reply to post by Hanslune
Yes, there is a mechanism by which a rollover could occur. You keep leaning on the crust. The crust "floats" on different pockets of magma, which
differ in concentrations, materials, size, and density.
Unlike the depictions as presented in the past, these have no semblance to the layer presentation, like layers in an onion. These magma
concentrations of different densities, fluidity, materials, size, and concentration would look more like a lava lamp.
These varying pockets of differing materials, density and size results in different masses. Ever see a tire out of balance? Think about the physics
of a sphere like Earth that is slightly out of balance from one or more of these different magna pockets. You'll note that increasingly, the heavier
portions within these pockets will begin to shift further toward the outside, making the imbalance more pronounced.
These underlying pockets and material have much more mass than does the crust, and during their natural shifting and churning, they can indeed assist
in the mass enough to precipitate a rollover.
The question then is whether or not the crust "sticks" to the new rotation, partially stick and partially slips, or just slips? Due to significant
anomalous evidence, including ancient writings, it would appear that regardless the mechanism, the crust quicky follows and relocates in relation to
the new spin.
Thus the apparent anomalous "sudden" relocation of tropical species to arctic areas, sub-tropical to temperate, and vice-versa. Their sudden
relocation and deposition can be explained in no other way.
If you believe that the oceans would remain in their basins during one of these rollover events, do a simple experiment for yourself. Fill a cake pan
with water to the brim, and start to rotate, gradually pick up speed, and then stop. Now the basin is right under the water, but you'll note that
the water sloshes right over the rim, and will even oscillate back and forth in an increasingly diminishing motion.
The rocks that have been spread over vast areas of northern Europe are not rocks that have been deposited by glaciers, as they have no marks common to
rocks and boulders as they are "ground" by glaciation. They do however give the appearance of having been "tossed" onto the land, with the
lighter rocks being tossed further inland.
As for the discoveries near Fairbanks, even noting that you'll find within this tideline the crushed remains of animals from all over the world,
there are also many finds of mammoths, and their tusks are treasured.
Besides, I don't want to have to do your homework, because if I did, you wouldn't learn anything for yourself.
Only after a wide study, including ancient texts, and a broad study not only of geology, do some of these anomalous artifacts begin to make a bit of
sense.
And if you believe in steady-state geology as currently taught by academia, then