| Preface List of Contributors 1 Introduction 1.1. Planetary versus terrestrial mapping 1.2. Data for making planetary maps 1.3. Topographic maps and geodetic control of planetary surfaces 1.4. Summary 2 History of planetary cartography 2.1. Lunar and planetary mapping from the Earth 2.2. Lunar and planetary mapping from spacecraft data 2.3. Summary 2.4. Refcrences 3 Cartography 3.1. Map design 3.2. The mapping process: paper maps 3.3. The mapping process: digital maps 3.4. Mapping the small, irregularly shaped satellites and asteroids 3.5. Scope of digital planetary cartography 3.6. Summary 3.7. References 4 Planetary nomenclature 4.1. Early nomenclature: pretelcscopic period 4.2. Moon: 1640-1977 4.3. Mars: Mid-seventeenth century to 1976 4.4. IAU task and working group format change-1973 4.5. Mercury: 1974-6 4.6. Between missions, 1976-9 4.7. Venus: 196o-88 4.8. Jovian satellites: 1977-80 4.9. Saturnian satellites: 1980-2 4.1o. Expansion of existing nomenclature: 1981-9 4.11. Uranian satellites: 1984-8 4.12. Neptune's satellites: 1989 4.13. Future plans 4.14. Summary and conclusions 4.15. References 5 Geodetic control 5.1. Background 5.2. The coordinate systems 5.3. Analytical phototriangulation 5.4. The control networks 5.5. Future missions and plans 5.6. Summary 5.7. References 6 Topographic mapping 6.1 Introduction 6.2. Topographic data types 6.3. Topographic datum 6.4. Secondary control networks 6.5. Map compilation techniques 6.6. Lunar topographic mapping 6.7. Topographic mapping of Mars 6.8. Topographic mapping of Venus 6.9. Topographic mapping of the satellites of Uranus 6.10. Digital topographic maps 6.11. Topographic mapping with data from future planetary missions 6.12. References 7 Geologic mapping 7.1. Introduction 7.2. Rationale and general methods …… Appendix Ⅰ Map formats and projections used in planetary cartography Appendix Ⅱ Halftone processes for planetary maps Appendix Ⅲ Digital planetary cartography Index |
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