global-journal-of-science-frontier-research-h-environment-environmental-geology Global Journal of Science Frontier Research - H: Environment & Environmental geology 0975-5896 2249-4626 Global Journals Publishing Group Incorporated 58310 Electromagnetic Umbrella Modeling of Mega Meteorological Anomaly Disasters and Large Earthquake Associations Meteorological Anomalies as Earthquake Precursors Caoda CHINA 28 10 2023 23 H4 1 12

In this paper, we briefly analyze four reasons for the generation of large outbursts of positively charged particle fluxes in the Earth’s interior during the gestation period of large earthquakes, and propose a physical mechanism for the formation of an EMB (electromagnetic umbrella) model of the difference between the concentration of positive and negative charged particle fluxes, which can be used to explain the relationship between a mega-meteorological catastrophic event and the generation of excessive charged particle fluxes from the lithosphere prior to the large earthquakes. Causality. We compare some historical records of major earthquakes of magnitude 7.5 around the world, and find that the correlation between megameteorological hazard events and large earthquakes has a good fit. Based on this statistic, in this paper, we take three large earthquakes, Wenchuan, May 12, 2008, Fukushima, Japan, March 11, 2011, and Turkey, Feb. 6, 2023, as case studies, to explore the way to assist in locating the epicenter of major earthquakes by reverse tracking method using the major meteorological disaster events

 Full Text

In this paper, we briefly analyze four reasons for the generation of large outbursts of positively charged particle fluxes in the Earth's interior during the gestation period of large earthquakes, and propose a physical mechanism for the formation of an EMB (electromagnetic umbrella) model of the difference between the concentration of positive and negative charged particle fluxes, which can be used to explain the relationship between a mega-meteorological catastrophic event and the generation of excessive charged particle fluxes from the lithosphere prior to the large earthquakes. Causality. We compare some historical records of major earthquakes of magnitude 7.5 around the world, and find that the correlation between mega-meteorological hazard events and large earthquakes has a good fit. Based on this statistic, in this paper, we take three large earthquakes, Wenchuan, May 12, 2008, Fukushima, Japan, March 11, 2011, and Turkey, Feb. 6, 2023, as case studies, to explore the way to assist in locating the epicenter of major earthquakes by reverse tracking method using the major meteorological disaster events.