally relaxes, following the New Madrid adjustment, it will not affect these Canadian provinces as much as it affects those West Coast regions crossed by the San Andreas and abutting the Juan de Fuca Plate. Mountain building and volcanic eruptions will occur closer to the coast, in British Columbia, than inland. The land is high land, above the waves in the Aftertime, and established agriculture that will support survivors. This said, are these provinces attractive to the elite, and likely to be taken as enclaves of the elite prior to the pole shift?

This has proved to be the case in the past, when the elite thought the pole shift would occur in 2003.

Alberta and Sasketchewan will prove to be attractive to the elite, in that these provinces are not heavily populated nor afflicted with a rioting underclass nor a rioting migrant labor class. The people are viewed as stable, hard working, and civilized. But the elite cannot hide from the local people, and though their dollars and presence may be welcomed at first, any attempts to dominate the populace will be fiercely resisted in the Aftertime. Canada has its own factions, which will battle with each other for political control going into

and after the pole shift. But as elsewhere, political control of survivor communities must be an earned

privilege not a carryover from the past.

ZetaTalk ™ August 13, 2011

Calgary: Canada in general will fare well during and after the coming pole shift due to its low population density, hardy folk used to scratching out a living in a relatively inhospitable near-polar climate, general proximity toward the center of a large crustal plate. As a result of the pole shift, Canadians will find themselves in a warmer climate, and for western Canada, a climate with an almost imperceptible winter -

brief and mild. Where subducting plates can cause the mountains along the western coast to be the source of hot earth during the hour of the shift, those west of the continental divide will find this not a problem.

Calgary, Alberta will therefore be a city that need not worry about hot earth or inundation due to rising water from the melted poles, although earthquakes and high winds are experienced world wide and

firestorms should always be guarded against.

ZetaTalk ™

Edmonton: For those residents of Edmonton, Canada, unaware of the coming shift and what the meaning of

the stopped rotation is, the pole shift will be a sudden lurch with crockery everywhere on the floor and church bells ringing, followed by a milder climate and very gloomy weather. Far from coastlines or

mountain building or volcanoes, and not riding any fault lines, they will not experience the shift other than quakes that will shatter brick buildings and break bridges and roadways and high winds that will rip roofs and topple trees. Fire storms will be unlikely.

ZetaTalk ™

Regina and Saskatoon: Saskatoon and Regina in the province of Saskatchewan, Canada, are in the broad

grain belt of Canada that may experience flooding during the torrential rain that follows the shift. These rains will reduce to a drizzle, but flood waters that back up from rivers bloated beyond their capacity can take a long time to drain. Those that would survive are advised to be ready to take to boats, not roof tops, or go to higher ground until some weeks after the shift. Grasslands do well in the gloomy Aftertime weather that lasts for at least two decades, and with a milder climate these cities may find becoming herdsmen will alleviate the hunger from lack of imported food stuffs and poor grain crops. Native grasses should be

encouraged.

ZetaTalk ™

Winnipeg: Winnipeg enjoys lake Winnipeg, but during the torrential rains that accompany a pole shift they will find this a horror. The lake will swell, having no natural drainage, engulfing bordering land. Houseboat living, in the milder climate, is an answer, as is fishing which should increase along with the waterways.

ZetaTalk ™

British Columbia: Along the rugged west coast of North America, British Columbia will experience some of the plate subduction problems troubling the western part of the United States, but with a difference.

Canada, in this area, will be stretched, with it's upper part attached to the all the way over the North Pole, into Russia. As the western United States is pushed and crumpled, the lands it is attached to will be

stretched. This tends to alleviate any crumpling that occurs due to the subducting Pacific plate, a trade-off.

Nevertheless, this makes for a rugged ride, as these adjustments are never smooth, here crumpling, there stretching, so being on solid rock to lessen the impact is wise. Solid rock is less likely to crumple or shift, the pressure shifting to soil or broken rocks nearby.

In addition, the southern portion of British Columbia is close the Mt. St. Helen volcano, which will surly erupt during the shift, at times violently. Firestorms are created due to air turbulence over volcanoes, the super-heated air creating petrochemicals drifting in the tail of the 12th planet, which is lashing the Earth's atmosphere as the 12th Planet passes between the Earth and the Sun. Thus, where these walls of fire can

fall anywhere, they are more likely in the vicinity of volcanoes. Winds will move in all directions, in chaos, during the hour of the shift. Those living near volcanoes or in forested areas that can be set afire should seek shelter in the earth, in bermed structures or those with metal or sod roofs, until the hour of the shift has passed.

Cities clustered along the Continental Divide, particularly in what is now the southern portions of British Columbia, will find the ride through the pole shift particularly stressful. The Continental Divide represents the point of pressure where subducting plates have forced themselves under overplates, and thus this will be the point there the divide moves further inland. Thus, sudden breaks in the rock, rock stratas jerking

suddenly upwards and no longer level where they were before, can be expected. Water mains, housing,

roads and bridges, and even the direction that rivers flow will be disrupted. After the shift, British

Columbia will be well situated, with a warm climate near the ocean, and high ground that will be above the water line when the poles have melted.

The Caribou region, at the 100 Mile House, is likely to have volcanic ash blowing down toward Vancouver

Island, rather than overland in British Columbia, though you would have volcanoes on either side of you.

ZetaTalk ™

Kelowna: Kelowna, in British Columbia is situated in a broad valley between mountain ranges west of the

Continental Divide. Thus, is it subject to having its natural draining from mountain ranges change, without warning or predictability, during the hour of the shift. Compression occurs during the subduction of plates driving under the land to the west of the Continental Divide, and in a valley where drainage is already

essentially blocked due to skirting ranges, this has the potential of creating a large inland lake, already forming at Kelowna. All that it would take to create this situation is a rise in foothills where drainage currently occurs, or a closure of a pass such that river water finds it can no longer do more than seep

through. The jolting and heaving that occur during mountain building can affect the current drainage along a long river at many points, even distant, causing a backup of water to the lowest level, already situated at Kelowna, on the shores of the lake that carries drainage from the skirting mountain ranges. Thus, those in the township of Kelowna should at least plan on not having their housing intact, but moving into

houseboats to take advantage of a larger inland lake, should this occur.

ZetaTalk ™

Prince George: Prince George rides high along the continental divide, in an area of Canada that will be both pushed upward by the shortening of the Pacific and stretched before the Atlantic Rift widens during the

shift itself. This will result in snapping and jerking, during the days before the shift and the hour of the shift itself. Thus, residents should plan on being out of doors, to avoid sudden quake damage to buildings. The rivers in the area provide good drainage, as the slopes are steep so the outlets for water ample. However, due to the possibility of a river being blocked, changing course, when rock strata snaps and juts upward, those along river banks should also plan on being well above the banks during this week and a few days

after the shift. Other than some volcanic ash drifting down from the Alaskan volcanoes in the prevailing westerlies that will change direction after the shift, this area should do well in the Aftertime, with a substantially warmer climate.

ZetaTalk ™

Vancouver: Vancouver will be a delightful place to live following the pole shift, with a far warmer climate, spared ice and snow in the winter, and close to the coastline as it is at present. Rising water following the polar melt will spare much of the mountains surrounding Vancouver, making the step out of the rising

water fairly easy for survivors to deal with. For Vancouver, the issue is not being positioned after the shift, but surviving the shift itself. The West Coast in general will suffer from rapid subduction that will melt the rock in low lying places, due to heat from friction, and many local Indian tribes have tales and myths of such times. Tidal waves will assault the area, and volcanoes up and down the coast, dormant and active

alike, will explode. Those who would survive might consider moving inland for the shift itself, and then returning. Be advised that bridges and roads will not be passable, so the return trip should be anticipated to be essentially on foot.

Vancouver Island has added drama as the Juan de Fuca plate will separate under the pressure of subduction and act as a separate entity from both the North America and the Pacific plates. This is the reason for the island having been created in the first place, during prior shifts. Because activity is compression, with the Juan de Fuca plate and the North American plates riding over plates sliding under, legends relay hot earth and boiling rivers. This will be less of a problem during this shift than in the past, as protecting layers of rock have already been pushed under the island. Nevertheless, two activities the coast will not have to deal with will be presented on the island: The island is likely to drift further toward Alaska, during compression, and find itself faced with a new coastline as a neighbor. This would be in the range of 100 miles or less.

Thus, survival sites or supplies harbored on the coast may not be close at hand after the shift, to be

retrieved by boat. Buckling and heaving upward during compression of the Pacific, during the hour of the shift, is likely to result in jolts sending survivors upward, a lateral quake, so survival in covered trenches needs to include a secure roof close to those lying in the trenches so they will not be dashed up. After the shift and the polar melt, the island will find itself with more area above the 675 foot area, having gained 100 or more feet of sea level during the compression.

ZetaTalk ™

Victoria: UFO displays appeared over the skies of Victoria on Vancouver Island on August 8, 2010. Is

some message being delivered? Note that the sightings are almost on the same latitude as Japan. We've

made the statement that Japan will experience several 8+ magnitude quakes prior to the New Madrid

adjustment on the N American continent. These Japanese quakes will allow the northern parts of the Pacific plates to shift, and this has repercussions on fault lines in the N American continent. Vancouver Island will have some jolts, in sympathy, and a sloshing Pacific in the straits off Victoria can be expected.

Quakes of a magnitude 9 (which would be downgraded to 8+ by the USGS) in Japan would occur as a

result of a compressing Pacific, and thus would surely generate tsunami. Victoria was being warned

because it lies on the coastline, directly on the water front, and directly in the path of the anticipated tsunami which will then funnel through the narrows and thus exacerbate the height of the tsunami. This will not be a roiling tide, it will be a tsunami which will rise up suddenly and roll inland with force and speed.

ZetaTalk ™

New Brunswick: Where the entire area from New England to Quebec will find an overall rise in sea level due to the tearing of the St. Lawrence Seaway during the shift, New Brunswick, as the tip of the peninsula past which water will rush, will deal with special issues. Those along the inner seaway will find the ride rocky but relatively safe, as the tearing process will provide a broader bowl for water to slosh about in, for rivers to empty into, and thus flooding along the inner seaway will be less of a worry than along other

rivers or lake coastlines. The tearing seaway, with an overall drop in sea level within the seaway, will, however, cause water in the Atlantic to pour into the seaway, seeking its level, and this rush will be past and thus to some extent into the New Brunswick peninsula. Those in this province are advised to stay well inland and in high ground, anticipating water not only rushing past the tip of the peninsula at the lip of the seaway, but overland when water pressure into the seaway does not relieve the press from the Atlantic.

ZetaTalk ™

Northwest Territory: The Northwest Territory will experience a stretch, not a compression, during the shift, with the spitting of the St. Lawrence Seaway relieving the tension, allowing the land to pull toward the North Pole and Russia as the land in what is now the southern portions of North America are pulled

toward Europe and pushed there by the subducting of the Pacific plates along the West Coast. The most

significant impact of the shift, for this relatively unindustrialized and lightly settled province, will be the sudden change in climate, which will go from cold to hot, almost overnight. What is now the eastern

portion of the Northwest Territory will undergo steady inundation during the two years following the shift, and for those survivors who have not been privy to warnings about the shift and the impact on their lands, the steady flooding will be confusing. Likely to head in the wrong direction, which seeking higher ground, survivors may find themselves stranded and drowning. Thus, a survival technique is boats, and heading

toward the higher land in what is not the western or southern portion of Canada. This steady melt will

affect wildlife as well, forcing predators to crowd along with man, and deprived of their normal food

source, intense battles may occur where the issue of whether man will eat beast, or vice versa, will be

determined.

ZetaTalk ™

Nova Scotia: Rocky Nova Scotia, jutting out into the Atlantic, will be subject to multiple factors during the shift. First, the stretching of the Atlantic during the week of rotation stoppage will cause it to sink some 50

feet below sea level, so that the ocean seems to rise along its coastline. This will drive the residents away from the coastline, which is all to the good for their safety. The is affected, also, by the tendency of the oceans to flow toward the poles during the rotation stoppage, away from the equator. During the shift itself, the St. Lawrence Seaway will rip, creating a large inland bay rather than a river, relieving the effect of the Atlantic stretch. As with the New England states, Nova Scotia will benefit from this, so that suddenly the waters will move away from the coastline. However, due to sloshing of the oceans, residents should stay

away from the coasts for a few days after the shift. Due to the existing poles melting within two years of the shift, the extra 150 feet of bounce up that Nova Scotia receives from the ripping of the seaway will only mean that more of its land surface remains above water. The rugged residents, used to fishing and living off a harsh landscape, will be well suited to live in the Aftertime, especially as ocean fishing will be

productive.

ZetaTalk ™

Ontario: Ontario overall benefits from the pole shift in that it will arrive at a warmer climate, will have ocean access from the Hudson Bay and what will become the St. Lawrence Bay, and will be a land bridge

supporting travel between the lands to what is now the west and east. Ontario has land to the north that is of a low enough elevation to be swallowed by the melting poles. This will consume a good half of Ontario,

but will bring the Hudson Bay closer to survivors huddled in the highlands. Fishing will be good in the

oceans after the shift, as the high level of carbon dioxide will make the oceans lush with vegetation, and sea food will follow in becoming abundant. As a land bridge, Ontario might find itself with barter and

communication opportunities, also.

ZetaTalk ™

North Bay: North Bay, Ontario is an example of an inland lake region that will change as a result of the shift. Due to the widening of the St. Lawrence Seaway, with release of tension along the banks of the

seaway, this land will pop up and rise in elevation in relation to the surrounding land. North Bay currently drains into the Great Lakes, and will continue to do so, but will find more water coming from the direction of land along the seaway than from its current drainage configuration from the mountains inland. Thus, a larger lake, with more tributaries, as a result of the Shift. Fishing in this inland lake should be good, and the climate warmer than today.

ZetaTalk ™

Ottawa: The Ottawa River will swell during the pole shift, and not return to it's former size. During the stretching of the Atlantic that occurs during the pole shift, and consequent widening of the St. Lawrence Seaway, Ottawa will also be stretched, with the result that the Ottawa River will become ocean, saltwater, and the two halves of Ottawa separated. Where this will not be the case in the northern region, this will go under water shortly so the separation by water will seem complete. The land close to Ottawa, the city, will ride high, and be relatively secure from the havoc from earthquakes and volcanoes that rack some other

parts of the world along fault lines. Plan on fishing as a source of food, in the main, during the Aftertime.

We have stated that the Ottawa River will split open during the pole shift, separating the part of Ottawa on either side of the river in the process. This split is, of course, along the existing fault line that runs under the river, where the rock is already pulling apart. This will not occur until the pole shift, will not rip during the New Madrid adjustment expected during the 7 of 10 scenarios. We have described the trauma that cities

along the Seaway will experience, during the new Madrid adjustment and beyond, as devastating as regards earthquake shaking but not as regards inundation. Cities to the south of the Seaway such as Cleveland,

Toledo, and Buffalo will be shattered during the 7 of 10 New Madrid adjustment, but the pinch in the

Seaway where the Seaway opens into Lake Ontario will not split during the 7 of 10. And even though the

Seaway will split open at the pinch during the pole shift, Montreal just north of this pinch will survive, although shattered by earthquakes. Niagara Falls will likewise not split open until the pole shift itself.

ZetaTalk ™

Sudbury: Sudbury, in Ontario, is far enough inland north of Lake Huron to be free of sloshing in that great lake, and close enough to the high land north of Lake Huron to escape to the hills during the shift in any case. Inland cities with access to the Great Lakes will find they can fish far more than just their nearby lake, as during the shift the locks up and down the complex will shatter, allowing a free flowing waterway with access all the way to the Atlantic and inland. Thus, lake travel will become the mode of choice, and fishing the primary food gathering mode. After the shift, this part of the globe will find itself in a warmer climate, and out of the direct path of volcanic dust, though as elsewhere around the globe, the days will be

consistently gloomy and rainy drizzle a constant presence. At a distance from intensely populated areas, Sudbury will not find itself inundated going into or after the shift.

ZetaTalk ™

Toronto: Toronto, Canada is situated on the edge of high drama that will occur during the Pole Shift. Those of faint heart are advised to move inland for the duration of the drama. The St. Lawrence Seaway is due to further its split during the shift, widening the Seaway to what will become an ocean bay. During the split the bordering land will not sink. The release of tension of connectedness to plates in the Atlantic will be stretched and drawn downward as the Atlantic widens, and then when the rip occurs the lands bordering the Seaway will bob up somewhat. However, the action will be heart stopping. In general, this section of

Canada as all of Canada will have a good climate in the Aftertime, a temperate climate.

We have predicted that Toronto will not suffer during the New Madrid adjustments, as will those cities and regions to the south of the Seaway and Great Lakes. This is due to the Seaway itself acting as a buffer. The Seaway splits open, with its southern shores pulling to the southwest while its northern shores remain as an anchor. Of course, the whole region will jolt, and if the New Madrid region will sustain many quakes of a magnitude 8 and even a magnitude 9, the northern shore of the Seaway will sustain quakes easily into

magnitude 7. What will this mean for those cities which have not been designed with earthquakes in mind?

As with the cities in the New Madrid region which are poorly prepared, it will be a catastrophe.

The world is used to seeing images from Iran and Turkey and Haiti where earthquakes of a mere magnitude 5 or 6 devastate towns, killing hundreds, and leaving rubble in its place. This is excused as poor foresight for regions prone to earthquakes, but the same can be said of cities in Europe and the US and Canada where entire cities have been constructed with no thought whatsoever to the possibility of an earthquake strike.

Anything more than a single story in height can be assumed to crash down and trap those beneath. Bridges will drop, roadways heave, dams and water reservoirs break, and gas and water mains snap and spew their

contents. Fires break out, rescue vehicles cannot move about, and whether this is for a magnitude 5-7 or a magnitude 8-9, the effects are the same. Cities are not safe locations!

ZetaTalk ™

ZetaTalk ™

Yukon: Composed of high land that will be stretched as the edges of the North American plate are pulled toward the North Pole and Russia during the shift, while the West Coast is pushed in another direction by the pressure of subducting Pacific plates, the Yukon will not experience crumpling and compression, but

the effect of tearing in the rock layers deep in the ground. This is less of a rough ride, but can result in the

lay of the land changing unexpectedly, and buildings can suddenly settle and collapse due to this. As with Alaska, the chaos can set the wildlife to roaming, seeking a climate less warm, more akin to what they are used to, and thus unexpected encounters between man and hungry beasts will occur. Anticipate that the

wildlife will be as disturbed and angry about the changes as the human population, and plan accordingly.

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UNITED STATES

The Appalachian mountains will be above the water line when all is said and done during this next pole

shift, including the melting of the poles that will raise the oceans some 650-700 feet within a couple years after the shift. Where relatively isolated now, those living in these mountains will find themselves

increasingly crowded with survivors who will be forced to move inland to escape the rising waters. The

climate will remain temperate, and as the people of Appalachia have often been forced to live off the land, they should fare as well as any during these troubled times.

Karst topography, resulting from the erosion of limestone (which dissolves in water wash), creates caves and subsequent sinkholes when the area is distressed by fracturing of rock during earthquakes or the daily Earth wobble. The Appalachian area is riddled with such caves and escarpments. The predicted New

Madrid adjustment will pull the N American continent at a diagonal so that rock adjustments will occur

from the New England and Great Lakes regions all the way to southern Texas and thence to Mexico. Many

new sinkholes will open up in those regions subject to limestone erosion. This does not alter the fact that the Appalachian mountains are high ground, fertile ground, and free from volcanic activity. Safety is a

relative term. There is no "safe place".

No volcanoes will emerge or erupt in the Appalachian chain, either during the pole shift or in the events leading up to the pole shift. Why would the African Rift Valley have volcanoes, when it pulls apart, but not the southeast US? It is both the degree of rip and proximity to the plate border that determine this. In Africa, the plate is hung up at the Read Sea, snagged there such that the parts of the plate that fall below this point must tear away. This causes a greater thinning of the plate along the long rift, which starts at that point. The Appalachian chain is centered in the plate, so that as the stretch pulls down the plate as a whole along its eastern side, there is not a tear but a lowering action. Thus, no volcanoes.

The mountains on the West Coast of the US in general will be hot and rugged, with much upheaval, during

the shift. The Sierras have been created because of subduction of Pacific plates under the lighter land mass, and these matters are never a gentle process. Snapping, sudden jolts, and bouncing rock stratas reacting to a sudden release of pressure can be expected all along the Sierras. The mountains and valleys have been

formed because of crumpling, horizontal pressure, and this will happen again during the forthcoming shift.

What happens to rock when it is asked to compress, to fold? It breaks, and moves into the point of least resistance which is upward into the air. Thus, jutting peaks of sheer rock with the rock strata going almost vertical. It crumbles, with a jumble of rock rolling over each other as the mass is pushed upward. Thus, anyone or anything on top of that spot will be subject to being ground up in the tumbling process.

Compressed rock can also drive horizontally, into nearby soil or space not occupied by anything as dense as itself. Thus, those in a valley can find rock shooting out of a hillside, or rock spear shooting under their feet, unexpectedly. Surviving the mountain building process while in the mountains is precarious, and not advised.

Regarding which part of the Sierras will be safe from mountain building during the hour of the pole shift -

we do not have good news. This stretch of rigid rock snaps under compression from the Pacific, as the high sharp mountains show. Mountain building will occur throughout the Sierras. For those with homes in the

Sierras, who wish to return to them after the pole shift, we have two suggestions. Travel into Nevada and ride out the pole shift on one of the former salt lake beds of Lake Lahontan, and then return to the Sierras, or drop down into the San Joaquin Valley, which is stable. The valley will flood with water pouring over the coastal mountains and rushing up along rivers that drain the valley. However, if timed right and

prepared to travel quickly into the foot hills of the Sierras, it would be possible to avoid mountain building.

The hour of the pole shift will involve the globe on the move, and at the end of that hour, plates crashing into one another. It is not until the end of the hour that mountain building in the Sierras and compression of the Pacific will start. Water on the move does not move instantly, but is paced. Thus those along the eastern side of the San Joaquin Valley can wait until the hurricane force winds start to die down, shortly after the big jolts have occurred, and then trek into the foothills of the Sierras before the flooding of the valley begins to affect them. During travel through the Sierras one would encounter much destruction of roadways and bridges, and for this plan to work, one would have to be prepared to travel on foot through potentially hazardous terrain in the Sierras.

It is no secret that Mammoth Lake and the caldera of Yellowstone are warming up. There is a fault line

running from the approximate San Diego/LA area, up into the Sierras, and this is liable to rupture rather violently during one of the quakes that precedes the pole shift by some months. Volcanic eruptions from

that area in the Sierras can be expected. The fault line we were referring to was the Owens Valley Fault line, which runs along a granite rock strata on up into the Sierras and down into the fractured mess of fault lines that is the LA to San Diego area. Where there are quakes aplenty in the Sierra Nevada range, which is rigid and not likely to adjust. The soft rock to the east of the Sierra range does make adjustments under pressure the diagonal pull stress peculiar to the N American Plate. This is why the Sierras are mountains, and Owens Valley a void. It allowed movement.

We have mentioned that the Salt Flats of Utah are an example of land that will not buckle during the pole shift, as evidenced by its past behavior over the eons. The surrounding mountains absorb any mountain

building pressure. Such isolated areas can be determined even without a geologists help if one examines

where seismic activity occurs and where mountain building has not occurred. The map accompanying this

question not only shows seismic activity, but also flat areas where virtually no seismic activity occurs. Note the Salt Lake region show up as rigid in this regard, as does a large swatch of land in SW Idaho, part of a past lava flow from Yellowstone, and in other areas such as those areas of the former greater Lake

Lahontan in Nevada. Plateaus appear here and there west of the Continental Divide, flat and undisturbed by seismic or volcanic activity. Consider these to be relatively safe areas, in regard to mountain building activity during the hour of the pole shift.

The Mississippi River will rise during the drenching rains that follow immediately after a pole shift, the ocean waters evaporated into the air during the worldwide hurricane that occurs during each pole shift

condensing out of the air in a fury. Rivers that feed into the main rivers emptying a continent will be

affected by several factors that will cause flooding beyond what those living along their banks suppose

could ever happen. Flooding today is a comparatively local affair, in the US affecting several states at most.

Where one river swells, another is not so affected, and thus the drainage happens more rapidly than it

would if all the rivers were swollen. During the pole shift, there will be torrential rains everywhere, on and off, as the clouds are dropping water whipped up from the oceans.

The Mississippi will drain a wide area experiencing torrential rainstorms, and will put any bordering land at risk of flood surges, no matter how high the hill. Large amounts of water may pass though, at great speed, and when encountering an obstruction such as a hill, rise up as the path of least resistance. These flood surges will not be gentle, so escape in a boat, which would capsize and tumble in the roistrous waves, is not likely. The horrific backwash caused by a Mississippi unable to empty into the sloshing Gulf will reach as far inland as Missouri and Kentucky, increasing the flooding along the rivers that drain into the Mississippi.

Low lying states along the Gulf such as Mississippi and Louisiana, which border the Mississippi where it drains into the Gulf, can expect to be under water.

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.

The Ozarks will do well in the forthcoming changes, due to their relative isolation from large megalopolis cities and large bodies of water. They are far enough inland to escape the assaults of large tidal waves, drain down onto nearby land rather than be subject to rapidly rising floods waters gathered elsewhere, and their inhabitants in general are simple folk who have not forgotten how to live off the land.

The deserts of the American southwest will bloom, in time, as rainfall patterns will change after the pole shift. But as we have explained for the deserts of Mexico, for the Chihuahua desert, this will take time. It can take decades for humus and bacteria to accumulate to the extent that plant life flourishes. But in

Arizona and New Mexico and southern California, the mountain or hill country will do well. These are not desert regions today, but have soil and forests. Rainfall will increase, and the variety of plants that find make these hills home will proliferate as it does so.

The Salt Flats in the western US are old sea beds pushed high as the west coast of the US has been pushed up and over plates to the west. Such lake beds will surely be soured by the hurricane winds, and the hard flat earth does not invite burrows. These lake beds are surrounded by hills and mountains, many with

ravines clearly created when water rushed into the lake beds at some distant point. The land is dry and hard, formed into rock in most places, and inhospitable. It is permeated with salt, a former ocean bed, and is useless for agriculture. However, the Salt Flats have one advantage during the coming pole shift - the land will not buckle. The Salt Flats have lasted over the eons, though various pole shifts as severe as the pending shift, because they are glued to the same plate as the surrounding mountains, and they will not move or

buckle. Thus, if dome shaped structures can be fixed to the lake beds, so that hurricane winds pass over them, this will be an extremely safe area.

Puget Sound will be flooded past human memory during the hour of the shift, due to water pouring in from the compressing Pacific, which will take time to drain, and water from torrential rainstorms pouring into the sound from the rivers that empty into the sound. Surrounded by mountains, residents in the area should seek high places but be mindful of tidal bore, which can astonish those unfamiliar with what water will do under pressure and with no place to go but up. After the shift, due to higher sea levels caused by the

melting poles, the sound will increase in size, giving better access to the Pacific for good ocean fishing.

Puget Sounds is a geologically complex area, with many faults. The Juan de Fuca Plate is pushing under

the region, creating the belt of volcanoes in the Cascade Range. As the Juan de Fuca Plate is moving

northward as well as subducting under the N American Plate, Vancouver Island is moving north, and is

expected to move up to 100 miles further north during this coming pole shift. What will the pole shift mean for Puget Sound, beyond what we have predicted for pole shift tidal waves up to 600 feet high and rising seas - a loss of elevation of 675 feet within 2 years following the pole shift? Due to the complexity of the sound, with so many islands and peninsulas, there will be a baffling effect from any tsunami coming in

from the Juan de Fuca Straits. This will help disburse the 100 foot tsunami expected to bore through the straits, swamping Victoria, especially as the tsunami will blow both north and south after leaving the straits.

Despite cities like Seattle and Vancouver, BC being below a 100 foot elevation in the main, these cities are unlikely to be swamped by the tsunami coming from the great Japan quakes.

But for the pole shift tides matters will be different. These tides are anticipated to be 500 foot high, with an additional 100 foot in height when tidal bore factors are present. Most of Puget Sound is lowlands, so much so that the entire region can be expected to be flooded during the hour of the pole shift. Where a single tsunami wave of 100 feet is expected to disburse, the pole shift tides are the entire ocean on the move. Lots of water, so that the whole coastal region is presented with water at this height. Tidal bore will occur in the narrow Juan de Fuca Straits, but this time not disburse. A 600 foot high tide will wash down into the sound, and up along the Washington coastline before dropping to a 500 foot level.

The tiny New England states are grouped at the end of what will become increasingly a peninsula of land, due to the widening of the St. Lawrence Seaway and the melting poles. The land is rocky, and will rise

some 450 feet by our estimate above the current level due to the land being freed from its current

connections during this continental rip. During rotation stoppage, the Atlantic will be stretched, causing land along the southern East Coast of the US and islands such as Scotland and Ireland to drop some 150

feet below the waves. But at the combined ripping of the St. Lawrence Seaway and Atlantic rift, this

peninsula of land which is currently called the New England states will be allowed to find its level based on the natural relative gravity of the land. The land will bob up, some 450 feet above the current level.

Nevertheless, due to polar melt to occur over the two years following the shift, this rise will be lost and the coastline actually going under the waves some 200-250 feet beyond the current beach level. Thus, those

with homes 250 feet above the coastline might find themselves on the beach. However, to be safe during

the shift, our precautions of being 200 feet above sealevel and 100 miles inland should apply. Sloshing in the Atlantic, and unpredictable water movement into and out of the St. Lawrence Seaway, will result in

terrifying moments for those any nearer to the coast. Return to the coastline after some days have passed, and the water seems to have settled into tides that are predictable.

We have stated that the toggle point where land will bounce up during the pole shift, for the New England states, and be pulled down prior to or during the pole shift, for the southern states, is Pennsylvania. We have stated that the bounce up should be prorated from Montreal to the mouth of the Seaway. Note that

across from Montreal there is a rock strata emerging and running south and down into the Appalachian

Mountains. Lake Champlain situated between the Green Mountains of Vermont and the Adirondack

Mountains of New York is along this rock strata. This is a rip point, as we have described, where the New England area will bounce up vs being held down. This rock strata runs directly south to where Manhattan

Island touches the mainland. Thus, our statement that the New England region would get the bounce.

Obviously, there is not going to be a cliff at this rock strata boundary, 450 feet in height. The land will slant. To be on the safe side, assume all of Maine to have the full bounce, and prorate your bounce from there to the western edge of the New England states.

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Alabama: Alabama is not a location is be situated in during the coming pole shift. Where some areas are far enough inland and high enough to avoid being swamped during tidal sloshing that accompanies the pole shift and the day or so after, there are other factors to be considered. Alabama is among the states affected by the mightly Mississippi when in a horrific backwash.

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Alaska: Alaska will fare well during the coming geological changes for a number of reasons. Where it is now in a cold climate, it will move to a very temperate location. The volcanic eruptions anticipated where Alaska's active volcanoes now exist should blow out across the water, not inland, under the influence of the new prevailing westerlies, so the land should be spared. And since it is scarcely populated, there will not be the problem of masses of starving humans to contend with, which can create destructive riots. In selecting locations in Alaska, one should consider the possibility of tidal waves along the coast, but the key

consideration should be the volcanoes, which are already active, and which will increase their activity to the point of exploding during the pole shift.

The Alaskan Pipeline will inevitably be fractures along its course during the pole shift and will thus drain dry. What oil does not soak into the ground will be lit and burned during the lightning storms that occur during the pole shift, a burning that might start at only one place but will spark burning along the entire course. Oil that does not drain out of the pipeline will burn at the ends, creating a torch that may burn for months.

Clearly the habitable plateau of the Kenai peninsula will suffer from the pole shift tidal waves and the sea level rise to 675 feet that will occur within 2 years after the pole shift, as its elevation is low. The Kenai peninsula lies squarely on the N American Plate, which is solid and will retain its boundaries throughout.

The compression of the Pacific has in the past impacted the Aleutian Island more than it will in the future, though volcanic restlessness should not be presumed to lessen. Thus the concerns of those on the peninsula should be focused on life after the pole shift while living in the mountains. Access to ocean fishing and very tropical weather for flourishing gardens should provide abundant food sources, and thus seed or

hothouse stock that can thrive in tropical weather should be secured ahead of time. Beware the bears, who will have their habitat invaded. As we have stated, Alaska after the shift will be a war between man and bear, with one eating the other.

If your target climate came from a formerly frozen land, such as the Arctic, and is frozen solid and covered with ice, then it will take longer to thaw and warm up than lands only temporarily frozen during a winter season. Alaska will not be tropical within a couple months, as the permafrost must first thaw. Double the months required for a temperate winter to turn to summer, in that case, to determine the time period needed before a warm season can be presumed.

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Anchorage: Anchorage is dealt several blows during the shift, as it lies along a coastline, is near a chain of volcanoes, and borders the Pacific where subduction of plates will occur. During the week of roatation

stoppage, the water normally pooled at the equator due to the effect of rotation will drift toward the poles, equalizing. Thus, the tides will be higher. At the shift, the volcanoes to the west will explode spewing ash over the nearby vicinity, which will become upwind to Anchorage to some degree due to the prevailing

westerlies which will still pull the ash toward Anchorage. Sloshing water, already higher than normal along the coast, will rise to the tops of the buildings in the city. After the shift, however, the ocean fishing, and the familiarity of the people with this activity, should prove a good lifestyle. Survivors will need to become accustomed to a very warmer climate, as the new Anchorage will be close to the new equator.

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Fairbanks: Fairbanks is positioned inland far enough that tidal waves will dissipate their force before

reaching the city. However, it lies low enough that melting poles will cover the city shortly. The river basin that Fairbanks sits upon will suffer during the shift from several sources. First, being at a relatively low altitude, the land may be inundated during the rotation stoppage due to water draining from the equator and pooling at the poles. This will only affect land close to the poles, such as Alaska. Second, during the shift itself, when the North American continent is pushed north and under any water in its path, this water will

be pushed into the river basin from the ocean, at the start. High mountain ranges on all sides will afford the residents safety from the rising water, and the mild climate will encourage vegetation on the former tundra to grow. However, other than moss and lichens, there is little in the natural vegetation to eat, since the climate was harsh formerly and the native seed stock does not include variety. Survivors should have seed stock at hand, and be familiar with gardening practices.

Danger will exist for survivors from the large bears that roam Alaska, both Grizzly and Polar Bears, which will be starving and aggressive until the battle between man and beast is resolved. One will eat the other, in the end. Thus, those riding out the shift should move into the mountains south or preferably north of

Fairbanks as the rising waters will then trap the larger populace of man-eating bears to the south, with only a polar bear population to deal with in the north. Polar bears deal well with snow and ice and water, and will be less inclined to attack man than strictly land-based bears as the food supply diminishes. The key point in locating safely in Alaska is to have solid granite or rock underfoot, as all else will be awash and unpredictable when the permafrost melts. Volcanic dust will sweep from West to East when the prevailing

westerlies are re-established, pulling the dust out to sea rather than over the former Fairbanks.

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Arizona: As old rock, not much will happen, even the Grand Canyon remaining unaffected in spite of temporary deluges in the area. During the hour of the shift and hours following, the Colorado River will drain the immense amount of water that will dump on the Rockies, during the clash of water soaked air that will push inland into the Mississippi Valley during sloshing of the Gulf, and similar water soaked air that will push inland into the Sierras during the compression of the Pacific. Existing drainage routes will serve as the route for this water to rush back to the sea. The Hoover Dam will not survive the Richter 9 quakes, in particular will not survive the heaving and jolting that will go on as the Pacific Plates subducts under the West Coast. Such subduction does not affect only the immediate area, but causes adjustments in

neighboring rock strata, sometimes hours afterwards in aftershocks. We have stated that all river will flood beyond their known flood levels, and that river banks should be avoided, and the Colorado River is no

exception. Arizona will be a crowded area going into the shift due to the mystique that many ascribe to this place, particularly Sedona, and thus the poor land and minimal water will be taxed during the Aftertime.

Where Arizona rises into the mountains, the highlands offer a better potential for life in the Aftertime.

We have warned that any volcano active within the last 10,000 years should be considered a candidate for eruption during the hour or the pole shift, but activity covers a wide range of actions. Hawaii's volcanoes will continue to erupt, as they have been doing for a long time, but this is more in the category of oozing rather than an explosion. The volcanic belt in Arizona is similar, as its recent history shows lava flows but no explosive eruptions. Karst rock formations are undercut by water flows underground, giving rise to

sinkholes, which is well known. But what would cause the Sunset Crater to ooze, building the crater and

laying down a lava flow, a mere 1,000 years ago?

Rock formations that have been eroded by water flows, both on the surface and deep within, are not

entirely stable, and give signs of this by settling periodically. This includes sinkhole formation, but a deep sinkhole can create a pathway for a magma flow, temporarily. This should not be taken as a sign of a

pending eruption, which requires a much larger path and greater force. On the side of caution, riding out the pole shift on a lava bed that showed this weakness within the last 10,000 years would not be the best choice if one had alternatives. The worry about life in the Aftertime in Arizona does not come from volcanic

activity, however, but from soil that is inhospitable to gardening.

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Phoenix: Life in the desert is tenuous, and where large cities have sprung up, supported by imported water and electricity brought in from afar, residents in cities in the middle of deserts are lulled into thinking that life there is possible even without such support. Being on stable ground, Phoenix will in the main be

standing after the shift, outside of the damage done by hurricane force winds and the possibility of volcanic dust dumping or firestorms dropping from the skies. Those who plan on surviving must think about what

they will do after they survive, else they will not long survive. A check into the past, at what did live there and the lifestyle required, can be an eye-opener. Where Arizona is old rock and has withstood many pole

shifts without buckling, such cities as Phoenix will find the hard baked soil reluctant to garden even with torrential and continuous rains. Ground that has been baked for millennia under the hot sun is like brick, as what would not blow away in the wind as dust or wash away in flash floods has hardened.

Phoenix is circled by agriculture in places supported by water piped in from nearby rivers, and with this culture established may react to the increased rains that follow every pole shift with an attempt to produce food for the survivors. The dazed populace will lean heavily on any farms nearby, which will find

themselves stripped of any edibles so that sustained agriculture is not possible. Phoenix, like most cities with high numbers of survivors, will find the human survivors like a plague of locusts, consuming

everything in sight. With deserts on all sides, and travel inhibited by broken roads and bridges, travelers trying to escape this plight will likely find themselves dying of starvation before getting to lands that can support them.

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Tucson: Tucson, as with the rest of Arizona, is situated on old land, plates that have survived numerous pole shifts without fracturing. As improbable as may seem, the hardened soil, which creates flash floods in the desert, will give this desert area water problems both during the shift and during the almost perpetually rainy years afterwards. Tucson is surrounded by mountains, which will run rainwater into the lowlands.

With rising sea levels pushing back on the rivers, rivers will empty more slowly, and thus flash floods can become lakes. Ensure that your survival sites are situated with this taken into consideration, not in a flash flood runoff.

Where Arizona is beyond the reach of tidal waves, and on high enough ground that it will be above water

after the existing poles melt, it will be in the traffic lanes that carry refugees from Texas and Mexico.

Mexico will carry refugees from Central America, which will be devastated, and from Mexico City itself.

Texas will find itself on mud-strewn flats, with water-weary survivors looking for dry ground. Without

fertile agriculture, Tucson and its vicinity will find that stores of food become wealth, quickly plundered from the weak. This does not have a happy solution.

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Arkansas: Arkansas will have safe and unsafe places, side by side. Abutting the Mississippi, which will flood beyond the imagination of those living along its banks, the low lands will experience flooding that will push up along any tributaries that feed into the Mississippi. But the highlands, which Arkansas has in

abundance, will be above the floodwaters and have another advantage. Where many areas will find themselves faced with hordes of hungry migrants, forced from their homes by rising water, the highlands of Arkansas are isolated from large population centers, and thus will escape this squeeze.

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Greers Ferry: Being close to the great Mississippi, which will drain a wide area experiencing torrential rainstorms, would put any bordering land, at risk or flood surges, no matter how high the hill. Large

amounts of water may pass though, at great speed, and when encountering an obstruction such as a hill, rise up as the path of least resistance. These flood surges will not be gentle, so escape in a boat, which would capsize and tumble in the roistrous waves, is not likely.

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California: California anticipates being inundated, due to the very famous Edgar Cayce predictions along those lines. The state is large, so the many problems befalling it do not necessarily spell disaster for any given family. The major cities along the coast will experience devastation due to earthquakes and be

unlivable afterwards. Highly industrialized area will find their surroundings befouled as a result of the quakes. Reliant on piped water, those in the desert will find themselves without clean water as the ocean inundates inland valleys. The long-term danger in riding out the shift in California, or life afterwards, will be from living near or atop plate boundaries, which will be restless for hundreds of years after the shift. The volcanoes along these boundaries, even those in Alaska, will waft their volcanic dust along the new

prevailing westerlies, which will move them down along the coast, in the direction of the new east. Thus, fishing along the coast will be the best option for survivors, who can return to the coast after the tidal waves have settled.

As California’s geography attests, water has often been trapped in the inland valleys, behind the mountain barriers along the coast, and slowly drained. During the compression of the Pacific, water will wash over these mountains, where ravines or foothills allow the press of water tidal bore, and push up the rivers to flood the inland valleys, which will become an immense flood plain. After the shift, survivors afloat will paddle about in desperation, as rescue by man will not be forthcoming. The valleys will not drain for some years, by then afloat with the dead bodies of those who were trapped there.

Man and beast alike will find themselves squeezed into the mountains to the east, where they will

encounter stark desert landscapes poorly suited to supporting hungry survivors. In the north, California becomes or abuts forestland in foothills or mountains, which offers some safety to those scrambling there from the coast or from farmland valleys that will be inundated. As with all areas, danger from forests set afire from falling firestorms or deluges running waters in force down ravines, exists.

Yosemite bears witness to the force of solid rock is subjected to during pole shifts - twisting and pressure upward on one end of a rock strata while pressure downward is applied on the other end - such that solid rock snaps, creating cliffs thousands of feet high. The Sierras show many such scars from the not distant past, as when subduction of plates under California occur, this area is crinkled and compressed. This pole shift will be no different, as the compression of the Pacific will be immense. Thus, such sudden changes in the strata can be expected.

The majority of California will end up above the flood in the Aftertime, though the rubble of what was

formerly densely populated cities along the coastlines and in the lowlands of the central valley will not be habitable due to flooding as well as earthquake damage. The key to survival in the Aftertime in California is not merely escaping the high tides, which will wash over and around the coastal mountains because of

the force of water from the compressing Pacific, but life afterwards. California is basically a desert region, turned green because of irrigation and piped water. This will stop. Be near a water source such as a stream, and be prepared to garden and farm.

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Folsom Lake: All dams should be anticipated to shatter, particularly in the foothills of the mountain

building region of the Sierras! We have stated that salt flats, which the California valley is at base, are stable and less likely to shatter than those areas which obviously have sustained mountain building in the past. Folsom Lake is not on the flat valley floor, but in the area subject to mountain building. Folsom Lake dam will shatter, and the lake in any case be salt water. However, those living in the area are ideally suited for the pole shift survival technique we recommended - to be on the salt flats of the valley flood during the hour of the shift, and then scamper into the foot hills of the Sierras before the tidal waves roll up the Delta to you.

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Los Angeles: Los Angeles, the City of Angels, will not fare well during the coming earth changes. Long

before the actual shift troubles will beset this city, situated on the Pacific coast and atop many active fault lines. The increasingly severe quakes racking the Earth during this time will escalate to include quakes of a high enough Richter to bring down buildings and bridges in this city dependent upon its freeway system.

Broken gas lines, polluted water lines, and the smog situation made worse by fires in the city will cause a return to riots and police brutality of the past. During the week of rotation stoppage, the crust of the Earth is under severe stress, moaning under this, until the shift causes it to separate from the core and move. During this time, as we have mentioned, the Atlantic is stretched, causing the south-east portion of the US and Caribbean and islands to the west of England to lose some of their elevation, creating flood tide hazard even before the shift itself. The Pacific likewise has stress, not in a stretch but in a compression. This will cause quakes of a high enough Richter to put Los Angeles into chaos. As the elite in the US are anticipating mobs from LA invading their enclaves higher in the mountains and inland, roads blocked by the military,

protecting the elite, can be expected. Anyone not out of LA by the week of rotation stoppage can anticipate being entombed there, as once the shift starts the flood tide will wash the entire city against the mountain backdrop.

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San Diego: A city prized for it's mild climate and beaches, San Diego will find this proximity to the Pacific its doom. Without mountains as a solid backdrop, waves will wash in and out, over San Diego, as though it were a beach. This will scour the city clean, dragging most of it out to sea and depositing the rest inland as flotsam. Those seeking San Diego after the shift will be shocked to find it apparently missing. And the

remnants will in any case go under water within two years, due to polar melting.

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San Francisco: San Francisco is a great tourist attraction, due to the Golden Gate bridge, wine country, China Town, and coastal redwood forests. As with other coastal California cities, it is considered an ideal place to live. This very proximity to the coast is what will doom residents of San Francisco during the

earthquakes and Pacific sloshing that will accompany the pole shift. Situated on the San Andreas and other fault lines, rubble and downed bridges and fires along with a large percentage of the population injured can be expected. So trapped, the residents will find themselves inundated with flood tides so forceful and high that the peninsula itself, all the way to San Jose, will have water flowing over it. This flood tide will roar through the Golden Gate, clash with the water that has flowed over the peninsula, resulting in roiling water drowning the residents of the many cities around the bay. Survival will be an accident. After the shift, due to the forceful subducting of Pacific plates under West Coast, the bay area will actually be above where it is today, in elevation, even after the melting of the poles. Water that has flowed inland during the shift will take some time to drain from the inland valleys. However, San Francisco can be anticipated to be a good

ocean port for fishing, during the Aftertime, and the oceans will be lush and full of fish.

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Santa Barbara: The high mountains around Santa Barbara will be safe from the tidal waves during the shift, but after that moment this will be a grim spot. During the week that rotation stops, there will be many who realize that tidal waves can be a factor. Just the legends of the Flood will be enough to start a migration from LA, in all directions. Even without this, having survived, the mountain tops cannot sustain life and the surrounding land will be under water or salt soggy so that one must migrate inland, and any survivors will not be alone on this trail. Travelers with food stocks will be robbed.

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Stockton: Although situated on the bed of a salt lake and thus stable from a standpoint of being hard rock unlike to crack and heave during mountain building pressure, the inland valley in California has geography below the former salt lake bed floor. We have stated that river bottoms are situated along areas of a plate that are thin, and have thus sunk down, thus becoming a river bottom. Stockton considers itself at the

headwaters of the delta area, but the great San Joaquin River flows past it, and Stockton is thus situated along a river bottom region. Where former salt lake beds are unlikely to crack during Earth plate stress, the rock strata beneath it can adjust, producing earthquakes.

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Tahoe: Tahoe lies at the juncture of the hard rock under the Sierras, which will fracture during the pole shift, and rock to the north and east which operate independently of the rock in the Sierras. The rock

structures holding Tahoe as a lake are not expected to change during the coming upheaval, though rock and roll will certainly take place in the area. Due to the thickness of the rock built up under the Tahoe area over the econs, the Mount Pluto volcano, extinct for what mankind estimates to be 2 million years, will not

erupt. This would be an area to return to after the pole shift, however, due to the possibility of tumbling rock at Tahoe during the pole shift itself, with the flat former lake beds in the California valley floor or the Lahontan former salt lake beds in Nevada offering more safety.

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Colorado: Colorado is a relatively safe place but a popular one among many contactees who are flocking there. Although within building mountains, Colorado will experience a push over the lands east rather than an up and down motion as in the past. Eastern Colorado descends into the plains, with various rivers and streams draining from the hills into these plains. For these two reasons, eastern Colorado will find itself considered a welcome place for desperate refuges from the wetlands below. Those on the plains will look

to the hills as water begins to lap at their doorsteps, and head for these hills. As the rivers and streams fill up and roadways are flooded, they will increasingly use boats to move up into the safety of the foothills of Colorado. Thus, those who have settled along these rivers and streams will find themselves a port of safety for desperate survivors, and should prepare for this inundation of desperation.

We have stated that mountain building will not occur in Colorado, as it has in the past, but rather that the mountains will push over the plains to the east. Mountain building occurs when a rock layer pushes under another, tumbling and shattering the top layer. The current Continental Divide in Colorado has so many

layers of rock beneath it that what is pushing under can no longer jumble the top layer. Instead, the whole mass pushes east over the plains. Colorado rapidly drops in elevation to the east of the high mountains, and it is the land in lower elevations for a 50 mile swath that will find itself rumpled and tossed before what appears to be mountains on the move. As surprising as it may seem, this process does not kill all life before it, but is rather a rough ride where roads rumple, cars are tossed to their sides, and housing collapses. This is expected in any case during great quakes. Afterwards, the rumpled area will find itself looking down

upon lands that were formerly on the same level, and survivors will realize what has happened. This

process has likewise occurred during prior pole shifts. Thus, safety in Colorado might entail being to the west of the Continental Divide, rather than to the east.

Take heart in that when poison gas depots are established, there are many safeguards against accidental

release. Transporting canisters takes into account accidents on the road, where the canisters could get

smashed, run over, or get thrown a long distance. When not being transported, the canisters are within

concrete bunkers, buried underground, and sealed with many layers in case of any accidental leakage or

failure of the packaging over the years. You are unlikely to encounter any problems, thus, even if next door to such a facility.

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Boulder: Boulder has no prayer of being out of the grip of the arrogant politicians who see themselves as the leaders of the world in the Aftertime. Even a casual glance at a map of the area shows a superhighway directly from Denver to Boulder. Military installation are nearby - Fort Collins, Fort Lupton, and Fort

Morgan. The arm of the US government intent upon self perpetuation will not sit by idly until the pole shift has destroyed roads before securing the area. The area to be secured is not, of course, merely the Denver

airport and any tunnels to other locations from that airport. They will pack the area with military personnel and equipment. This equipment includes rugged vehicles designed to go overland, and they will certainly

seek out and commandeer any functioning farms nearby. Boulder is in the heavy traffic lane between Fort

Collins and Denver, and as long as fuel for choppers holds out is likely to have overflights there that would assist in the seek and commandeer campaign. We have warned that those who do not want to be virtual

slaves of the self-appointed overloads of the Aftertime not be near such locations.

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Denver: Denver is a popular city, an airport hub, a spot for winter sports, and providing scenery and clean mountain air and water to those situating a vacation home there. Thus, it does not lack for interest, and is already a spot where the rich and powerful will flock when the cataclysms approach. They will consider

Denver, and Colorado, their safe place to camp, but being in the main the type of individual to expect

service and attendance, they will not be the best neighbors in the Aftertime. Colorado, and especially

Denver, will be a study in sociological tides during the days preceding the pole shift and the months

following. Vicious pecking order battles will ensue among those already assuming they are in control,

followed by vicious battles among those wanting to effect a takeover when it is clear that government has collapsed and there will be no repercussions. This will ebb and flow, flaring up and then smoldering under the surface, until these groups have either killed each other off or died from lack of attention to the

important aspects of life in the Aftertime. Serious settlements of good hearted folk would be advised to stay well away from this city and its surrounding enclaves, putting physical barriers between themselves and

these battles.

The Denver area will be inundated by troops and equipment well ahead of the pole shift, and it is already known that this “Western White House” is intended to be the seat of power for the US government should

DC need to be evacuated. Certainly, being lowland, Washington DC will become uninhabitable by the time

the last weeks approach. 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. Between the politician and the generals, life in the Denver area will change drastically.

The ability to commandeer private and public facilities in an emergency has always been a government

right. The airport will be dedicated to bringing the seat of power to Denver. Hotels will be taken over, all reservations canceled. Martial law will be in place, at least in this arena, whether officially or unoffically.

Any citizens in the greater Denver area resisting this reality will be interned or mistreated until they cooperate.

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Connecticut: As part of the New England complex that will benefit from the St. Lawrence Seaway ripping open, Connecticut will have a higher sea level after the shift than it enjoys now. However, leading into the shift, it will be subject to waves from the sloshing Atlantic that will drown the coastline. Residents hoping to find their homes above water after the shift should leave, moving inland for the shift itself, and then returning to the coastline to pick up the pieces. Homes at an elevation of 500 or more feet will be the only ones remaining after the poles melt. However, ocean fishing, an occupation of the residents today, will

continue to be a source of food for the survivors, and the climate should, if anything, be milder than today.

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Dakotas: The Dakotas are both subject to potential override, where the land to the west is pushed eastward during rapid subducting of the Pacific plate under the North American plate. This has somewhat

unpredictable results, as until the plates are put to the test, just what areas will break and crumble is not known. The pressure is relative, in that it is not how much pressure exists at any one spot, but whether a nearby area has broken and is on the move. Land, as water, takes the path of least resistance. Thus, should the land to the west break and start sliding over the plains, land under pressure to move, to crumble and push out of the way, to the north or south of this point could move sideways to take advantage of the

pressure vent. An additional worry in flat land is the very real possibility of flooding, with no safe place above the flood. As was noted during a recent spring melt in the Dakotas, flood waters on flat land

produces a huge lake, which can shock residents not accustomed to thinking of themselves as vulnerable in this way. During the torrential rains that accompany the shift, such floods are a given.

Both the Missouri and Red rivers have dams, which will all shatter during the hour of the pole shift.

Despite this, extensive flooding will occur as the lakes and reservoirs they create will need to empty, and these will fill as fast as they empty due to the torrential rains that will develop during the pole shift. If these dams are released well ahead of time, the flooding could be countered, but in that denial will be in force up until the hour of the pole shift, this is unlikely to happen. The dams create recreational opportunities, tourism, and state and federal caretakers as likely to be stricken by blind denial as private citizens. Drought and deluge cycles are worsening, and it may be that prior to the pole shift the Dakotas will experience

flooding that will force new rules, with the water levels lowered to prevent horrific floods. This is in the hands of man, so we cannot predict the outcome.

We have described the pole shift as being so devastating that oil fields will be consumed in fire, refineries will explode and burn, and pipelines rupture and burn. Mankind's infrastructure will be ruined, and except for some regions such as S Africa where the limited technology is self sufficient, will not approach its prior status. Certainly, the oil fields of the Middle East will not produce more than oil collected from pools on the surface, not refined. Use of oil worldwide will return to what it was centuries ago. The elite do not

contemplate such a world, nor do their hired technocrats in the main, as denial is much more comfortable.

They envision a world where repair will be needed. Thus establishing bunkers in the Bakken oil field

would be the last thing they would consider, as extracting oil from shale rock is difficult.

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Delaware: As with all lands lying directly along a coastline, the State of Delaware will take the brunt of any tidal waves heading inland from the Atlantic, protecting other states and cities that lie inland. Nothing will survive, unless it goes afloat and is caught so that it does not wash out to sea in the retreating wave.

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Florida: Stretching out into the ocean, Florida has a tenuous position during the coming cataclysms. The strikes against it are many. The land is too low to offer safe haven to tidal waves, which will roll over the state without hindrance, from one side to the other. When the Atlantic stretches, just prior to the shift, the lands closest to the equator will feel the draw the most, as this is where the Atlantic rifts are deepest. Thus, where land in the southeastern US will be pulled under to the degree that water may lap at cities high in the Appalachian mountains, along the eastern seaboard, it will surely pull Florida under the water long enough to drown the populace totally. Those in boats will find they must contend with whirlpools and sloshing

water that can capsize even large ocean going vessels. And those in skyscrapers likewise should not assume that their foundations will not be undercut and eroded. This is not a safe place.

Florida will lose 150 feet in elevation overall due to the pole shift, but not more than a couple feet prior to the pole shift itself and only inches prior to the week of stopped rotation. The void in the Atlantic that will cause the European tsunami is not enough to release the grip at the Atlantic Rift that maintains stable

support for the plates on either side of the rift. Where the Atlantic Rift will rip to a degree sufficient to create a tsunami headed for Europe, plate support remains, in the main, due to deeper gripping action along the Rift. The void causing the tsunami is a surface crevasse, in essence. The largest impact on Florida will be due to its connections with the Caribbean Plate. When the S American Plate rolls, this plate will be

pushed down where it abuts the S American Plate, and all land along the border with the Caribbean Plate

will experience at least some loss of sea level as well.

Surprisingly, Florida escapes the devastation of the New Madrid fault line adjustment. As fault line maps show, The New Madrid will rip from Mexico to the Great Lakes, on the west side of the Appalachian

Mountains. The New Madrid adjustment is most devastating to land to the west of the Mississippi, which

will drop slightly in elevation along the river and slide to the SW. There is a sister fault line that connects with the New Madrid cluster of fault lines in the Gulf, and then runs up along the eastern side of the

Appalachian Mountains. This reaches all the way to Boston, the reason for church bells ringing. Florida sits in the center of this fault line complex, relatively untouched. There is a reason that Florida is land, where

all about her is water. She sits on a finger of rock that is attached to the Appalachian Mountains, and thus this stability during the New Madrid adjustments.

Seismic activity in Florida is almost nil, as it has virtually no fault lines. The rock strata is young, and loosely connected to older rock inland. An analysis of the rock strata shows that the trembling in Flagler County is at the border where younger and older rock meet, and the point where quakes in the Florida

region pick up. When the N American continent is pulled into a bow, loosely connected rock strata

disconnect, often in a gentle manner! This is not perceived as an earthquake, as it is akin to stretch zone movement of the Earth - essentially silent.

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Georgia: Low lying lands along the eastern coast of the United States will be drawn below sea level some 150 feet at the start of the pole shift, water rushing in over land pulled down temporarily by the stretch that the sea floor of the Atlantic will experience. This in combination with the tidal waves that all ocean coasts can expect will wreak havoc on states such as Georgia. Where Georgia has land in it's headlands that border the Appalachian Mountains, the steady rise of land from coast to foothills will actually encourage the water to rise higher, as it will gain momentum. Those living in the low lands of Georgia will in all likelihood drown, unless in boats that can deal with wildly sloshing water. Following the shift, these low lands will also steadily go under water due to the melting poles. Those wishing to survive are advised to move.

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Atlanta: Southern cities on the East Coast, such as Atlanta, Georgia, at an 800 foot above sea level height, will watch a flood approach. This is due in part to the timing of the stretch and rip, as the stretch will be sustained for the better part of an hour during a time when water will rush from the poles, where it has moved during the stopped rotation, and will have the push of on-coming water behind it as it flows up

against the coastline. Atlanta, stationed between the Gulf and the Atlantic, will also find itself at a place where two floods, both with their own timing of ebb and flow, clash. This has the potential of heightening the water, forcing it up to an astonishing degree, where the clash occurs.

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Hawaii: Where one would expect that the Hawaiian Islands would be awash with tidal waves and under the threat of nearby volcanic eruptions, there is a bright spot for these islanders in that the Pacific will be shortening, tightening, and all shores that represent plates above subducting plates will benefit from this.

During the rotation stoppage, the waters of the Pacific will flow towards the poles, and during the shift will rush from one side of the Pacific to the next. However, due to the shortening of the Pacific, there will be slightly more water to deal with overall. The highest altitudes will be the safest, with a tie-down to survive the hurricane force winds. Due to proximity to the oceans bounty afterwards, the volcanic gloom can be

offset.

Tidal bore is present when the water has no where to go but up. This happens when a large wave approaches a cliff, along a land mass that prevent the water from any escape. For instance, along the

western coast of Peru. Water then must either push sideways, encountering water under just as much

pressure, or back, likewise not possible given the press. Thus, the least resistance is up a ravine. In the case of islands like those in Hawaii, there is wiggle room. Even though the islands are large, the wave

approaching the island starts to move around the island long before it starts rolling up the land mass toward the beaches. The water on either side of the island has a lot of options, can move sideways, and does so.

Thus, the advise to move inland x miles and upland x feet is not that far afield. Clearly, one should move as high as possible, staying out of the hurricane force winds, and not hang about near the beaches even if on high ground.

There will be tsunami generated from the great quakes on Japan's North Island during the 7 of 10 scenarios, but these will not strike Hawaii with an immense tsunami. Given the tsunami warning system in the Pacific, this should not take the residents by surprise nor create great devastation. As we have stated, tsunami tend to go around the Hawaii Islands, as there is great latitude to move to the side in the great Pacific, the opposite of tidal bore where water finds itself in a compressed situation with no escape but up. As we have stated, the tsunami generated due to the quakes on Japan's South Island will go against Japan, not across the Pacific. Additionally, the swamping of Victoria on the island of Vancouver is anticipated to be due to

jostling water in the straits due to a domino effect from the jolts in the plates across the Pacific, not due to a tsunami. Where the 7 of 10 is not expected to generate severe tsunami for the Pacific Rim, the 8 of 10 has not been detailed as yet beyond the mention of continuous plate movement in some areas. Since the Pacific will be shortening, it goes without saying that there will be tsunami included in the 8 of 10, as we detailed for Puget Sound recently.

Hawaii is steadily rising now, after every major quake in the vicinity. As we explained, the Pacific is not one plate but at least four, and both the Hawaii Islands and the Society Islands are being raised on the western edge of a the Pacific Plate portion that is subducting under the West Coast of N America. Where

these islands can anticipate an increase in elevation, it will not be more than 140-160 feet. The Hawaii Island have been formed from volcanic material, and thus have many deep ravines in which tidal bore will occur. Be high enough that you will be safe, as the islands are not that large that a return to home cannot be done after the pole shift.

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Idaho: Lying to the west of the continental divide, Idaho will find itself under some compression during the coming pole shift. Mountain building will occur. Having experienced compression and the push east in the past, the rock strata in Idaho represents what has withstood this compression. Land to the east of the continental divide will be subject to this compression, and land to the west of Idaho will experience the greatest heat from the friction of subducting plates. Idaho will be pushed to the east during the shift, riding over the plains to the east. This ride will terrify its residents, but Idaho will not experience the devastation that earth movements will do to others areas to the east or west.

A guide to safety in the state is to look for recent activity, that which has occurred during the past few thousand years. Vegetation does not reveal this activity, but the age of torn rock does. Geologists in the area can also be tapped, as they know areas that have remained the same for eons, and where the surface is showing freshly torn rock. In these torn areas, prepare to settle in for the ride, that rocky hour, in any area not on the rocky hillsides, but rather on heavy soil which will act as a buffer. Idaho has outlets for heat and spewing lava trapped with the surface outlets the path of least resistance. The many hot springs and inactive caldera will become more active, and residents should maintain a distance from these outlets during the

shift itself. High winds and hot dust from volcanoes in nearby states should also be guarded against. Idaho will fare better after the shift, as the climate will be more temperate.

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Illinois: Illinois will suffer after the coming pole shift due to natural reasons and those set in place by man.

Where much of the state is farmland, it lies low and will be awash during and shortly after the pole shift due to flooded rivers and the sloshing of water in Lake Michigan. Lying deep under the city of Chicago are

aqueducts put in place by man, as well as many channels above ground, which connect in one manner or another Lake Michigan and the rivers to the south. Man has built these, and man will suffer when the water goes on the move. Man-made barricades will crumble, and the worst nightmares will ensue.

Illinois will be caught in a crisscross of waters during the pole shift, between the drainage pouring down the Mississippi and the backwash that will push this water back and up even into the headwaters of the

Mississippi and it's tributaries, and the canals deliberately dug in early days to allow Lake Michigan to fill these canals for transportation to the Mississippi, there will be endless movement of water across Illinois during the shift and in the hours and days afterwards. Anyone not expecting to be in a boat, sturdy enough to withstand swirls, undertows, and thrashing waves, may find themselves and all their possessions lost.

Survivors will find themselves having to move as the polar melt proceeds, as most of this state is low lying.

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Champaign: Champaign, IL as all of Illinois will not fare well either during the shift or afterwards. Being flat land, subject to a number of rivers bordering the state or crossing it, and bordering one of the Great Lakes, it will find that water is moving across it from one direction or another during the shift itself, and then will be inundated to the point of being under water during the polar melt that takes place within the two years following the shift. Where hills will afford some protection from flood waters during the shift itself, especially if 200-300 feet above the flat land, no comfort should be taken in this safety as the waters will linger on the land, spreading raw sewage about where towns exist and drowning livestock so that

disease will surround the hills. Those who would survive should plan on moving to other areas, if not

before the shift, shortly afterwards, by boat.

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Chicago: Lying deep under the city of Chicago are aqueducts put in place by man, as well as many

channels above ground, which connect in one manner or another Lake Michigan and the rivers to the south.

Man has built these, and man will suffer when the water goes on the move. Man-made barricades will

crumble, and the worst nightmares will ensue. We have frequently mentioned that Chicago will suffer

during the coming New Madrid adjustment and again during the coming pole shift. The rock under Chicago

will lose support, pulling apart and dropping during the New Madrid adjustment, creating the implosions

we have predicted for some cities when the infrastructure drops. Chicago did not suffer during the last great quake on the New Madrid fault line in 1811, and thus the residents may be smug about the coming

adjustment.

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Indiana: Eastern Indiana rises into the foothills of the Appalachian mountains, and thus affords some protection from flooding during the shift and the torrential rainstorms that follow for some months after the shift. As with Ohio, desperate survivors will crowd into these hills, and families afloat will arrive at dry land expecting to be welcomed and fed. A carry-on government has a base in Indiana. Near Kokomo,

Indiana, in the hills surrounding this small town, burrowing goes on as the shift approaches. These power hungry elite will attempt to take over any nearby settlements. Thus survivors in or near Indiana will find themselves defending their perimeter from many onslaughts - hungry and desperate common folk as well as

arrogant and angry carry-on government employees.

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Indianapolis: Indianapolis lies on the border between land that will be flooded after the existing poles melt, and high ground. It has the added burden of the US plans for a carry-on government to be located near

Kokomo, which will not welcome the taxpayers straggling up from Indianapolis, looking for food or

assistance or shelter. Guns will be turned on those who paid for the burrows at Kokomo, and any who

refuse to be turned away amicably gunned down without conscience. As an industrial city, with the crop

land between itself and Kokomo a mined and dangerous territory and with the crop land to the south under water, any survivors will find they are have few options but to take to floating along the lapping beaches, looking for a hospitable landing. They will not be alone, as survivors in the great Mississippi valley region will likewise be looking for a landing spot, and survivors in higher ground tired of these approaches likely to be a bristly as the US carry-on government enclaves.

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Iowa: Lying between the Missouri and the Mississippi rivers, Iowa will find itself under water during the deluges that accompany the pole shift. It will take many weeks for the water to drain away, and due to the continuing rains, will find itself soggy for months and even years afterwards. Iowa has had flooding along its rivers in 2008 that left much of the state under water, at least temporarily. During the hour of the pole shift, we have predicted that the Mississippi will backwash due to the sloshing in the Gulf to the extent that it will essentially not drain at all. Iowa will have problems with evacuations, thus, even before the sea level rise in the Aftertime reaches 675 feet above sea level.

The tearing of the Mississippi during the New Madrid adjustment is not due to distance from the New

Madrid area, it is due to the Mississippi lying along a weak point in the plate, where the crust is most thin and thus this is where the crust has dropped. This is why rivers are invariably in the stretch zone for an area, as the crust can pull apart most easily there, and has been pulling apart there in the past. The N

American continent must adjust in total, as the whole of the continent is being pulled into a bow. It is not just the New Madrid area. However, Iowa will not be flooded due to the adjustment of the New Madrid,

though lands just to the west of the Mississippi may find they have lost elevation.

As the soil is rich and the land cleared for farming, this will be considered an ideal site in the future as it will have a warmer climate and location central to the continent. It also is considered a benign state, with placid farmers content to reap the riches that the land delivers and with none of the feistiness that the residents of many other nearby states exhibit. These advantages may doom it to be considered an attractive spot by the group of individuals who consider themselves a carry-on government, so those who would set

up housekeeping in Iowa should bear this in mind. Should Indiana fall out of favor, Iowa is not that far distant. However, the likelihood of being under water for an extended period of time will most likely put this spot out of favor.

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Kansas: Consider the nuclear installations nearby. Local pollution will undoubtedly occur unless the US

does much better at disarmament. Kansas will be the high ground that drowning survivors from the

Mississippi Valley climb to from Texas and Oklahoma and parts east and south. They will be heading not

so much for the foothills of New Mexico, which are deemed dry and inhospitable for agriculture and in any case further away, but for Kansas, in the grain belt of America. Add to this all the survivors in eastern Kansas, who cannot certainly go east across the flooded Mississippi or north into equally flooded country, so must clamber toward the mountains. And what will they do, while passing through the hilly country of

western Kansas? Demand food, demand information on what has happened, and demand supplies that they

surely have not brought with them. It is advised that residents of this heavy traffic lane store their goods well out of sight, in bermed spots that appear to be hills, or buried in ravines, and walk about poor and in rags and as befuddled as those passing through. For those strongly in the mind set of Service-to-Other, this is an opportunity to have a great impact on survivors, advising them, supplying them with seed, or

otherwise sending them on their way empowered to help themselves in the mountains or wherever they

ultimately settle.

The Keweenawan Rift lies alongside, parallel to, the Humboldt Fault. Yes, there will be slipslide there, in Kansas, during both the New Madrid adjustment and the pole shift when the Seaway ripts open, but in no

case will this will not be the primary point of drama. During magnitude 9 quakes during the pole shift,

action along the Humboldt Fault will not even be noticed. It will also not exceed historical evidence of disruption there within the past 10,000 years or so. Kansas will be entirely above water during the hour of the pole shift and in the Aftertime.

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Kansas City: Rivers that feed into the main rivers emptying a continent will be affected by several factors that will cause flooding beyond what those living along their banks suppose could ever happen. Flooding

today is a comparatively local affair, in the US affecting several states at most. Where one river swells, another is not so affected, and thus the drainage happens more rapidly than it would if all the rivers were swollen. During the pole shift, there will be torrential rains everywhere, on and off, as the clouds are

dropping water whipped up from the oceans. Take away the ability of the wide Mississippi to drain the Missouri River, and what would a flooded Missouri become? A lake, spreading out over the nearby lands,

creeping into every low lying piece of land the fingers of the spreading waters could find. When seeking safe places in land high enough to escape water from the melting poles, and far enough inland to escape

tidal waves, think in terms of seeking relatively high land to be safe during the pole shift from such

flooding.

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Kentucky: Kentucky lies along most of its length along the Ohio River, which will flood into the low lying lands of Kentucky as the torrential rains will be backup up by a Mississippi unable to empty into the

sloshing Gulf. What this means for the residents is that they must run for the hills, and if living along the river will most likely not have this opportunity. Kentucky has a benefit for those living along the

Appalachian Mountains, as they live on limestone strata that will minimize the earthquakes that will shake the world.

Kentucky has its back to the Appalachian Mountains, and thus escape to high ground is assured. Where

land along the Ohio River will of course flood during the pole shift, and to a degree not imagined by the residents there, land in the vicinity will remain above the water line in the Aftertime as it is overall above 675 feet in sea level. The Mississippi will flood and backwash, to a shocking degree, as will the Missouri, and of course the Ohio River will do the same. Be well inland and out of the flood plain to escape raging trash-filled water on the move during the hour of the pole shift.

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Louisville: Cities bridging major rivers will universally have problems during the pole shift, due to

torrential and almost continuous rain during and following the pole shift and the backwash caused by

sloshing in the oceans and seas. Flooding is often considered a slow and almost benign rising of the water, but when the rise is sudden and the press behind the wave unending, a different scenario unfolds. City

streets, lined by buildings, will funnel the water so that it spews beyond the cities into the surrounding suburbs, a type of tidal bore. Thus, those who have considered themselves safe from flooding can find

themselves faced with angry roiling water, far from the river banks. The rebellious potential of water

should be well considered by those wanting to survive the coming cataclysms.

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Lousianna: Lousianna is among the states affected by the mightly Mississippi when in a horrific

backwash, due to its very low lying ground. The Mississippi River will rise during the drenching rains that follow immediately after a pole shift, the ocean waters evaporated into the air during the worldwide

hurricane that occurs during each pole shift condensing out of the air in a fury. The Mississippi will drain a wide area experiencing torrential rainstorms, and will put any bordering land at risk of flood surges, no matter how high the hill. Large amounts of water may pass though, at great speed, and when encountering

an obstruction such as a hill, rise up as the path of least resistance. These flood surges will not be gentle, so escape in a boat, which would capsize and tumble in the roistrous waves, is not likely. Low lying states along the Gulf such as Mississippi and Louisiana, which border the Mississippi where it drains into the

Gulf, can expect to be under water.

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Baton Rouge: Baton Rouge will unquestionably be devastated during the pole shift. It lies on the edge of a swamp, with the Mississippi River to its back and the Gulf before it. Both waters will rise during the

drenching rains that follow immediately after a pole shift, the ocean waters evaporated into the air during the worldwide hurricane that occurs during each pole shift condensing out of the air in a fury. Even mild tidal waves at Baton Rouge would inundate the city, and the tidal waves that inundate during a pole shift are almost beyond the imagination of man, at least a hundred feet high at a minimum along ocean coasts.

All in Baton Rouge at the time of the pole shift will be quickly drowned.

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Maryland: Maryland rises from the sea, it's rolling countryside and good soil making it an attractive place to live, a commuter's paradise. These qualities will lure many who live there to remain, during the coming changes. This will be their doom, as when the survivors from Washington DC look about them for food and

the slave classes that have been taken from them by a loss of mobility and communications, they will seek to enslave the hapless survivors nearby. The king-serf class structure will be justified, in their minds, as a return to order and control of government, but will in fact be to place the power elite on top again. Whoever would avoid this enslavement should put enough distance between the elite and themselves to prevent visits or even discovery.

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Michigan: Michigan would seem at first glance to be a problematic state, as it is surrounded by water.

However, the Great Lakes do not hold the quantity of water that the oceans do, so our warning about tidal wave effects along sea coasts must be modified. Those along inland lakes such as the Great Lakes should

position themselves 50 feet above the normal lake level, and be at least 10 miles from the shore line, to avoid temporary inundations. Where Michigan is also at the end of the St. Lawrence Seaway, which will

tear further open during the shift, neither land or bucking plates will affect this state.

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Detroit: Detroit, as with most heavily industrialized cities, will be distressed after the shift. Even in locations far inland and away from danger of tidal waves or sloshing water, or relatively safe from repeated earthquake shaking due to being on stable ground away from fault lines, industrialized cities will crumble due to the state of buildings raised when earthquakes were never a consideration. Old brick or concrete, rotting timbers unchallenged by high winds or present day earthquakes, and city sewage lines rusted and

waiting to crack. In addition to the rubble such industrialized cities will present, there is the issue of pollution, noxious chemicals unleashed and lingering, and contamination of drinking water from sewage.

Add to this the prospect of trying to raise or collect food in such an environment, often inhospitable to life.

Where Detroit will not suffer in the same manner as many coastal cities subject to tidal waves or flooding, it should not be considered a place to live after the shift. Survivors should plan on moving, as they will be forced to do so in any case.

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Minnesota: The midwestern states bordering Canada will find themselves in an optimal location following the pole shift. With an elevation well above the point that flooding from melted poles will encompass, and in an area that will be unaffected by continental tears, mountain building, or the repeated earthquakes that life on a fault line can bring, these heartland states will find themselves picking up the pieces relatively easily after the shift. The climate will improve, becoming milder, and the soil in these border states is deep and fertile. The major problem survivors will face is infraction as the date of passage approaches, and

militant groups look for new locations to establish strongholds. If democratic practices are defended, and would-be dictatorships resisted, this part of the world should find itself able to help other parts of the world during the Aftertime, coming from a position of strength. Travel for survivors should rely heavily on small boats, not only because of the network of small lakes in Minnesota, but because the existing drainage of rivers will facilitate travel to almost all parts of the state and neighboring states.

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Minneapolis: Minneapolis and St. Paul are positioned where several rivers draining inland lakes, the

headwaters of the Mississippi converge. All cities along major rivers will find themselves under several feet of water, washing strong and tearing away foundations such that buildings collapse and become

battering rams further down stream. There are bluffs along such river banks, in particular the Mississippi or to the south toward the Iowa border, where survivors can scramble, and they should be there well ahead of

the hour of the shift as rising water will create havoc with roadways and bridges. In that the vast majority of city dwellers will not hear, nor heed, any warnings, they will be in all likelihood drown, reducing the

population of Minnesota considerably during the hour of the shift.

UFO displays appeared over the skies of the twin cities of Minneapolis / St. Paul on August 9, 2010. Is

some message being delivered? Note that the sightings are on the same latitude as Japan. We've made the

statement that Japan will experience several 8+ magnitude quakes prior to the New Madrid adjustment on

the N American continent. These Japanese quakes will allow the northern parts of the Pacific plates to shift, and this has repercussions on fault lines in the N American continent. Minneapolis is famous for the bridge snap on August 2, 2007 wherein one of the bridges crossing the Mississippi on I-35 pulled the the bridge where it was moored on the southeast side of the bridge 50 feet to the east when it snapped. Clearly the bridge snapped due to being in a torque twist, though this was not the official explanation. In sympathy with the large quakes in Japan, the slowly tearing St. Lawrence Seaway will likewise snap, once again

bringing Minneapolis into the news.

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Mississippi: Mississippi is among the states affected by the mightly Mississippi when in a horrific backwash, due to its very low lying ground. The Mississippi River will rise during the drenching rains that follow immediately after a pole shift, the ocean waters evaporated into the air during the worldwide

hurricane that occurs during each pole shift condensing out of the air in a fury. The Mississippi will drain a wide area experiencing torrential rainstorms, and will put any bordering land at risk of flood surges, no matter how high the hill. Large amounts of water may pass though, at great speed, and when encountering

an obstruction such as a hill, rise up as the path of least resistance. These flood surges will not be gentle, so escape in a boat, which would capsize and tumble in the roistrous waves, is not likely. Low lying states along the Gulf such as Mississippi and Louisiana, which border the Mississippi where it drains into the

Gulf, can expect to be under water.

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Jackson: Jackson, Mississippi is an example of being in a bad place during the coming shift, as it is on low lying land, nearby a major river, the Mississippi, which will crest early and inundate all bordering lands with rampaging water, and will go fairly quickly under water after the shift due to the polar melt. Simply stated, any residents who do manage to cling to life during the shift will find themselves afloat, at best, with safe land a long reach away. Waters draining from inland will tend to wash any survivors out to sea.

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Missouri: During the torrential rain that accompanies the pole shift hour and the hours following, all major rivers will flood their banks to a degree not in the memory of man. When the banks have been crested, the surrounding land becomes the river, with the water moving across flat land in a sheet, toward whatever is the drainage point. Man is accustomed to thinking of flood waters as relatively stationary, rising up foot by foot and then dropping in a like manner, so that issues of safety and protection of property from the flood are thought of as escape from the rising water. When the press of water upstream or upland is extreme,

from a large amount of water, then flood waters are not stationary but move rapidly, tearing structures off their moorings so that more than the water is on the move. Trash of all manner will be in the swirling

waters, headed for the sea across flat land not accustomed to floods at all! The flood will be a moving rush of water, not in its designated place within river banks, but across miles of land so that the whole state of Missouri, with the exception of the Ozarks, may become a river at flood tide.

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Montana: This land with rolling hills and fertile soil in the valleys will be situated closer to the new equator after the pole shift, and being inland from the coasts, it will not experience tidal waves. However, as Montana, is straddling the continental divide, it will experience a wide variety of earth changes during the coming crust shift.

The continental divide represents the point where earth has been pushed, during past crashing and pushing together of the plates. It could be considered the bruising edge, the point where new pushing will occur. All land and mountains to the west of this point will be under pressure to move east, and this is where most of

the action will occur. What lies west of the continental divide has substance, as it has resisted previous pushing, and is not likely to crumble. What lies east of the continental divide has, until now, been relatively untouched, and in this equation will most likely be the place that will give in any land push confrontation.

What occurs when an overriding plate moves across or pushes against an underlying plate depends

primarily on what the underlying plate presents. If the land is fairly flat, the overriding plate will go for a ride, with anything on the underlying plate scraped along or crushed underneath. If the land is hilly or mountainous itself, the hills and mountains will be compressed and crumpled, creating a situation where

rocks and earth are flying about, tumbling and spewing. We would advise anyone living just east of the

continental divide to move inland until the shift is past, and then return to their homestead, due to the unpredictability of what may occur.

Montana is stable ground but the Continental Divide will push to the east for some 50-60 miles during the pole shift. For northern Montana, this is flat land which will rumple so that the surface is pushed, as though by a bull-dozer in front of the moving mountain mass to the west, which will be relatively stable though go for a bumpy ride. Southern Montana will find land to the east of the Continental Divide rumpling,

compressing, to that mountain ranges grow higher and valleys narrow. Certainly, the Berkeley Pit, being in this vicinity, will be subjected to pressure. This is likely to squirt into the air, but not do more than affect the immediate area. However, any surface water source draining from this area, or underground water from this area, should be considered contaminated for decades. Go above this elevation for drinking water, and post signs.

As with the lands of southern Canada, Montana will be much more desirable as a place to live after the pole shift than at present. Currently isolated and with very cold, long winters, Montana does not have the appeal of the sun belt or the coastal states which have access to beaches and have more moderate seasons. But

after the pole shift, these lands will shift to have a climate more akin to the current sun belt of the US, with rich soil and good drainage. The roads through the mountains west of the Continental Divide, and lands

some 60 miles to the east of the Continental Divide will be torn up and unusable, but the eastern portion of Montana may find its roads repairable. This will support migration, especially for cities such as Billings which are criss-crossed with railroad, highways, and river transportation. Expect to be a hub.

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Nebraska: Nebraska, being a state blessed with rich soil and gentle rolling hills, would seem an ideal location. It lies high enough that it will be spared any inundation from melting poles. It will move into a new climate, warmer than its former climate. And it is relatively unpopulated, in the main a peaceful, rural place. One should not be lulled by this description into thinking that no danger exists, as it does. Eastern Nebraska is flat, and adjoins the Missouri River which will flood. Between the moving hills on the west, and the flood waters on the east, those in Nebraska will find themselves with few places to go to escape turmoil during the shift. Rivers will flood their banks, even if well above sea level, as the rivers will be backing up from tidal inundations, and rain may be excessive and constant up-river. Any relatively lowlying lands, anywhere in the state, will thus be subject to flooding from rivers and creeks at a distance.

Water travels, seeking its lowest level. The gentle foothills in the west offer shelter from wind and the option of scampering up out of floods, but the torn gullies of the Black Hills should be a warning. These hills move when the Rockies are jerked upward by a shortening Pacific, and will move again, pushing over the flat plains to the east somewhat. Nebraska will have westerlies coming across a vast expanse of water over what is now northern Canada, lowlands flooded in the Aftertime. In addition, Nebraska will have to

her east the flooded Mississippi Valley. Thus, ample rainfall will not be a problem.

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Nevada: The high plateaus of the Nevada desert will find their lives changed little as a result of the pole shift. Today, scarcely any food is grown in the hard ground, the populace supported by supplies imported into the area. After the shift, those survivors without the knowledge of how to live off the desert will starve, and without pumps to bring water from the aquifers, will likely die from dehydration first.

The Deserts diagram, showing prevailing westerlies curling around in keeping with the Coriolis effect, does not indicate that the high deserts of Nevada or Arizona will have rain. Rather it shows that when these

winds pass over the vast flooded expanse of what is now northern Canada they will provide rain for the

lands in the Midwest, including Nebraska and Kansas. We have stated that the deserts of Mexico will

eventually bloom, as they will get new moisture coming directly off the Pacific. But Nevada has the

blockage of the high Sierras to prevent this, as they do today, so will continue as today to be a high desert.

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Reno: Reno is a city that supports itself on gambling and gaming, a playland. The necessities of life are imported, and the populace as well as visitors anticipate and dream about sudden and unexpected wealth,

rather than cataclysms. Thus, the populace will be ill prepared for the coming pole shift, and will in

addition find themselves inundated with desperate survivors from the West Coast, who will run from a land quaking and sloshing and heaving to what they deem the safety of the mountains. As the desert can scarcely feed any survivors, they will all starve, unable to travel any distance due to broken roads and downed

bridges. Mountain men with survival skills may lead small groups to a semblance of survival, but those

tagging along will likely doom even this possibility.

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New Jersey: All areas along the Eastern Coast will have to deal with tidal waves as a fact they cannot discount, during the coming pole shift. No wall will be strong enough to resist the weight of water that will rise up, 100 feet high, in a steady flood tide, nor are there walls in place today constructed with that in mind. High rise buildings with doors and windows and sewage connections will do more than flood, on the

lower floors, they will crush and drop, as the water will create uneven pressure on outside walls, pressure they were never expected to have to resist. New Jersey does not have the elevation or distance from the

coast to assure safety.

New Jersey is extreme lowland for almost the entire state. Essentially a delta area, there are no rock

outcroppings to afford safety from tidal waves that will strike the coastline at a height of 500-600 feet, diminishing only well inland to an average wash over the state of 100 feet above sea level. Soil will wash from under buildings so that they topple. The land in many places will be scoured clean, without a trace, and in some areas no land will even remain. The land abutting the foothills of the Appalachian Mountains, to the extent it rises above that 100 foot level and well away from any river outlets by which the sea can pour inland, will afford some protection from tidal waves.

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New Mexico: The desert areas should be considered for what will remain, after the shift, as much as for any other factor. Scorpions, lack of vegetation roots to grow into brush, and rock hard soil. Unless one is planning to live off supplies forever, consider where you place your camp! Desert areas with hard baked

soil and scarse water should not be expected to support a large population reliant upon gardening.

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Santa Fe: High in the mountains and perched on the Continental Divide, Sante Fe will be subject to high

winds and a rugged ride during the shift. The Continental Divide represents to point where subducting

plates have pushed, the cutting edge where pushing will begin again during compression. Thus snapping

rock, sudden changes in the angle of the base rock, and stress on all man-made structures such as bridges

and roads and buildings can be expected. Survivors will find themselves at a high elevation, but travel through the mountains will be as difficult as it was during the pioneer days, and slow. Wildlife becomes unpredictable during such times, irritable and frantic, and may intrude into settlements. Due to the

depletion of oxygen and a thinning of the atmosphere temporarily, during the shift, survivors may likewise find themselves exhausted more readily and puzzled by this. Take life slow, be cautious, and anticipate a simple and isolated lifestyle after the shift.

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New York: Being positioned close to the New England states, which will experience a bounce up as the St.

Lawrence Seaway rips further apart, just prior to the shift, New York State will be relatively safe from flooding from the Seaway. As with Canada on the opposite side of the Seaway, the release of tension when the Atlantic and the Seaway rip will allow bordering land, light in nature, to lift. Flooding will come in from the coast, where the usual warnings about tidal waves are in effect. Stay inland at least 100 miles, be 200 feet above sea level, and consider tidal core or flooding of local rivers overwhelmed by torrential

downpours or sloshing of local lakes. The finger lakes, created when the land was stretched during the

creating of the St. Lawrence Seaway in the past, will if anything deepen, allowing the water level to

temporarily drop, when the St. Lawrence Seaway once again is pulled apart.

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Buffalo: Niagara Falls will split during the widening of the St. Lawrence Seaway, as will all natural and manmade barriers between the Great Lakes and the Atlantic. This will change the level of the lakes, and the drainage patterns, to some degree, depending upon the level of bordering land and the ocean tides. Salt

water will be detected all the way up to Lake Michigan and Lake Superior, which will appear to be the

fresh water lakes they are now. Niagara Falls appears dramatic only because the water way spills suddenly, rather than gradually, and being shattered and spread during the widening of the seaway, the falls will

become merely rock walls along the new course of the waterway. Thus, the great seaway will become a

mode of travel, and cities along this course such as Buffalo and Hamilton can anticipate being travel stops and point of commerce among survivors.

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New York City: Heavily populated areas have several drawbacks during times of crisis such as the coming

cataclysms will bring. However well prepared a given family may be, they are never prepared for what

their neighbors will bring to them. New York City is one of the most heavily populated areas, and by being a coastal city, has additional strikes against it. Thought the Atlantic will recede at first during the pole shift, due to the Atlantic widening and the waters having in general flowed toward the poles when the Earth’s

rotation stops, wave action and reaction will find all shorelines bombarded with sloshing water at some

point. For many, on islands along the coast supported by a system of bridges that have been torn apart, they will have no escape. Tall buildings will bash into each other during the seemingly endless earthquakes,

which they were scarcely designed to withstand. Fires and the howls of the injured and desperate make

travel through such a devastated area literally life threatening. Those who stay in New York City during the coming cataclysms are either ignorant of what is about to occur, courageous, or harboring a death wish!

Despite protestations that this is all caused by lots of melting snow and the need to salt the roads heavily, 65 exploding manholes is hardly the result expected. Electrical outages would be expected, if anything at all. Were these electrical systems installed by dumbies? The equipment is not on the floor! The

establishment must say something to avoid addressing the Earth changes, and it is always considered safe to blame the weather. New York City has been built on rock, the high rise buildings footed on rock, but this does not mean that methane gas has not accumulated between the layers beneath these footings. In fact, it is the footings themselves that are part of the problem. During a violent wobble, sinkholes and crevasses

appear in stretch zones because the ground is pulling in first one, then another, direction. This drops soft soil down any vent that has been established by this action, and thus the sinkhole. In like manner, these vents can allow gas to rise. Stick a rod into the ground and move it back and forth, and what do you get?

Soil or rock on either side will be pushed away from the rod, thus forming a vent for gasses to rise.

Parts of NYC begin getting flooded at 10-20 feet, and the entire city area will be under water at 100 feet.

This means that your skyscrapers, if left standing, would have 600 feet of water around them. Tall

buildings will vibrate at different rates during the earthquakes, bash into each other, and thus collapse. This is in addition to what is known for city dwellers everywhere - exploding gas mains and water mains, so

fires cannot be extinguished. Those who plan on staying in your cozy city, and living in whatever sticks up above the water, whatever has not been burned, with others who will be starving and looking at you as a

meal. The bridges will be down. Any rail service impossible due to twisted rails. The waters sloshing about so boat service is inconceivable.

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Boston: Boston is something of a hub for the New England states, with I-95 and I-93 both connecting there, and a large beltway to handle the traffic. Boston will also be badly inundated during the pole shift, and during the severe wobble that occurs during the Last Weeks. If one assumes the map showing the effect of a 675 foot sea level rise to be the worst case during the pole shift sloshing of 500-675 feet, then all of the coastal cities should be evacuated prior to the pole shift. The 200-300 foot tides during the severe wobble will chase most of the populace from these cities, in any case. They will rush to the highlands, inland, or cling to the high rise buildings, making frantic demands on cell phones that do not work, or drifting about on flotsam.

The hour of the pole shift is a complicated affair, with the sequence of events dictated by geography and the shifting globe, as detailed by ourselves as a Scripted Drama. The bounce up that the New England

states can anticipate does not occur immediately. Where tearing of the North Atlantic does start as the hour of the pole shift starts, ocean sloshing likewise starts at this time, with up to 600 foot tides sloshing back and forth. Tearing of the Atlantic happens in stages, with the possibility of tsunami from water rushing into the void always present along all Atlantic shores, so one should not assume the water level will

automatically drop merely because the Atlantic is widening. The Seaway will not rip open until the latter half of the hour, at which point the bounce up of 450 feet can be expected.

Thus our advice is to be within the guidelines of 100 miles inland and 200 feet high for the pole shift itself, and to not return to the shores for days after the pole shift to allow the ocean sloshing time to settle down.

The coastlines will be higher, until the melting ice caps and swelling ocean bottoms raise the sea level in New England by 225 feet or more. Homes that have been ruined by the pole shift tides may be habitable, if not collapsed by the magnitude 9 quakes. But habitation in cities along the crowded coast will be risky due to sewage in the drinking water, and acute starvation. Migration to less populated lands such as Greenland or Quebec by boats large enough not to be swamped by the roiling ocean should be considered.

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North Carolina: More than the resident of North Carolina are looking toward the relative elevation in the taller mountains in their state for refuge. The mountains in Appalachia are no longer a jumble of rocks, but have been worn down over time and covered with forests and glens. They are habitable, can support crops

in places, and have clear rushing mountain streams. It is no secret that some in the elite have selected these spots as hideaways, have purchased land, often at existing resort sites already setup to house the wealthy, and are prepared to guard their fortresses. Such encampments will soon need a slave labor force, when the supplies run out. Whether still ruled by the wealthy elite who originally purchased them or by their guards, who have little reason to remain loyal to their original masters, the local farming community will be

pressed into service, with great brutality. Consider your neighbors, when finding refuge from the Atlantic seaboard during the pole shift in North Carolinas mountainous interior.

Clay soil becomes slippery if a layer of soft soil tops it, so is prone to landslides when heavy rains occur.

But clay soil does not melt readily, nor allow itself to be permeated. Thus this should be a solid

embankment for a new coastline. Quakes are unlikely to shatter a layer of clay soil, though if split by force it will divide into a crevasse.

The wealthy elite have long considered North Carolina An ideal spot for their pole shift enclaves. As much as we preach that the world's infrastructure will go down and not come back, this arrogant crowd thinks

otherwise. They are prepared to rebuild the world's Internet from the backwoods of North Carolina, with

massive databases filled with cached data from which websites lost elsewhere in the world can be rebuilt.

They are presuming that hydroelectric power can be gotten from the many streams and the rapid drop in

elevation in many places in the Appalachian mountains. Where all of this is true, ALL structures will

sustain damage in the magnitude 9 quakes striking worldwide. Surfing the Internet will be the last thing on anyone's mind in the aftermath of the horror. The estates of the rich will be shattered and collapsed, the servants run off, the guards getting uppity, food stocks being pillaged by animals and looters, and reports from elsewhere around the world bringing news that elsewhere, it is no better. Then our description of the broken link whereby technology will not return applies. Electricity will come from generators, which will run out of fuel quickly. The assumption that the US government would establish supply lines quickly will meet reality when the military either does not show up or shows up with demands to be fed and housed.

Google and Yahoo will be just another death as a result of the pole shift.

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Charlotte: Due to the stretch of the Atlantic in the week prior to the shift, the major cities in the industrial triangle of North Carolina will find themselves pulled down into what will seem like a steady flood tide coming up over their toes and potentially over their roof tops. The advice to be 100 miles inland and 200

feet above sea level does not apply along the southern portion of the Eastern Seaboard of the US, where we advise being 1,000 feet above sea level. Where the land rises sharply from the Atlantic, there is also little land to buffer against sloshing, so the press of water can add to this altered sea level to wash desperate and shocked residents off their roofs and into a tide that will go back out to sea when the Atlantic Rift rips, releasing tension and allowing the land along the coastlines to bob back up. Nevertheless, the land drop in this area is expected to be 150 feet below where it is today, and when combined with the 650-700 feet in elevation that the melting poles will put under water for some hundreds of years, one must be at an

elevation of 800 feet or more to expect land under their feet in the Aftertime. The Appalachian mountains afford relief, but in the North Carolina area will be the site of polarized battles between those who would rule as kings and the residents they would have as serfs for their new kingdoms. Our advice, stay away

from wealthy enclaves and keep a low profile.

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Ohio: Ohio will have a relatively uneventful pole shift, due to its sheltered location nestled against the inland side of the Appalachian Mountains. Problems will ensue in the following months, however, as the

rising sea will push inland up from the Mississippi Valley and along the Ohio River. Ohio's peoples will find themselves repeatedly moving to escape the rising water, pushed into neighboring lands that might not welcome newcomers. With a broad lake before them, and the Appalachian Mountains behind them, they

will have but one direction to move - into the mountains. Where these mountains will do well during and

after the pole shift, they will soon become crowded with newcomers moving inland from the rising coast

and moving inland to escape the rising waters in the Mississippi Valley. Thus, those who wish to settle

there should establish a place early in the resettlement process and not wait until they are forced to move.

Southwestern Ohio will lose elevation during the New Madrid adjustment. We implied that Columbus,

Cincinnati, and Toledo will find their toes in the muck in the Aftertimes. Certainly an elevation map of a 675 foot flood shows Toledo under water, but Columbus appears high and dry. We also stated that Ohio

will find themselves looking into an expanse of water as the Ohio river floods in the Aftertime, yet a map of a 675 foot flood shows the Ohio River and tributaries broadened a bit, but certainly not an inland bay as we described.

We also stated that where the New Madrid fault line runs up through Ohio and under the Great Lakes can

be seen in rock strata maps. The New Madrid adjustment will shatter rock there, ungluing the rock strata just to the south so that older rock in central Ohio will separate from the rock east of Cleveland and

Columbus. The line of separation can be seen on rock strata maps as a thin triangle, pointing sharply to the south. Eastern Indiana and most of western Ohio has a different rock strata, so will not participate in this drop. This loss of elevation will not be apparent until the rising flood waters in the Aftertime push up the Mississippi.

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Cincinnati: Situated in the heart of the Ohio River valley, Cincinnati will find itself constantly worried about inundations from one source or another. Even high ridges will find themselves moving from islands

at time to being underwater for short periods of time. The rising sea level from melting poles will

eventually make the city unlivable altogether. During the shift itself, the greatest danger comes from local torrential rains colliding with a backwash coming up from the Mississippi. Survivors will find themselves moving into the Appalachian mountains over time, pushed there by a widening Ohio River that will cut off access in all directions within months of the shift.

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Oklahoma: Land caught between the influx from the Gulf and outflow of swollen rivers is in a pinch. It is not so much the relative elevation of land, during the shift, as the amount of water to be drained from

swollen rivers, and the back-wash that these rivers will experience from sloshing in seas or inlets. Melting snow, in the past few years, has put land in the Dakotas under a sheet of water that shocked the residents, as it was an abnormally rapid melt. The water simply had nowhere to go! It is thus that Missouri will be under water, from the overflowing Mississippi and Missouri Rivers, in backwash from the Gulf. If the water

cannot drain, it will move about inland, as those who have lived through floods know. Add to this our

statements that Missouri will be under water during the shift, with the exception of the Ozarks. Oklahoma lies between these two water masses, and all except the highest and rockiest hilltops will be awash. A spot on the map may be called mountains, but only be so by elevation above the neighboring land. We would

advise those wanting to survive with certainly, to move into the mountains or foothills of the Rockies, as there one can climb higher if they see that they have misjudged, and not be caught. Alternatively, the

Ozarks will offer safety, but will become an island in the Aftertime, trapped away from family and loved ones on the larger mainland.

Oklahoma will find those awash from Texas on their shores, as they will be a shore from the sloshing of the Gulf. Many in Texas will flee north, and the current trend in Texas is to turn the state into a prison camp.

All areas that border on the exodus zone should not be considered prime territory, as they will be inundated with frightened and poorly prepared people. If you wish to be a source of strength, a seed bed for renewal, don't get in the heavy traffic lanes.

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Oregon: Oregon is within a belt along the coast that will experience subducting, the coast rising up by a thousand feet or more due to this. Other than the danger of hot earth, this is a good spot, both before and after the pole shift. The climate will become more moderate, and the elevation will be well above the rising seas. Hot earth can be guarded against if one chooses their cataclysm hide-out carefully. Humans during

former cataclysms ran to safety from the winds first, as these were the first to arise. Thus they went into the valleys, the low areas, and it is here that the heat from friction in lower plates rubbing is the hottest. The legends report that those seeking shelter in valleys jumped into rivers to cool themselves, only to find the water boiling. Thus plan on a wind and firestorm shelter above the low elevations in broad valleys, and

return to the valleys when the danger is past.

Certainly being in the volcanic belt will put one too close to an active volcano. Safety can be found closer to the coastline, and this affords ocean fishing in the Aftertime, but the dangers of hot earth and mountain building will also be there in the coastal regions. But close examination of seismic activity within Oregon shows a swath of land near the Idaho border, in the current SE portion of the state, where seismic activity is virtually nill, and the land is flat. These are all indications of what we call rock strata that has withstood mountain building in the past, and will during the forthcoming pole shift.

What the vulcanism of the Cascade Mountains tells you is that this range not only has active subduction

beneath it, but that the rock layer riding on top is thin. If the rock layer were thick or heavily baffled,

volcanism would be suppressed. Imagine the process of subduction over the eons, repeated subduction. At

first it is two plates abutting each other or sliding past each other. Then one dives under and the very edge of the plate riding on top is rumpled, mountains building by this rumpling. Then the next instance of

subduction occurs years later, and the lip of the subducting plate pushes further, but what happens to the rumpling that occurred the first time? This has hardened, any melting due to friction long cooled, and the very fact that it is rumpled prevents the entire mass from melting again. This process continues, with the original rumpling repeatedly being rumpled until the point arrives where it is above any sliding of one plate over another, riding like foam on a wave. This is indeed a safer zone than your Cascade Mountains for this reason. However, to avoid the possibility of being where any melted rock might occur, do not be in the

river valley itself, but rather up in ravines.

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Portland: Cities on rivers will experience the problems they are accustomed to with flooding during the

coming cataclysms, but in the extreme. Where the surrounding landscape is hilly, rather than flat, the water can also become vicious, roiling, as it is funneled down gorges, creating swirls as water meets water and seeks the path of least resistance. This puts force behind the water, and buildings already thrown off their foundations by earthquakes, unexpected in land not on any known fault line, will be washed away.

Portland, like many cities located in rolling hills or mountainous sites, may find it is a city washed clean, during the coming cataclysms. However, Portland is fortunate to be snuggled against the mountains so it's residents can scramble into the highlands away from flood tides, is far enough inland to be free from direct impact from the sloshing of the Pacific, and in a part of the world destined to have a warm climate and be close to ocean fishing in the Aftertime. However, being downwind from volcanoes, currently north of

Oregon but after the shift to the west of Oregon, will put Portland under volcanic dust after the shift.

Shelter from this ash, and utilizing the ocean for food, should be in the plan for the Aftertime.

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Pennsylvania: Coastal areas along the eastern seaboard of the US will experience deceptive inundations during the pole shift. First the appearance of receding water during the stopped rotation when water flows to the poles, then the appearance of further receding as the Atlantic widens, and then a steady and strong return of the water beyond its former height as the water again settles briefly at the new poles before

returning to the equator during resumed rotation. Thus, even without the tidal waves and influence of the melting poles, eastern seaboard locations will be fooled and then inundated by sea water. The mountainous regions in western Pennsylvania, where now considered an area difficult to farm and with industries tied to coal mining in the past, will prove to be a safe place not only during the shift itself but during the

Aftertime. Ocean access will be provided by the St. Lawrence Seaway, which will widen to the extent of

becoming an inlet bay to the Atlantic. The climate likewise will improve somewhat for western

Pennsylvania, after the shift.

The greatest danger, as with all land bordering the eastern seaboard, will be from survivors moving inland.

Where these survivors come from Wall Street or Washington DC, they will have the attitude that they

should be waited upon, and will be aggressive in trying to take over any flourishing settlement they

discover. The Amish, farming in this state, will find themselves with numerous unwelcome visitors just

ahead of the shift, as these farms are literally within walking distance of urban areas along the coast.

During the week prior to the shift, when the Earth stops rotation, lack of services will empty the store

shelves, and those who are able will aggressively seek out self sustaining enclaves, which the Amish are known to be. Moved inland from the coast, these hungry survivors will then be pushed into the foothills by rising water from the land stretch that will precede the shift, and the melting poles that will follow the shift.

Thus all mountain land closely bordering seaboard cities will be crowded, without the resources to feed all the survivors.

As is known, Pennsylvania has an inordinate number of sinkholes. As we have explained this is because

Pennsylvania lies at a point where the stress on the N American continent is such that as the New England region rises, and the southeast US is pulled down, Pennsylvania must bend. Pennsylvania must bend. The

State of Maryland has a large number of breaking water mains and booms, due to this. Gas mains are not

exempt! This does not mean that Pennsylvania is in the stretch zone, it is in the bending zone. And as the rock strata bends and snaps, so do the gas and water mains!

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Philadelphia: Philadelphia considers itself a coastal, as well as a river front town, due to it's location along a river emptying into the Atlantic nearby. Where this location helped Philadelphia develop in its early days, this dual access to moving water will be to its detriment during the pole shift. During the hour of the shift and the hours following, there will be torrential rains swelling the rivers, as well as tidal waves roaring up the bay. The clash of these waters will come near Philadelphia, with the effect that the city streets will be inundated, with housing collapsing and debris crashing about in the waves. With ocean ships afloat in the streets, even high rises cannot be considered safe, as they can sustain collisions and collapse. This is not a safe city to ride out the pole shift, as few cities frankly are.

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Pittsburg: Pittsburg’s greatest danger during the hour of the shift will be the river coursing through the town. A strong and well established drainage in an area not subject to mountain building will find itself utilized aggressively to drain the deluges that will fall during the shift. Hurricane force winds, passing over ocean water, will pick up water tonnage and drop this suddenly in horrendous downpours when updrafts

along mountain ranges occur. Those who have not witnessed rampaging water, moving with great force

when under pressure from water upriver creating water pressure that seeks a release, will be shocked to

watch the speed and height that such raging water can attain. Those along the headwaters of the Ohio,

where it passes through ravines in well established drainage conduits, will be advised to stay well away from and above this anticipated flood.

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South Carolina: As with all area along the Eastern Seaboard, south of New York City, elevation will not save them from a dunking unless they are close to 1,000 feet in elevation and several hundred miles from the coast. The coastline will be pulled down several hundred feet just prior to continental rip, which will rent the deep Atlantic Ocean rifts further apart. The permanent effect on the coastline along the southern portion of the US will be a drop of 150 feet, below its former level. For residents unprepared for this, the rise is sea level will be steady, not a wave as in a tidal wave, and will be completely confusing to those unaware of the coming changes. The water will simply rise up to their feet and then over their heads,

steadily. Those in the foothills of the Appalachian Mountains may find their toes only wet, but for safety, go to higher ground and return home after the shift.

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Charlotte: Due to the stretch of the Atlantic in the week prior to the shift, the major cities in the industrial triangle of North Carolina will find themselves pulled down into what will seem like a steady flood tide coming up over their toes and potentially over their roof tops. The advice to be 100 miles inland and 200

feet above sea level does not apply along the southern portion of the Eastern Seaboard of the US, where we advise being 1,000 feet above sea level. Where the land rises sharply from the Atlantic, there is also little land to buffer against sloshing, so the press of water can add to this altered sea level to wash desperate and shocked residents off their roofs and into a tide that will go back out to sea when the Atlantic Rift rips, releasing tension and allowing the land along the coastlines to bob back up. Nevertheless, the land drop in this area is expected to be 150 feet below where it is today, and when combined with the 650-700 feet in elevation that the melting poles will put under water for some hundreds of years, one must be at an

elevation of 800 feet or more to expect land under their feet in the Aftertime. The Appalachian mountains afford relief, but in the North Carolina area will be the site of polarized battles between those who would rule as kings and the residents they would have as serfs for their new kingdoms. Our advice, stay away

from wealthy enclaves and keep a low profile.

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Tennessee: Tennessee lies high enough that it will fall into the land mass along the Appalachian Mountains rising above sea level after the poles have melted. Blessed with till-able soil and a hardy people, the state has a better chance than most to survive the pole shift with self sufficient groups of survivors. This in and of itself brings problems, as the lack of sunlight will reduce the harvest dramatically, and tensions among the survivors will increase accordingly. When the deer have been hunted to near extinction and the food

stocks gone, what then? Where outright starvation is the obvious outcome from the start, survivors tend to mentally adjust to that and it is all over fairly quickly, but when it would seem that surviving the shift has occurred, the mind set is that life should improve, thereafter. When this does not occur, and many painful choices are presented during a long drawn-out starvation period, periodic confrontations over who should live or die occur.

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Knoxville: The spine of the Appalachian Mountains will afford a safe place for those who have lived there for decades and learned to scrape a living from the steep mountain sides. Little industrialization has

occurred, with farms and towns separated by winding roads and rocky hillsides, so wildlife and country

ways have been left relatively undisturbed. The danger that living in these isolated areas will present will not be from nature, but from man, who will rush to the hills, the highest hills, when they finally conclude that tidal waves striking the coasts are not as unlikely as they had hoped. Wandering on foot, hungry and demanding attention, these city folks will be a burden on the shy and self sufficient country folks who live in the hills of Appalachia. Thus such cities as Knoxville, Tennessee may find themselves with urban

dilemmas they had never considered.

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Texas: 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 builds, it takes the easiest path. When the force of pressure is extreme, compressing the water at lower levels, the path of lease 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:

1. the level to which it has climbed is higher than the level elsewhere, and the wave recedes, or

2. 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. 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. This water on the move is greater than the resistance in front of it, so it continues. For Texas, this means that the water will lap at the foothills of the Rockies, before dying back.

Texas will be devastated by waters sloshing in from the Gulf during the pole shift as well as the rising waters that occur within in the first two years after the pole shift. Being flat land, and low, the Gulf will roll over Texas without opposition, at a height of several feet. This water must go someplace, and will take the path of least resistance. If the water is flowing most rapidly as it moves over the flat land, then water that would normally move toward mountains or natural barriers will be diverted to a faster moving flow area -

the Texas plains. Thus Texas, due to its flat terrain, will get more water overall than neighboring areas.

Even the high plains will have several feet of water moving across it, where the coastal areas will have tidal waves hundreds of feet high. With few tall trees and faced with the after effects of hurricane force winds and earthquakes that will flatten all but new steel skyscrapers, desperate survivors will have few places to go to escape the moving sheet of water, which will drag whatever it engulfs back out into the Gulf on its return.

The devastation to Texas has, until this moment, come in bits and pieces of ZetaTalk. We early made the

statement that the water will roll across Texas even to "lap at the foothills of the Rockies". Our statement was also that Dallas would be flooded for weeks, and the UFO warnings about Stephenville getting the

drowning from Dallas crawling up on their shore reiterated that. Our statements on the degree to which

Texas will be flooded have been ridiculed, but have consistency. Maps of the area showing where a water

height of 875 feet show our predictions as possible at this height. Why would we not merely warn Texans

that the tidal wave along their shores was going to be 875 feet? In our experience, it is better to move to the next level, explaining what this means to man, who else does not engage the reality of the message. To

state what cities will be flooded and how far the water will push gets their attention, where a mere number does not.

Why will Texas suffer in this regard when the rest of the world is to receive sloshing of 500-600 feet along their coasts during the hour of the pole shift? The S American Plate will crush the Caribbean during the hour of the shift, moving through this small plate to collide with the N American Plate, in essence. Where does the water in the Gulf go during this process? Of course it will pushes over Florida and along the Gulf states, who are anticipating the sloshing and 150 foot drop in elevation for Florida and the southeastern US

to require them to be in the Appalachian mountains or foothills for safety. But Texas, as we have stated, is flat land, and offers no resistance to a wall of water on the move. Water will funnel there, finding resistance elsewhere. The Balcones Escarpment which swaths across Texas in a curve is the point where the wave

will break. Here the cities of Austin and San Antonio will find themselves flooded but not at a great depth.

The force of water will push beyond the escarpment where ravines allow the press of water to move

forward, rushing over the high plains in places.

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Dallas: Dallas sits like a jewel in the center of Texas, but will prove to be a jewel out in the open and without protection during the coming cataclysms. Freed from concern about earthquake damage, being

away from fault lines, and concerned only with replacing a few windows after any hurricane that might

travel inland, Dallas has had few worries. During the coming cataclysms, Dallas will find itself presented with wind and water changes that it cannot resist, and its residents will be without protection. Water does damage that those viewing film of floods cannot imagine, unless one were viewing the effects of the flood waters as they encroach. Water melts the substrata, as well as presses against foundations not built to resist such pressures. Thus, unless constructed on solid rock and with thick walls, most structures will lean in the winds and be pushed over by the rising water. Where a high rise does manage to stand above the water, it will become filled with desperate survivors, who increase in number as they manage to paddle to these

islands. The flood waters will take days, and in most cases weeks, to recede. And what, during those weeks, will these survivors eat and drink? Few will survive, and those that do will live with tortured memories.

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Lubbock: Lubbock, Texas can expect water to arrive in the streets, during the pole shift. Unexpected floods will wash away buildings which have foundations based on the premise that the ground will always be dry, or only fleetingly dampened by rain. Thus afloat, those above the flat lands of Texas will find they are clinging to flotsam, and being washed out to sea by a great flood tide that is as aggressive going back out as it was coming in.

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Utah: Where the Rocky Mountains are relatively new mountains, mountain building does not affect all areas equally. The stress of subducting plates being pushed under overlying plates, or compression of land being crinkled as it is pushed horizontally, being distributed to the weaker parts of the mountain range.

Thus US states lying in old rock, which gives evidence of not having succumbed in the recent past, is a

good indication of safety during the coming changes. Salt Flats are such places, but are subject without protection to the hurricane force winds that will rip all parts of the globe. Where rock surrounding valleys is smooth, without rough edges indicating recent tears, these valleys may be considered safe in Utah. Existing mountain ranges have drainage patterns that give an indication of where water from temporary deluges will go. Dry creeks and river beds, gullies with water wash marks, and places where they occasional waterways join with draining rivers. Where water is trapped inland by hardened rock, temporary lakes may form, but due to the overall dryness of the area and high altitude, subject to steady winds, these will not last for long.

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Salt Lake City: Salt Lake City has several strikes against it for survivors, due primarily to the inability of the surrounding local to provide food for the survivors. Where the salt flats are old and hard, offering shelter from earthquakes during the shift, these same attributes make agriculture almost impossible unless soil is trucked in and indoor gardening arranged as an enclosed system. This is possible, but expensive. The lake itself will slosh about little, during the shift, as it is shallow. However, due to the flat nature of the surrounding land, any water movement will have little resistance, so flooding will flow long distances

where it occurs, to over 100 miles beyond the shores. A height of 300 feet along the shoreline will ensure safety, in a structure that can resist the pressure of the flood tide.

The Mormons are famous for advising their people to have a year's worth of food on hand at all times. They know what is coming. Where Mormons are in general common folk, their elite lean toward the right,

aligning with the Bush administration(s) in the past. We have made no secret that the Salt Lake flats will survive the earthquakes intact, and not shatter or mountain build. Utah will also not be flooded and will have a climate at least as temperate as the present. Thus, given the devastation expected for other areas, such as the East and West Coasts of the US, requests from many areas could be expected. Are these condos for any and everyone? Hardly. There will be waiting lists, and construction schedule delays, all designed to ensure that only those the elite want as neighbors arrive.

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Vermont: The New England states will do surprisingly well, in spite of the St. Lawrence Seaway tearing open. Continental rip, which happens along the African rift valley as well, is not as traumatic as subduction or when plates press into each other. It is a release of tension, allowing a stretch to lose its grip, and thus the land will pop up a bit, increasing elevation. The climate will remain steady, temperate with cold winters, so will not hold surprises for the residents. As with the development of the Finger Lakes in New York State, Lake Champlain is evidence of the lift in this area as the Seaway splits open. You will not be inundated, though your lake and river draining it may widen.

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Virginia: Virginia, with it's rolling hills and country gentleman ways, is a favorite residential area of many who work in Washington DC. It has a mild climate and good soil and water, as well as a foothills terrain.

During the coming pole shift, it will become a hell for several reasons. Lying on the coast, and close to the lands to the south that will be dragged down during the stretch leading into the shift, the land in Virginia will go under the water some 150 feet below sea level at present. The water at first recedes from the coast during rotation stoppage, having moved to the poles, but during the hour of the shift the water rises steadily during the stretch, not in a rush, so many will take to their pleasure craft and be afloat during the shift. This

will bring the residents of Virginia, armed and angry and looking to re-establish their pecking order, into the mountains of West Virginia, where survival groups will have to deal with these unwelcome visitors.

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Richmond: Seeking to escape the hot earth sweltering under a sun that never sets, during the week before the shift when rotation of the earth stops, those along coastal towns and inland bays on the East Coast of the US will try to escape by boat to cooler places. Richmond has many residents who boat for recreation, the coast a short drive and boating a long tradition among the residents. The large ocean bay will be some

protection from being dragged out to sea during the sloshing that occurs during and after the shift, so many will find themselves afloat after the shift, hungry and seeking to return inland for food. Those in the city who have survived being dragged down when the Atlantic stretches, and survived the tidal waves that are

inevitable along any coast, will find themselves approached by an armada of boats demanding whatever

supplies the hapless survivors have managed to gather.

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Charleston: Charleston, West Virginia, being buffered on all sides by several mountain ranges, will fare better than cities at the same elevation lying between the Appalachian Mountains and the Atlantic.

Mountain building will not occur, as the land is being stretched rather than compressed. The poverty in the general area will not make this site a favorite of those looking to relocate, however, so the area is likely to be inhabited by those born there during the cataclysms.

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Washington DC: In spite of the advantages of being close to mountain ranges in the surrounding states that afford protection from tidal waves and the rising waters following polar melts, Washington DC has issues peculiar to itself as a city. This will become increasingly evident as the pole shift nears and polarization intensifies between those who care for others, the Service-to-Other, and those who are essentially self

focused, the Service-to-Self. Home to the Pentagon and CIA, and to politicians and lobbyists, survivors will find themselves with the worst kind of neighbors to contend with. Accustomed to finding themselves at the top of the heap, giving orders and pulling their resources from the taxpayers who live and labor elsewhere, most survivors will be demanding service from others. Scarce stores, which will evaporate in days after the shift, will not be replaced from gardens or by hunting, in those used to pampered lives or urban living.

Some form of martial law is sure to be imposed quickly, stripping resources from anyone nearby who has

prepared.

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Washington: Washington experiences the same trauma as Oregon, but has additional problems to worry about in the nuclear reservations that their military has seen fit to place in their beautiful country. The populace lives with disease and dread already, so this is nothing new, but during the shift the violent

heaving and jerking that the ground will experience will spew buried or capped waste into the air. This will shower down into a wider area than before, poisoning to some extent those living there. Those who live 30

miles from the nuclear reservations are advised that a 100 mile distance is a better buffer.

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Seattle: As all port cities along the West Coast, Seattle will find the sloshing Pacific washing it into pieces.

Buildings constructed with only gravity and earthquakes in mind do not withstand being covered by a flood tide, something the engineers did not think of. Foundations erode, and water soaked walls crumble, so that the weak link theory applies and they crash, one by one, often into each other. All cities should be avoided during the shift, due to these types of problems. Mount St. Helens will activate, violently, during the shift, and spew for some decades afterwards, so living downwind from this volcano will find any survivors

struggling against constant dust. Thus, moving to what is now north, toward Canada, or clinging to the

coast line which will afford good fishing, is the best option for Aftertime living.

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Spokane: Spokane has many advantages, being upriver from the point where the greatest floods from

runoff will occur, and at a distance from the Hanford nuclear problems. Tidal waves will likewise not reach this far inland. The greatest dangers come from high winds, which will blow inland from the Pacific as it

shortens, and the danger in low lying areas of heat from the subducting plates. This puts those who would ride out the shift in a bind, between the winds above and the melting rock below, but a careful analysis of the surroundings will show that many spots are protected from the wind, but well up off the valley floors.

As to earthquakes, Spokane, Washington, is an example of a city that will find itself not merely shaken to and fro by the quakes that will be experienced world wide, but heaved upward, and then dashed down, as

mountain building occurs in the state of Washington during the forthcoming pole shift.

Examine the coastal mountain ranges from an airplane to get an idea of what happens during rapid

subduction of one plate under another. Mountain building occurs due to crinkling of the upper plate occur, and this crinkling represents pressure and release. In addition to the heat from friction that heats low-lands in the upper plate to the point where rock melts like wax, the pressure and release that causes crinkling will result in violent jerking and upheavals, sometimes snapping to create new cliffs or jutting rock. Those

riding on the upper plate during these moments will be heaved skyward and dashed, with scarcely a safe

place to cling to. Where the land at the point where a fault line forces one plate above another experiences a violent quake, the plates soon break free of each other and slide. Further inland, where the pressure build is delayed, pressure and release occur over a few moments, rather than a single violent jerking motion. Thus, those mountain building points far from the fault line experience more damage than the fault line itself.

Afterwards, this part of the country will experience a milder climate, but the nearby volcanoes such as

Mount St. Helen will create a cloud cover that will make outdoor gardening nearly impossible! Plan for a diet of grubs and mushrooms, else learn to garden under cover, with lights generated by hydroelectric

power.

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Wisconsin: Wisconsin is central to a number of changes that will leave the state unscathed in the main.

Situated near the center of a large plate, the state will experience jolts with minimal aftershocks. Where the St. Lawrence Seaway will tear open, the tear will not directly affect the state or its boundaries. Mountain building will not occur, and the majority of the state will remain above water during the polar melts that follow the shift. Blessed with gentle rolling hills and rich soil, the state offers protection from high winds and the ability to garden. Nonetheless, few will migrate to this part of the world, due less to harsh winters than high taxes and restrictive pollution control rules that tend to dampen business and industry, which move where the political climate is friendlier. Thus over-population of this state is not likely to occur.

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Madison: Madison, Wisconsin, is the heart of the state, hosting the state government and university system.

Surrounded by rich farmland and spared from the industrial endeavors that chose to site along Lake

Michigan, pollution from spills and explosions is not likely to afflict the residents during the shift. The largest problem will be sociological, as being the site of the state government, survivors in the state, who will be many, will travel there demanding assistance. All governments will fail, as roads and bridges and rail lines will be broken, phones and grid lines down, and paper money worthless and uncollectable. Thus, local communities will be thrown on their own resources, and any semblance of government left in the state capitol driven to barricade itself from the demands of the public. This of course will not last long, as those behind closed doors will either eventually starve or run. Survivors should not plan on living in the city, but find rural spots long before the shift and relocate there.

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Wyoming: Wyoming lists some of its most picturesque spots in valleys surrounded by towering cliffs or steep hills. Does the appreciative populace or visitor understand how those valleys and cliffs were formed?

The eastern slope of the North American continent experiences what might be called tumbling when the

Pacific shortens. Land is being pushed, but does not slide evenly over the plains, it curls under, having been caught, and snaps suddenly, when released by a break in the underlying rock. Thus, the dramatic hills.

Those living in Wyoming during the shift should expect a rough ride, but if surviving, will find life

afterwards relatively rewarding. Their climate will improve, the melting poles will not reach them, and the new jet stream will in all likelihood not carry volcanic dust their way.

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à suivre...