Fig. | | Page |
| An English Sunset tinged by Krakatoa (colour) | Frontispiece |
1. | Immanuel Kant (from an old print) | 7 |
2. | A Faint Diffused Nebulosity | 17 |
3. | The Crab Nebula | 19 |
4. | Jupiter | 25 |
5. | Nebulous Region and Star-cluster | 33 |
6. | The Great Nebula in Orion | 41 |
7. | The Dumb-bell Nebula | 45 |
8. | The Crossley Reflector | 49 |
9. | The Cluster in Hercules | 53 |
10. | Spectra of the Sun and Capella | 62 |
11. | Spectrum of Nebula in Orion and Spectrum of White Star | 64 |
12. | Solar Spectra with Bright Lines and Dark Lines during Eclipse | 69 |
13. | The NebulÆ in the Pleiades | 71 |
14. | The Sun | 81 |
15. | I. Spectrum of the Sun. II. Spectrum of Arcturus | 85 |
16. | Brooks’ Comet and Meteor Trail | 89 |
17. | Argus and the surrounding Stars and Nebulosity | 103 |
18. | Trifid Nebula in Sagittarius | 105 |
19. | To illustrate the History of the Sun | 113 |
20. | Solar Corona | 117 |
21. | The Great Comet of 1882 | 119 |
22. | Special Thermometer for use in Deep Borings | 129 |
23. | At the Bottom of the Great Bore | 140 |
24. | Three consecutive Shells of the Earth’s Crust | 145 |
25. | Earthquake Routes from Japan to the Isle of Wight | 171 |
| Showing Localities of Earthquakes (colour) | 175 |
26. | Showing Coasts invaded by the Great Sea-waves from Krakatoa | 179 |
| The Early Stage of the Eruption of Krakatoa (colour) | 180 |
27. | Spread of the Air-wave from Krakatoa to the Antipodes | 183 |
28. | The great Spiral Nebula | 193 |
29. | How to find the great Spiral Nebula | 196 |
30. | A group of NebulÆ | 199 |
31. | A Ray Nebula | 201 |
32. | Portion of the Milky Way | 205 |
33. | A Spiral Nebula seen Edgewise | 211 |
34. | A foreshortened Spiral | 212 |
35. | Edge-view of a Spiral boldly shown | 213 |
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