ZetaTalk: Pole Shift

Mountain Building occurs during rapid subduction of one plate under another. There is friction between the plates, so

that crinkling of the upper plate occurs. This crinkling represents pressure and release, which can result in violent

jerking and upheavals, sometimes snapping to create new cliffs or jutting rock. Those riding on the upper plate during

these moment will be heaved skyward and dashed, with scarcely a safe place to cling to. Subduction can release

pressure by pushing flakes of land that separate from lower stratas forward. Push a wooden block against some flaky

pastry, and watch the top flakes simply fly forward, separating from the pastry. This thrust can be sudden and

projectile, with the rock flake then crashing down again. Pressure and release can also create crumpling land where

such activity is not expected.

Mountains and valleys have likewise 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 occur. 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 spears shooting under their feet, unexpectedly. Surviving the

mountain building process while in the mountains is precarious, and not advised.

The land at the point where a fault line forces one plate above another experiences a violent quake, but the plates soon

break free of each other and slide. But farther from the fault line, 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 to the inhabitants that the fault line itself. Mountain building apparent

to humans has occurred over many shifts, nudged up repeatedly as the given shift affected that particular plate with

enough force to create a strong subduction. Thus, is is a cumulative affect, not a one-time result. This time around,

there will be strong mountain building, in particular in the Hymalayas and Andes, not so much along the West Coast of

North American, and hardly at all in the Alps in Europe.

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ZetaTalk: Mountain Ranges

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ZetaTalk: Mountain Ranges

Note: written on Dec 15, 2001.

Mountain building during this coming shift will be in proportion to the compression any given range comes under.

Those areas in the world where mountain building has occurred in the past are obvious, as sheer rock is broken into

cliffs or juts skyward like a missile or monstrous rocks are in a jumble. The rock is fresh, not weathered and broken

down, and often covered with trees or vegetation, soil having formed from the dust that lodges there. Often these are

called new mountain ranges or old ranges, to differentiate. Why would a new range become an old range, and how

might this information help those seeking safe places during the coming shift?

At one point in the Earth's history, the land mass was all in one clump, the Earth having been injured with a gaping

wound where the Pacific is now, so that it became lopsided. Water pooled in the low places, leaving the land all on one

side. Repeated pole shifts jerked this land mass to and fro until weak spots tore and the continental drift, or rip as we

prefer to call it, began. Very old land shows less marks of mountain building and more hardened mud flats, but in the

interim, when the plates were separating, lava hardening in between, and then thrust against each other during

forthcoming pole shifts, mountain building began.

The Himalayas are a good example of a spot on the Earth where mountain building invariably occurs. These

mountains are backed up against a solid old land mass, with broken and smaller plates subducting under them at

each shift. Thus, these are both old and new mountain, never escaping fresh discombobulating.

The mountains lining the west coast of both North and South America are likewise never at peace, as they form

the cutting edge of land being pushed into the Pacific where the plates in the Pacific are being pushed under this

edge. Each time the Pacific shortens, these ranges go through rock and roll, with new mountain building

occurring.

The mountains on the east coast of both the North and South Americas are old mountains, with notably not

volcanoes active and no stress toward mountain building because the land to the east is being stretched, not

compressed. These old mountains were built when the plates first separated and were bumping against each

other during those early periods. These times are past, for these lands masses, now.

This is likewise the case within Africa, where the mountains are covered with trees unless to high to sustain

vegetation and the only sign of stress volcanoes caused by weak places make thin by the stretch of the land.

African volcanoes, recently active, can be expected to erupt, but very ancient volcanoes will not as the stress is