This book focuses on seismogenic and tectonic environments, seismogenic structures, seismogenic fault structures, earthquake physics, rupture dynamic process, source mechanism, earthquake seismic anomalies and risk assessment, exploration of prediction methods, earthquake disaster characteristics and disaster-causing mechanisms, ground motion prediction, as well as state-of-the-art techniques.
This book focuses on seismogenic and tectonic environments, seismogenic structures, seismogenic fault structures, earthquake physics, rupture dynamic process, source mechanism, earthquake seismic anomalies and risk assessment, exploration of prediction methods, earthquake disaster characteristics and disaster-causing mechanisms, ground motion prediction, as well as state-of-the-art techniques.
Introduction Scientific Investigation of Continental Earthquakes and Relevant Studies.- Operational Aftershock Forecasting research work for scientific investigation activities of China Earthquake Administration in recent years.- Dense array observation and deep seismogenic environment in the source area of investigation, Qinghai, China.- Crustal deformation and regional seismogenic environment associated with the 2021 Maduo, Qinghai Mw 7.3 earthquake.- Research on seismogenic tectonic environment and seismogenic structures associated with the 2021 Luxian, Qinghai Mw 6.0 earthquake.- Seismogenic fault and rupture process of the 2021 Mw 5.4 Luxian earthquake in the shale gas filed, southern Sichuan Basin, China.- Gas emissions and geochemical characteristics of the Kangding area associated with earthquake activities.- Predictability of major to great earthquakes: New insights from the perspective of 'Dragon King' theory.- Nowcasting Earthquakes with QuakeGPT: An AI-Enhanced Earthquake Generative Pretrained Transform.- Implementation and application of Sichuan earthquake intensity rapid reporting and early warning technology.- Lateral Variations of Crustal Lg Wave Attenuation in Eastern Asia from Enhanced Two-Station Tomography.- Numerical Investigation and Observation of Low-Velocity Waveguide Effect for Multi-Layer Fault Damage Zones at Depth.- Towards an international/regional alliance for the scientific expedition of earthquakes.
Introduction Scientific Investigation of Continental Earthquakes and Relevant Studies.- Operational Aftershock Forecasting research work for scientific investigation activities of China Earthquake Administration in recent years.- Dense array observation and deep seismogenic environment in the source area of investigation, Qinghai, China.- Crustal deformation and regional seismogenic environment associated with the 2021 Maduo, Qinghai Mw 7.3 earthquake.- Research on seismogenic tectonic environment and seismogenic structures associated with the 2021 Luxian, Qinghai Mw 6.0 earthquake.- Seismogenic fault and rupture process of the 2021 Mw 5.4 Luxian earthquake in the shale gas filed, southern Sichuan Basin, China.- Gas emissions and geochemical characteristics of the Kangding area associated with earthquake activities.- Predictability of major to great earthquakes: New insights from the perspective of 'Dragon King' theory.- Nowcasting Earthquakes with QuakeGPT: An AI-Enhanced Earthquake Generative Pretrained Transform.- Implementation and application of Sichuan earthquake intensity rapid reporting and early warning technology.- Lateral Variations of Crustal Lg Wave Attenuation in Eastern Asia from Enhanced Two-Station Tomography.- Numerical Investigation and Observation of Low-Velocity Waveguide Effect for Multi-Layer Fault Damage Zones at Depth.- Towards an international/regional alliance for the scientific expedition of earthquakes.
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