Page
In Memoriam xi
Foreword xv
CHAPTER
1: BUILDING SUPPORT FOR LOW-COST MISSIONS TO MARS
Part
I: Rationale and Program Management 1
The Case for Mars VI: The Heritage and Legacy of the Viking Project (AAS 96-301), George W. Morgenthaler and Walter O. Lowrie 3
The Significance of the Martian Frontier (AAS 96-302), Robert M. Zubrin 27
Breaking the Mars Cost Barrier: New Management Approaches Are Demanded (AAS 96-303), Humboldt C. Mandell, Jr. 39
Selling a Mars Mission: Why is the Price so High? (AAS 96-304), Radford Byerly, Jr. 51
Infrastructure for Commercially Backed Mars Exploration (AAS 96-305), Malcolm A. LeCompte 57
Part II: Involving the Public Sector 69
Wait Watcher’s Guide to Space Exploration (AAS 96-306), Leonard David 71
Building Support for the Manned Exploration of Mars: Lessons From Theory and Research on Persuasion and Attitude Change (AAS 96-307), Albert A. Harrison and Robert A. Bell 77
The Synergy Project: An International Mission to Mars Based on a University/Government/Industry Synergy (AAS 96-308), Lawrence Kuznetz 95
From Geo.S to Mars: Teaching the Mars Kids (AAS 96-309), Donald M. Scott 99
Teaching the Martians (AAS 96-310), Gabriel F. Rshaid 107
Mars Exploration Program: An Update (AAS 96-311) Abstract, Donna Shirley and Roger Bourke 115
A Cost and Risk Analysis of Human Exploration Missions to Mars (AAS 96-312) Abstract, Steven C. Merrihew 116
Marketing Mars: Winning Public Support and Funding (AAS 96-313) Abstract, David T. Cadden 117
CHAPTER
2:
ESSENTIAL
TECHNOLOGY AND PROPOSED INFRASTRUCTURE 119
Human Exploration of Mars: The Reference Mission of the NASA Mars Exploration Study Team (AAS 96-315), Stephen J. Hoffman 121
Affordable Space Transportation Strategies for Human Exploration of Mars (AAS 96-316), Terry R. Mitchell 161
Reliability Issues for Spacecraft Electronic Design (AAS 96-317), Reinaldo Perez 167
Software Cost Reduction for Mars Missions (AAS 96-318), Ned Chapin 177
Space Nuclear Power: Costly Policy Problems in the Exploration of Mars (AAS 96-319), Victoria P. Friedensen 195
Logistical Requirements for Mars Extra-Vehicular Activities (AAS 96-320), Frank Crary 209
Mars One Way to Stay: Economics, Commercialization, Public Policy and Technology Needs Required for Mission Success (AAS 96-321), Thomas A. Gunn 223
One-Way to Mars (AAS 96-322), George William Herbert 235
Reducing the Cost of Earth Launch (AAS 96-323) Abstract, Mitchell Burnside Clapp 245
An International Single Stage to Orbit (AAS 96-324) Abstract, Bruce B. Lusignan 246
The Goddard Mission: A Profile (AAS 96-325) Abstract, Lisa Conly, Kristopher Larsen, Tim Peterson and Bryan Richter 247
CHAPTER
3: REDUCING THE COST OF PRECURSOR MISSIONS:
SCIENCE
AND ENGINEERING 249
Low Cost Mars Missions (AAS 96-326), Jim French 251
Dual Use of Defense Technology: What to do With Surplus Superpower Defense Assets or How to Conduct a Cost Effective Dynamic Mars Expedition Mission Simulation in the Near Term (AAS 96-327), Madhu Thangavelu 253
A Comparison of Alternative Methods for the Mars Sample Return Mission (AAS 96-328), Robert M. Zubrin 257
Martian Oases? Feasibility of Orbital Thermal Emission Detection (AAS 96-329), Albert F. C. Haldemann, G. Edward Danielson and Bruce C. Murray 267
High-Power Mars Subsurface Radar (AAS 96-330), David Thomas Chappell 279
An Inflatable Module for Use on Mars (AAS 96-331), Willy Z. Sadeh, Marvin E. Criswell and Jenine E. Abarbanel 303
Ares Explore: A Study of Human Mars Exploration Alternatives Using In Situ Propellant Production and Current Technology (AAS 96-332), M. R. Grover, E. H. Odell, S. L. Smith-Brito, R. W. Warwick and A. P. Bruckner 309
Prospects for Using CO2/Metal Propellants in Mars Missions (AAS 96-333), Evgeny Ya. Shafirovich and Udo I. Goldshleger 341
Does Automation and Robotics Lower Costs? (AAS 96-300), Michael Sims 351
The Use of the International Space Station (ISS) in Preparing for the Human Exploration of Mars (AAS 96-314), George W. Morgenthaler 355
Mars Surface Mission - Being There (AAS 96-352), Carol R. Stoker 375
The Utility of Geothermal Energy on Mars (AAS 96-334) Abstract, Martyn J. Fogg 387
The Mars Surface Robot Marsokhod (AAS 96-335) Abstract, Bruce B. Lusignan 388
Major Advances in ISRU Technologies for Low-Cost Mars Missions (AAS 96-336) Abstract, Michael Schwarz, Steve Brod, Kumar Ramohalli and Steve Crow 389
Mars Mission: Couples Only (AAS 96-337) Abstract, Mary A. Martz 390
CHAPTER 4: DESIGNING A HABITABLE PLANET 391
Mars - Past, Present and Future -Terraforming: Chairman’s Introduction (AAS 96-338), Julian A. Hiscox 393
Terraforming Mars: A Review of Ongoing Research (AAS 96-339), Martyn J. Fogg 397
Terraforming: An Ethical Perspective (AAS 96-340), Richard W. Miller 407
Mars Today (AAS 96-341), Penelope J. Boston 441
The Formation of Martian Ecosystems: Rationale and Directions for Future Research (AAS 96-342), David J. Thomas 445
Biology and the Planetary Engineering of Mars (AAS 96-343), Julian A. Hiscox 453
Surplus Weapons-Grade Plutonium: A Resource for Exploring and Terraforming Mars (AAS 96-344), Anthony C. Muscatello and Michael G. Houts 483
Selecting Pioneer Microorganisms for Mars (AAS 96-345), Julian A. Hiscox 491
Discussion of a Mars Mission Tort-Reform, Antitrust, Tax, and Insurance Act of the U.S.A., and United Nations Convention (AAS 96-346), Robert Michael Beattie, Jr. 505
The Economics of Mars Colonization (AAS 96-347) Abstract, Robert M. Zubrin 513
A Summary of Current Planetary Engineering Proposals (AAS 96-353) Abstract, Robert M. Zubrin 514
CHAPTER 5: WORKING GROUP REPORTS 515
Introduction to Working Group Reports (AAS 96-354), Christopher P. McKay 517
Programmatics and Philosophy: Groundrules (AAS 96-348), Carol R. Stoker 519
Why There Are No Show Stoppers for Going to Mars (AAS 96-349), Penelope J. Boston 521
Education and Public Policy Working Group: Goals and Recommendations (AAS 96-350), Donald Scott 525
Non-Governmental Approach to Human Presence on Mars; or How Are We Gonna Pay for This? (AAS 96-351), Victoria P. Friedensen 529
APPENDIX 535
Publications of the American Astronautical Society 537
Advances
in the Astronautical Sciences 538
Science
and Technology Series 545
AAS
History Series 551
INDEX 553
Numerical Index 555
Author
Index 559