has
changed, and formerly temperate and even polar areas now find themselves under the hot, continuous equatorial sun.
Inhabitants of these areas may find themselves subject to severe sunburn, for the first time in their lives, and, not
understanding the phenomena, not know what to do. Other inhabitants, formerly in the equator, will quickly freeze to
death. The temperature plunges, unremittingly, and they are ill prepared. This is, all told, a relatively benign death, as the hypothermic body becomes dreamy and seemingly falls asleep. Few areas will find the climate remaining the same,
by coincidence having the same relative latitude as before.
Over time the plants and animals change, accommodating the climatic change. Plants, in particular, are hard hit, as
they are sensitive to the temperature, humidity, and exposure to sun and wind. The die off is massive, but certain other opportunists survive. Over time, there is a creep that occurs, such that from places where the climate has remained the same plants grow outward toward where they find conditions hospitable. The opportunists who took over, preempting
all the strugglers, find they are being pushed, steadily, to assume their former status. Animals, being mobile, are less hard hit, and either adjust their day and night to the new conditions or travel. After a time, a few centuries, the Earth looks much as it did before, only this time with new poles, a new equator, and newly established temperate zones.
All of this activity is modulated at first by the gloom cause by Volcanic Dust. During the hour of the shift, all volcanoes active now or dormant now will explode. Likewise, during this hour, hurricane force winds will whip over
the oceans. Due to this interaction, the gloom and humidity are present almost immediately after the shift.
Disbursement, so that this is evenly spread, occurs over the next few days, within a week, but the effect is virtually
immediate on vegetation requiring sunlight and a dry bed. Strong sunlight occurs only occasionally, in certain
locations. In the main there is dusk, ever present dusk. Where there is vegetation die back, this is caused in fact more by the lack of sunshine than by any climatic changes. Animal life is impacted by the lack of food, too, more than
climatic changes. However, after a couple decades, the skies clear, and then the climatic changes are the stronger
determinant.
http://www.zetatalk2.com/poleshft/p34.htm[2/5/2012 11:19:16 AM]
ZetaTalk: New Climate
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Overall, the Earth's climate remains much as it is today, throughout and after the cataclysms. Initially, just after the pole shift, the local climate at any given point on the Earth will be a result of several factors.
Previous climate, as for instance on a former polar ice cap, will have either a warming or cooling influence. This
will only be extreme where ice packs linger or the ground is deeply frozen. Elsewhere warming or cooling to
temperatures appropriate to the new longitude occur within days.
Placement on the day or night side of the Earth, when rotation stops for days preceding the pole shift, and slowly
begins again after the 12th Planet passes. Again, this effect dissipates within days.
Volcanic activity and the roiling of the Earth's core, which continue for some decades after a pole shift, just as
they do during the decade preceding a pole shift. The 12th Planet lingers nearby, during its turnaround, and
makes a second pass a few years later. During this period the core of the Earth is not settled. Overall, this
activity has a slight warming influence, a few degrees at most depending on location.
A dense cloud cover that lasts for decades, resulting from the volcanic activity and loss of atmosphere due to the
stripping away that occurred during lashing by the comet's tail. The dust filled clouds are low to the ground, and create a constant gloom. Rain occurs almost continuously. Where sunlight cannot penetrate and seldom manages to peek
through this dense cloud cover, it does warm the Earth's atmosphere and thus its warming influence is not lost on the
Earth. Less warmth from sunlight, but warm wet air.
http://www.zetatalk2.com/poleshft/p58.htm[2/5/2012 11:19:16 AM]
ZetaTalk: Deserts
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Deserts are caused by a lack of moist air, and this keys on air mass movement, where the air mass has been to allow it
to pick up moisture, and what temperature extremes it encounters causing it to drop its moisture. Air currents lift from the equator and curl around toward the poles, circling back toward the equator, as the globe continually turns form east to west under the blanket of air surrounding it. This causes air to curl
already dropped their moisture along the coast. In the case of Africa's vast deserts, the air masses curl around and
down
causing any moist air inland or within itself to condense into rain or snow, leaving little in the air by the time the mass reaches the Gobi. In North America, air masses coming from the Coast are dry by the time they have lifted up and over
the mountain ranges, but air masses coming down directly from the lake riddled Canadian lands is relatively cool, and
when meeting moist air from the Gulf of Mexico creates thunderstorms aplenty. How will this situation change after
the shift?
