TITLE:
Quantification of the Diminishing Earth’s Magnetic Dipole Intensity and Geomagnetic Activity as the Causal Source for Global Warming within the Oceans and Atmosphere
AUTHORS:
David A. E. Vares, Trevor N. Carniello, Michael A. Persinger
KEYWORDS:
CO2, Global Warming, Climate Change, Geomagnetic Field, Magnetic Dipole, Volcanic Activity
JOURNAL NAME:
International Journal of Geosciences,
Vol.7 No.1,
January
29,
2016
ABSTRACT: Quantitative analyses of
actual measurements rather than modeling have shown that “global warming” has
been heterogeneous over the surface of the planet and temporally non-linear.
Residual regression analyses by Soares (2010) indicated increments of increased
temperature precede increments of CO2 increase. The remarkably strong
negative correlation (r = -0.99) between the earth’s magnetic dipole moment values
and global CO2-temperature indicators over the last ~30 years is
sufficient to be considered causal if contributing energies were within the
same order of magnitude. Quantitative convergence between the energies lost by
the diminishing averaged geomagnetic field strength and energies gained within
the ocean-atmosphere interface satisfy the measured values for increased global
temperature and CO2 release
from sea water. The pivotal variable is the optimal temporal unit employed to
estimate the total energies available for physical-chemical reactions. The
positive drift in averaged amplitude of geomagnetic activity over the last 100
years augmented this process. Contributions from annual CO2 from volcanism and shifts in averaged
geomagnetic activity, lagged years before the measured global temperature-CO2 values, are moderating variables for
smaller amplitude perturbations. These results indicated that the increase in
CO2 and global
temperatures are primarily caused by major geophysical factors, particularly
the diminishing total geomagnetic field strength and increased geomagnetic
activity, but not by human activities. Strategies for adapting to climate
change because of these powerful variables may differ from those that assume
exclusive anthropomorphic causes.