ZetaTalk: Aftertime Living

ZetaTalk: New Geography

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ZetaTalk: New Geography

Note: written prior to July 15, 1995

After the pole shift the Earth begins rotating again, with its new poles in the same relative position to the Solar System as today. In other words, whatever part of the Earth is North, magnetically, after the shift, will become the new North Pole. The pole shift, with consequent realignment of the poles, will place the New Equator over formerly frozen lands.

Greenland, Canada, Alaska, Siberia, and Europe will be affected by the new equator. This will not mean that these

areas will be lush, right away. The temperate zones, not all that lush to begin with, will find themselves after the

cataclysms in a warm state, but with little vegetation. Past cataclysms have regularly rearranged the Earth's geography and climate zones, as the Earth attests. The continents, once one large land mass, were torn apart, temperate or tropical areas suddenly freezing up and covering over with ice and snow that never melts, and frozen wastelands gradually

melting and warming to sustain life once again. Mountains in mountain building areas were pushed higher and

subducting plates were suddenly slid under the overplate.

While the land rearranges the oceans slosh about but eventually settle into the lower areas. Coastal spots that had

formerly been above the water line may now be under the waves, and likewise plates that had been submerged may

now be dry land. How much land pokes above the waves depends on how deep and wide the ocean rifts are, but

historically the land mass in total has remained the same. Continents do not disappear, but plates abutting continents or close to the ocean surface may rise and fall, depending on the plate action around the site and elsewhere around the

globe. If plate action thrusts formerly submerged land out from under the sea, then the settling oceans have less area to settle into and consequently beaches worldwide may rise. Likewise, a sudden yaw in a mid-ocean rift may cause

beaches worldwide to drop, but inevitably the yaw is matched by a crunch elsewhere, where land will subduct.

After a pole shift the former poles invariably melt and soften while the new poles take on layer after layer of ice and snow. This pace is not matched, as polar cap building only stabilizes at a point where evaporation and melting at

glacial edges equals the arrival of newly fallen snow after some centuries. In the meantime the Waters Rise worldwide,

several hundred feet, and then recede again. This pace is gradual, so that coastal settlements have plenty of time to

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ZetaTalk: New Geography

relocate, an exercise they find they must do repeatedly.

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ZetaTalk: Sharper Axis

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ZetaTalk: Sharper Axis

Note: added during the Feb 1, 2003 Live ZetaTalk IRC Session.

During any pole shift, just what the tilt will be, what the length of the day will be, and whether the magnetic and geographic alignment line up is subject to change and chance. However, there are static influences in the solar system, in the environment that surrounds and influences the solar system, that are not subject to change simply because Planet X decides to pass through. The magnetic alignment is one. This is dominated, set, by the alignment of the Sun, which

has its alignment due to outside influences, and the Earth lines up with this. Thus, one can expect their compasses to

point north, but just where north is re the lay of the land may vary. When rotation returns, it is subject to pulls on the liquid parts of the core that are set, as far as where these pulls are located.

The core, however, is not set, and as has been reported by Plato, in the history of man, it has been noted that at times the Earth rotates in the opposite direction, if the swirling core starts to move in this direction after the shift, and momentum continuing the direction. During these times, the day was much longer, as there was a tug backwards as well as in the normal direction the liquid core moves. Should the Earth start to rotate early, due to a close passage, as happened last, the North/South may not be quite set before rotation starts, and there may be some pull to continue due to momentum, in spite of the actual tug on the core being otherwise. So, is the tilt of the Earth now, wrong, and what is the likely tilt in future, after the coming shift? During the last shift, the passage of Planet X was much closer than the coming shift, and thus as we have stated the jerk to align with an upside-down shift was closely followed by a jerk to

align back to be the same due to the quick passage, and thus only a slight crustal shift occurred. In that the shift, and shift back, was so quick, the core was able to reinstitute rotation quickly, and did so before the Earth was aligned with its magnetic alignment, which then followed.

However, normally, rotation is much more aligned with the magnetic alignment than at present. A tilt does occur, so seasons such as winter and summer do occur, in fact, a bit more extreme than at present. But as those humans

incarnated, alive at present, will find the Earth cooling down for some time, due to the friction of the core and heated land masses, they will not find the winters extreme to the point of freezing in colder climes. And due to the increasing ocean surface, where the moderating effect of ocean currents can condition the air above land, they will likewise not

find themselves frying. The future, for the hybrids and the new cities of the future, will take into account the changed seasons, so not to worry.

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ZetaTalk: Climate Changes

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ZetaTalk: Climate Changes

Note: written prior to July 15, 1995

The pole shift, of course, radically affects the climate of every place on Earth. How could it not? The equator