Abstract
Viterito states in his paper that increasing seismic activity for the globe’s high geothermal flux areas (HGFA) is correlated with the average global temperature from 1979 to 2015 with a correlation factor r of 0.785 and that this explains 62% of the variation in the earth’s surface temperature. This makes the geothermal activity the most significant element in the change in temperature of the earth at this time. Knowing that this is the cause of a major concern for so many and a critical piece to understanding our earth and its processes, the mechanisms surrounding the seismic activity was investigated. It was found that there is a high positive correlation (r=0.935) between the speed of the North Magnetic Dip Pole motion and the seismic activity during this time period.
Highlights
Viterito [1] studied the interaction between the temperature of the globe and seismic data to address a point of difference within the scientific community as to assigning the proper percentages of temperature change to the known factors that add heat to the globe
In the past the majority of the heat was attributed to the addition of CO2 to the atmosphere due to anthropogenic activity. He derived that in actuality 62% of the heating could be attributed to geothermal heating induced by introducing heat to the oceans through seismic activity in areas of the spreading tectonic plates in the oceans
This paper looks at the relationship between this geological activity and the motion of the North Magnetic Dip Pole (NMDP)
Summary
One of the major unusual activities since 1860 has been the motion of the North Magnetic Dip Pole (NMDP). This paper looks at the relationship between this geological activity and the motion of the NMDP.
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