Estudio de la sismicidad terrestre y su correlación con variables geofísicas.

Abstract

The prediction of seismic events represents one of the greatest contemporary scientific challenges in the field of seismology and Earth sciences. For this reason, the research addresses this crucial issue through a comprehensive and multidimensional analysis of global seismic activity during the period 1965-2016, establishing an innovative methodological framework for understanding seismic patterns. The study develops a comprehensive analysis that explores the complex interrelationships between seismic activity and several fundamental geophysical parameters, including variations in the Earth’s magnetic field, gravitational fluctuations, volcanic activity, and the spatial distribution of major tectonic faults. Through advanced data analysis and statistical modeling techniques, this research identifies significant patterns and correlations previously undocumented in the scientific literature. The results obtained not only provide a more accurate and detailed characterization of the earth’s seismicity, but also establish new perspectives for understanding the mechanisms that govern the occurrence of earthquakes. In addition, it contributes significantly to the field of predictive seismology and seismic risk management. The research represents a significant advance in the understanding of seismic phenomena, offering valuable tools and insights for future research in the field.