Abstract
The study in this paper analyzes and compares the distribution on the global engine active seismic zone and cooling seismic belt basing on the ANSS earthquake catalog from Northern California Earthquake Data Center. An idea of the seismogenesis and earthquake prediction research is achieved by showing the stratigraphic structure in the hot engine belt. The results show that the main engine and its seismic cones are the global seismic activity area, as well as the subject of global geological disaster. Based on the conjecture of other stratum structure, the energy of crustal strong earthquake and volcano activities probably originates from the deep upper mantle. It is suggested that the research on earthquake and volcano prediction should focus on the monitor and analysis on the sub-crustal earthquake activities.
Highlights
It has been commonly accepted that the cause of earthquakes is mainly due to the strain energy accumulation of surface tectonics
The statistical analysis and comparative study of the seismic activities in the hot engine belt and the cooling seismic belt indicate that the energy of crustal strong earthquake and volcano activities
Based on the working method of the Seismo-geothermics theory and the ANSS earthquake catalogue of Northern California Earthquake Data Center, this article has developed the concept of hot engine belt and cooling seismic belt by using seismic cone as the tectonic units and statistical units of analysis, as well as the common features from the basic features of earthquake activities of various seismic cone
Summary
It has been commonly accepted that the cause of earthquakes is mainly due to the strain energy accumulation of surface tectonics. The statistical analysis and comparative study of the seismic activities in the hot engine belt and the cooling seismic belt indicate that the energy of crustal strong earthquake and volcano activities. The seismic activity beyond the pale yellow block is referred to as so-called cooling seismic zone Seismic Activity Distribution of the Hot Engine Belt and the Cooling Seismic Belt Based on the ANSS earthquake catalog, the global total records of earthquakes M4+ are 388,775 from January,.
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