Global Nuclear Reactors
Most of Canada fares rather well during or after the coming pole shift, and depending upon its altitude will fare better after the pole shift than before, due to the climate changes. Canada in the main is not criss-crossed with earthquake faults of active volcanoes, and thus suffers less from the direct effects of earthquakes and exploding volcanoes during the pole shift.

Canada will be positioned above the equator in a temperate zone after the pole shift, in a warmer strata than at present.

The distance to nuclear facilities will prevent massive destruction as opposed to what its southern neighbor will experience. However, there will be some impact as radioactive particles will descend on its territory causing illness and other malicious symptoms.

Much of Canada has a low altitude which is at risk by the expected tidal wave which could reach 2 kilometers (1.25 miles) inundating and destroying most of what’s currently on the lowlands. Once that wave passes, chances are that the water level decreases all depending on the impact of the melting of the ice cap, now under the equatorial sun.  However, disregarding this tidal wave for a moment, when the Earth stops rotation, water slung toward the equator will drift toward the poles, creating serious inland flooding in land near the poles. After the shift, when the poles rapidly melt under the equatorial sun, melted water will move toward the point of least resistance, which may often be inland if blockages occur. In any case, if one examines the sea level of land in eastern or northern Canada, one can see that the land will not be above water when the poles have completely melted.

The Canadian Rockies have the biggest advantage during the coming pole shift, in that the portion of Pacific plate that will be forced under them during the shortening of the Pacific is less, overall, than the portion of plate to be thrust under further south, along the western coast of the US, for instance. Thus, only the land within 500 miles of the coast, in the Canadian Rockies, will experience subduction with consequent hot earth and the rock and roll of mountain building. Those living from 500 miles to 1,000 miles from the coast should anticipate adjustments, as subduction can release pressure by pushing flakes of land that separate from lower stratus forward. But if you would want to bet on surviving the cataclysm in Canada, the higher Rockies are still your best chance.

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Filed under: 2012 • Global Catastrophe • Polar Shift • Safe Locations in 2012

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