ZetaTalk: Pole Shift

ZetaTalk: Flood Tide

there is more pressure to move inland in a flood tide, and due to the bulk of water pressing, the water will move faster

than a normal tide. A normal Moon driven tide takes 6 hours in, 6 hours out, but the pole shift tide will roll in within

less time. The sloshing back will telescope this, but the additional sloshing that occurs until the water settles into its

bowl will take increasingly longer. It is a confused mix of factors affecting the tidal flow. The Moon does not stop its

affect on the tides. Water from compressed bowls such as the Pacific will attempt to equalize for days, creating flows

where they would not be expected. The temperature will be mixed, with cold water forcing under warm in unexpected

places, creating swirls that move the water around rather than in a direction. Thus, we would advise those having to

deal with flood tides to read our Safe Locations information carefully, re their location. Read the Pole Shift section

regarding water movement carefully. Have discussions with others on the hypothetical movement of water affecting

the group. After a bit, the many factors will fall into place, and you will be able to predict just when it is safe to return

to your coastline.

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ZetaTalk: Water Movement

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ZetaTalk: Water Movement

Note: written on Sep 15, 1996. Planet X and the 12th Planet are one and the same.

During the hour of the pole shift, when the crust of the Earth is being dragged along with the core such that the Earth's

North Pole is turning away from the North Pole of the 12th Planet, and the Earth's South Pole pulling up to face it,

several things are happening at once. A synergy, or play-off, therefore occurs. The stage is set by what occurs during

the days preceding the pole shift, when the Earth's rotation slows and then stops, within a day, and stands with her

mid-Atlantic ridge facing the Sun where her brother, the 12th Planet, is passing. During these few days (less than a

week) when rotation has stopped, the waters of her oceans flow toward the poles and away from her fat equator. An

equalization occurs, the waters settling evenly, where normally the rotation pulls the water by centrifugal force to

where the motion is fastest, at the equator. Thus, when the pole shift itself occurs, the oceans have pulled away from

the tropical shores and flooded the frozen poles.

Tidal waves are caused by several factors, but to those living along the coasts, the effect is the same. When the Earth

rolls her North Pole away from the Sun and the passing 12th Planet, the water resists, and thus there is flooding where

the oceans meet moving land, and a drawing away of the oceans from those shores on the opposite side of a land mass

which is pulling away from the stagnant ocean water. However, for the most part, the oceans move with the land as

one. When the motion stops, the water, not being attached to the core as the crust is, fails to put on the brakes and

continues its motion, and thus tidal waves occur where only hours before the water had drawn away from the shores. A

third factor affects the height and force of tidal waves, and that is the movement of plates where the bowl that holds

the ocean water may become larger or smaller.

Where the Atlantic widens and tears apart the North American continent along what is already her sea- way,

there will be more places for the water to pool than water available, and this will cause a rushing toward this part

of the globe by water gathered at the poles.

Where the African Continent continues to rupture away from its large neighbors, or where there is a rupture

along the land fault bordering India, there will be a temporary lowering of water in the Indian Ocean, which will

draw water from where it has gathered at the South Pole.

Where the Pacific shortens dramatically, subducting India and western Australia and subducting plates along

both the American continents, the water in the Pacific will find its bowl suddenly smaller, and will rise along

shores on both sides. Given the size of this ocean, and the ability of her waters to rush over low-lying areas in

Central America or around Australia, tidal waves along the Pacific coast are not substantially larger than along

other coasts.

Where this analysis of water movement might seem astonishing, given that the Atlantic and Pacific oceans will

equalize in size during this next pole shift, the reader should bear in mind that the Pacific will already be low on the

coasts along her equator due to the waters movement toward the poles when rotation stops for several days. Finding

the oceans in the Pacific more full, relatively speaking, the water at the poles will pour into the Atlantic or Indian

Ocean, in preference to pouring into the Pacific. And then the broad expanse of the Pacific can absorb any shrinking of

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ZetaTalk: Water Movement

the Pacific bowl, as each acre of ocean takes its share of the rise, lessening the effect on the shores.

The speed and force of water movement is influenced by many factors. Look to how long it takes a flood to