tag="{http://www.w3.org/1999/xhtml}a">Model to illustrate the Motion of an Earth-particle during an Earthquake

19 8. Plan of Directions of Fall of Overturned Stone-lamps at Tokio during the Earthquake of 1894 19 9. Meizoseismal Area of Neapolitan Earthquake 22 10. Distribution of Death-rate within Meizoseismal Area of Neapolitan Earthquake 24 11. Diagram to illustrate Mallet's Method of determining Depth of Seismic Focus 26 12. Vertical Section of Cathedral Church at Potenza 27 13. Diagram of Wave-paths at Seismic Vertical of Neapolitan Earthquake 29 14. Geological Sketch-map of Ischia 47 15. Isoseismal Lines of Ischian Earthquake of 1881 51 16. Isoseismal Lines of Ischian Earthquake of 1883 59 17. Diagram of Wave-paths at Seismic Vertical of Ischian Earthquake of 1883 62 18. Diagram showing connection between Depth of Focus and Rate of Decline in Intensity 68 19. Isoseismal Lines of Andalusian Earthquake according to Taramelli and Mercalli 79 20. Isoseismal Lines of Andalusian Earthquake according to Fouqué, etc. 81 21. Magnetograph Records of Andalusian Earthquake at Lisbon 83 22. Nature of Shock of Andalusian Earthquake 88 23. Diagram to illustrate Variation in Nature of Shock 89 24. Structure of Meizoseismal Area of Andalusian Earthquake 100 25. Isoseismal Lines of Charleston Earthquake 106 26. Curve of Intensity at Charleston 110 27. Flexure of Rails at Jedburgh 113 28. Epicentral Isoseismal Lines of Charleston Earthquake according to Sloan 118 29. Epicentral Isoseismal Lines of Charleston Earthquake according to Dutton 119 30. Planes of Oscillation of Stopped Pendulum Clocks at Charleston 121 31. Diagram to illustrate Dutton's Method of determining Depth of Seismic Focus 124 32. Diagram to explain Origin of Regions of Defective Intensity 136 33. Isoseismal Lines of Riviera Earthquake 144 34. Meizoseismal Area of Riviera Earthquake 148 35. Nature of Shock of Riviera