part Section I: All Sky Survey -- chapter 1 Introduction -- chapter 2 Archaeology: The Basics -- chapter 3 Evolution of Space Archaeology and Heritage -- chapter 4 Space Basics: The Solar System -- chapter 5 Space Basics: Orbital Mechanics -- chapter 6 Space Basics: Getting to and Staying in Space -- chapter 7 Ground Segment: Ground Systems and Operations -- chapter 8 Launch Segment: Launch Vehicles and Spacelift -- chapter 9 9Chapter Space Segment: Space Vehicles and Payloads -- part Section II: The Sky: A Cultural Perspective -- chapter 10 1Chapter 0 Archaeoastronomy, Ethnoastronomy, and Cultural Astronomy -- part Section III: Introduction to the Space Age -- chapter 11 1Chapter 1 History of the Space Age -- chapter 12 1Chapter 2 From Vengeance 2 to Sputnik 1: The Beginnings -- chapter 13 1Chapter 3 Space Race and the Cold War -- chapter 14 1Chapter 4 Origin and Developments in Commercial Space -- chapter 15 1Chapter 5 Maturing Space Age -- part Section IV: The Landscape of Space -- chapter 16 1Chapter 6 Cultural Landscape of Space -- chapter 17 1Chapter 7 Orbital Artifacts in Space -- chapter 18 1Chapter 8 Introduction to Space Debris -- chapter 19 1Chapter 9 Heritage of Earth Orbit: Orbital Debris—Its Mitigation and Cultural Heritage -- chapter 20 2Chapter 0 Spacecraft and Objects Left on Planetary Surfaces -- chapter 21 2Chapter 1 Culture of Apollo: A Catalog of Manned Exploration of the Moon -- part Section V: Spacecraft Forensics and Mystery Solving -- chapter 22 2Chapter 2 Space Hardware: Mystery Solving -- chapter 23 2Chapter 3 Failed Mars Mission Landing Sites: Heritage Places or Forensic Investigation Scenes? -- chapter 24 2Chapter 4 Lost Spacecraft -- chapter 25 2Chapter 5 Space Hardware: Models, Spares, and Debris -- part Section VI: Environmental Effects and the Material Record -- chapter 26 2Chapter 6 Natural Formation Processes and Their Effects on Exoatmospheric Objects, Structures, and Sites -- chapter 27 2Chapter 7 Space Environmental Effects -- chapter 28 2Chapter 8 Space, Atmospheric, and Terrestrial Radiation Environments -- chapter 29 2Chapter 9 Thermal Environment and the Effects on Aging -- chapter 30 3Chapter 0 Potential Effects: Atmospheres of Space Bodies and Materials -- chapter 31 3Chapter 1 Wear and Tear: Mechanical -- chapter 32 3Chapter 2 Space Environment and Spacecraft Electrical Systems -- chapter 33 3Chapter 3 Contamination Control and Planetary Protection -- chapter 34 3Chapter 4 Studies in Aging -- part Section VII: Preservation of Space Objets and Case Studies -- chapter 35 3Chapter 5 Space Technology: Vanguard 1, Explorer 7, and GRAB—Materials and Museum Concerns -- chapter 3Chapter 6 CORONA KH-4B Museum Preservation of Reconnaissance Space Artifacts: A Case Study -- chapter 37 3Chapter 7 In Situ Preservation of Historic Spacecraft -- chapter 38 3Chapter 8 Archaeology of the Putative Roswell UFO Crash Site: A Case Study -- part Section VIII: Space Policy and Preservation -- chapter 39 3Chapter 9 International Space Community and Space Law -- chapter 40 4Chapter 0 One Giant Leap: Preserving Cultural Resources on the Moon -- chapter 41 4Chapter 1 On the Nature of the Cultural Heritage Values of Spacecraft Crash Sites -- chapter 42 4Chapter 2 Mission Planning—Space Archaeology and Preservation Planning: System Engineering Perspective -- part Section IX: The Future and Space Archaeology -- chapter 43 4Chapter 3 Plan for the Future Preservation of Space -- chapter 44 4Chapter 4 Space Exploration: The Next 100 Years -- chapter 45 4Chapter 5 Surveying Fermi’s Paradox, Mapping Dyson’s Sphere: Approaches to Archaeological Field Research in Space -- part Section X: The Mind and the Cosmos -- chapter 46 Developing Exoarchaeology in the Solar System and Beyond -- chapter 47 Technology and Material Culture in Science Fiction -- chapter 48 Chapter Space Archaeology and Science Fiction -- chapter 49 Chapter Space Archaeology and the Historiography of Science Fiction.