Preface Chapter 1 An Overview of Space-time Symmetry of Major Natural Disasters 1.1 A Review of Research on Space-time Symmetry ofDisasters 1.2 Research Content, Research Objectives and Key Scientific Problems to Be Solved 1.3 Research Approach and Feasibility Analysis 1.4 Progress in Disaster Symmetry Research 1.5 Preliminary Analysis ofNatural Commensurability and Its Mechanisms Bibliography
Chapter 2 Space-time Symmetry of Strong Earthquakes in the Western Pacific 2.1 Symmetrical Space-time Structures of Strong Earthquakes in the Western North Pacific 2.2 Symmetrical Space-time Structures of Strong Earthquakes in the Indonesian Island Arc . Symmetrical Space-time Structures of Strong Earthquakes in Fiji 2.4 Symmetrical Space-time Structures of Strong Earthquakes in Taiwan, China Bibliography
Chapter 3 Space-time Symmetry of Strong Earthquakes in the Eastern Pacific 3.1 Space-time Symmetry of Strong Earthquakes in Mexico 3.2 Space-time Symmetry of Strong Earthquakes in Chile 3.3 Space-time Symmetry of Strong Earthquakes in Alaska, USA Bibliography
Chapter 4 Space-time Symmetry of Strong Earthquakes in the Western Eurasian Seismic Belt 4.1 Space-time Symmetry of Strong Earthquakes in Italy 4.2 Space-time Symmetry of Strong Earthquakes in Iran Bibliography
Chapter 5 Space-time Symmetry ofEarthquakes in Mainland China and Its Adjacent Area 5.1 Space-time Symmetry of Strong Earthquakes in Sichuan-Yunnan Region, China 5.2 Space-time Symmetry of Earthquakes in Xinjiang, China and Its Adjacent Area 5.3 Space-time Symmetry of Earthquakes in the Himalayas 5.4 Space-time Symmetry of Earthquakes in the Fen-Wei Basin 5.5 Time Symmetry ofEarthquakes in Beijing-Tianjin-Tangshan Region, China Bibliography
Chapter 6 Research Results: A Collection of Verified Cases 6.1 Trend Judgment ofNatural Disasters in the Exploration Stage 6.2 Trend Judgment ofMajor Natural Disasters in the Research Stage 6.3 A Summary of Research on Trend Judgment of Major Earthquakes Bibliography