Earth Changes and Extinction EventsSam Aurelius Milam III
Think about a spinning figure skater. If she extends
her arms, then she reduces her rate of spin. If she pulls her
arms in, then she increases her rate of spin. She has to do
it with both arms at the same time. If she moves only one arm at
a time, then she redistributes her mass, changing her center of mass
and relocating her axis of spin. There are predictable relationships
between effective diameter, rate of spin, mass distribution, and the
location of the axis of spin.

We’ve been increasing the effective diameter of our
planet, redistributing its mass and, in addition, changing the weight
distribution on the magma. For example, we’ve relocated a lot of
water to higher elevations than it would otherwise occupy, by storing
it in reservoirs. That might not seem like much. It isn’t much,
but it isn’t zero. It increases the effective diameter of the planet,
just a little. It redistributes the mass, just a little.
See
The Bright Side, in the July 2024
Frontiersman.
As sea level rises, the effective diameter of the planet increases
by a little more. As the polar ice melts, the mass is redistributed
from the polar regions toward the equator. The increased weight
of the water in the oceans forces the sea floor down, increasing the
downward force on the magma below, but only under the oceans, not elsewhere.
We’ve pumped so much water from the aquifers that, in some locations, ground level is actually sinking, reducing the effective diameter of the planet
in some locations while it’s increasing in other locations, changing the
mass distribution on the planet, and also changing the weight distribution
on the magma below. As the ice is removed from the polar land masses,
the weight on those land masses is reduced. The land masses rise,
increasing the effective diameter of the planet in those locations while
changing the mass distribution, and changing the weight distribution on
the magma below.

When the rate of spin of a spinning body changes, the angular acceleration will vary with the distance from the axis of
spin. The angular speed, further out, is faster. Thus, for
the spinning body to retain its internal configuration, the acceleration
(or deceleration) near the surface must be greater than that closer
to the axis. In a non-rigid spinning body, the forces that are generated
can deform the internal configuration of the spinning body. Our
planet isn’t entirely rigid, at least not within the mantle, which can
behave as a viscous fluid. That’s usually relevant only on a geological
time scale, but some geophysical changes can happen suddenly, earthquakes
and volcanoes for example. Thus, changing the rate of spin of our
planet, redistributing its mass, and shifting the location of its axis
of spin might cause distortions in a time scale that’s relevant to us.

As I noted in
The Bright Side and as I’m also suggesting here, the changes that we’re making might affect the magma flow. Maybe the locations of magma plumes will change. Maybe some existing magma plumes will be severed. Maybe new ones will be formed. Iceland and the Mid-Atlantic Ridge are very active. They might be pulled apart in our time, not just in geological time. Reportedly, Yellowstone explodes about every 700,000 years. It’s been about that long since the most recent explosion. Maybe Yellowstone will explode in our lifetimes. Tsunamis happen suddenly. It wouldn’t take much of a subsurface change
to cause the oceans to slosh back and forth, scouring the coastal regions,
and stirring up a lot of debris and sediment in shallow locations, thus making
the existing pollution even worse. Maybe ocean currents will be distorted,
with unknown consequences. Maybe additional geothermal activity will
contribute to the already ongoing chemical deterioration of the atmosphere.

It all reminds me of Edgar Cayce’s prophecies about Earth
Changes. Maybe things won’t get as bad as I’ve suggested or, at least
not right away. On the other hand, look how skeptical people were about
global warming. That became a serious problem sooner than most people
expected, worse than expected, and it just keeps getting worse.
Earth Changes? As Barry Commoner noted, everything is connected to
everything else. Things might get worse than we expect, and a lot
sooner than we expect. Ask any dinosaur.


Additional Reading •
Worlds In Collision, Immanuel Velikovsky, DOUBLEDAY & COMPANY, INC., GARDEN CITY, NEW YORK, 1950
•
Dawn Behind the Dawn: A Search for the Earthly Paradise, Geoffrey Ashe, A JOHN MACRAE BOOK/HENRY HOLT AND COMPANY/NEW YORK. Copyright © 1992 by Geoffrey Ashe
•
The Bright Side,
Frontiersman, July 2024
http://frontiersman.org.uk/2024/2024-07/2024-07.html#The_Bright_Side •
Earth Changes —
Wikipediahttps://en.wikipedia.org/wiki/Earth_Changes