Evidence of Variable Earth-heat Production, Global Non-anthropogenic Climate Change, and Geoengineered Global Warming and Polar Melting | Chapter 07 | Current Perspectives to Environment and Climate Change Vol. 1
Climate models evaluated by the IPCC
are based on the assumptions that: (1) Heat derived from the Sun is constant;
(2) Heat derived from within the Earth is constant; and, (3) Anthropogenic
contributions to atmospheric warming stem mainly from heat retention by CO2 and
other greenhouse gases. Geophysical evidence of variable earthquake activity
and geological evidence of variable submarine volcanism presented here indicate
that heat added to the oceans is variable. The increasing occurrences of
earthquakes of magnitudes ≥6 and ≥7 during 1973-2015 indicate volcanic activity
is increasing and therefore Earth-heat, as well as volcanic CO2 additions, is
increasing. Moreover, increased heat additions to the ocean act to decrease
seawater solubility of CO2, ultimately releasing additional CO2 to the atmosphere.
Furthermore, increasing submarine volcanic activity implies increasing ocean
acidification, but data are insufficient to make quantitative estimates. The
validity of IPCC evaluations and assessments depends critically upon due
consideration being given to all processes that potentially affect Earth’s heat
balance. In addition to the geological and geophysical processes discussed, the
scientific community, including IPCC scientists, has turned a blind eye to
ongoing tropospheric geoengineering that in recent years has been occurring on
a near-daily, near-global basis. Tropospheric aerosolized particulates,
evidenced as coal fly ash, inhibit rainfall, heat the atmosphere, and cause
global warming. Evidence obtained from an accidental air-drop release indicates
efforts to melt glacial ice and enhance global warming. By ignoring ongoing
tropospheric geoengineering, IPCC assessments are compromised, as is the moral
authority of the United Nations.
Author(s) Details
J. Marvin Herndon
Transdyne Corporation, 11044
Red Rock Drive, San Diego, CA 92131, USA.
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