While those concerned with Global Warming are solely looking to the sky and increases in minute trace gases -- all blamed in human activity, the primary role of the planet as well as the Sun is minimized or ignored.
In particular, the role and impact of
our planet’s molten middle core is ignored.
This fluid layer -- made mostly of
molten iron and nickel is 1,800 miles below the planet’s surface and stretches inward
1,404 miles to the planets solid core.[i]
This massive molten layer swirls and
churns inside and around the entire planet and is what generates the planet’s magnetic fields: to
block deadly solar radiation[ii]
and produces the magnet North and South
poles[iii].
These magnetic fields and their
interaction with solar radiation are central to many aspects and changes to our
planet:[iv]
1.
Drops in the magnet field are associated with
higher tropospheric temperatures.
2.
Drifting of
geomagnetic poles “could have been responsible for displacements of a large
low-pressure region of the Earth’s atmosphere associated with an increase of
cyclonic activity and sudden climate changes” (Bucha).
3.
“a decreasing
in the geomagnetic field intensity would allow a higher entrance of galactic
cosmic rays to the Earth that could enhance the formation of low-lying clouds [15, 16, 17] or increase the global cloud cover leading to tropospheric cooling.”
[My underline.]
4.
“studies
suggest a possible link between centennial-scale cooling episodes and enhanced
geomagnetic intensity, the opposite to the galactic cosmic rays mechanism [3, 6, 8, 16, 17] but in agreement with the first links established in the
70’s”
5.
When magnet fields are weaker, the oceans
release more CO2 into the atmosphere and result in temperature increases.
6.
Rising Ocean levels (GSL) are
connected to the reduced protective magnetic field in a wide area of the South
Atlantic called the South Atlantic Anomaly (SAA); where solar wind radiation
penetrates more as the protective Van Allen radiation layer is substantially reduced.
As the above findings indicate, the molten
middle core of or planet and the magnetic fields it generate not only protect
all life from solar radiation hazards, but affect everything from increased ocean levels, to increased atmospheric
CO2, to cooling of the air by increasing sun-blocking low level cloud
formation. to increased air temperature and -- with the shifting of the Magnetic
North Pole – to increased hurricanes/cyclones/tornadoes and “sudden climate
change” (Bucha).
Bucha’s work was published in 1976[v]
and its warning seems to have been forgotten as the recent ‘speeding up’ of the
Magnet North Pole’s movement is generally ignored in the media or treated as a
matter of ‘bragging rights’ when its drastic shift was reported in Maclean’s magazine, May, 2019, pages
62-63, “Losing the North Pole”.
In 1900, the Magnetic North Pole was located on
land in northern Canada but by 2000 it was in open Arctic waters. It is now moving “extraordinarily fast,
galloping across the Arctic” [my underline] and will be close to the
Geographic North Pole in 2020. A movement of some 2000 km or some 1240
miles in just 30 years!
Thereafter it will continue to move into
Siberia after which it is expected to bounce back toward Canada.
While the article notes tracking this movement
and identifying the correct ‘relocation’ are vital for GPS, airplane and ship
navigation, the article and scientists involved are oblivious to the movement’s
significance and warning for the planet as recognized by Bucha long ago.
Put simply, the drastic shift of the Magnetic
North Pole and its acceleration mean the molten core of the Earth is swirling and churning more
vigorously, and the planet’s magnetic fields and their effects on solar ray
protection, climate, temperature, cloud formation, CO2 levels and even ocean
levels need attention.
[v] See endnote #10 in the article at https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0207270
