Earthquakes, Tsunamis and Nuclear Risks

Chapter 1 Examination of the Correlation Between Tectonic Landforms and Shallow Subsurface Structural Datasets for the Estimation of Seismic Source Faults

Chapter 2 Multivariate Statistical Analysis for Seismotectonic Provinces Using Earthquake, Active Fault, and Crustal Structure Datasets

Chapter 3 Multiple Regression Analysis for Estimating Earthquake Magnitude as a Function of Fault Length and Recurrence Interval

Chapter 4 Coseismic Tsunami Simulation Assuming the Displacement of High-Angle Branching Active Faults Identified on the Continental Slope Around the Japan Trench

Chapter 5 Extensive Area of Topographic Anaglyphs Covering Inland and Seafloor Derived Using a Detailed Digital Elevation Model for Identifying Broad Tectonic Deformations

Chapter 6 Relation Between Stress Drops and Depths of Strong Motion Generation Areas Based on Previous Broadband Source Models for Crustal Earthquakes in Japan

Chapter 7 Heterogeneous Dynamic Stress Drops on Asperities in Inland Earthquakes Caused by Very Long Faults and Their Application to the Strong Ground Motion Prediction

Chapter 8 Simulation of Broadband Strong Motion Based on the Empirical Green’s Spatial Derivative Method

Chapter 9 Development of Risk Assessment Methodology Against External Hazards for Sodium-Cooled Fast Reactors

Chapter 10 Effectiveness Evaluation About the Tsunami Measures Taken at Kashiwazaki-Kariwa NPS

Chapter 11 Development of a New Mathematical Framework for Seismic Probabilistic Risk Assessment for Nuclear Power Plants – Plan and Current Status –

Chapter 12 Deficits of Japanese Nuclear Risk Governance Remaining After the Fukushima Accident: Case of Contaminated Water Management

Chapter 13 A Community-Based Risk Communication Approach on Low-Dose Radiation Effect