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| | Draft topic & Subtopic Lunarpedia OUTLINE | | Draft topic & Subtopic Lunarpedia OUTLINE |
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| − | This outline will expand as new topic areas come to mind or are suggested by contributors. | + | This outline will expand as new topic areas come to mind or are suggested by contributors. To suggest additional topics and subtopics contact us. |
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| | We expect that we have left out or forget whole topic areas. To suggest additional topics and subtopics contact us. | | We expect that we have left out or forget whole topic areas. To suggest additional topics and subtopics contact us. |
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| − | Version 1.01 October 17, 2006
| + | Started from Peter Kokh's version 1.01 dated October 17, 2006 |
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| − | 1. PRELUDE
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| − | | |
| − | * Analog Research Stations
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| − | o Past, Present, Planned analog activities
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| − | + Oregon Moonbase
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| − | + Drumheller Badlands/Calgary Space Workers Habitat
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| − | + Moon Society exercises at MDRS
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| − | + MexLunaHab
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| − | + NASA mockups
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| − | + Seabed stations as an analog of isolation
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| − | o Architecture Options
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| − | o Biological support Options
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| − | o Utility Options
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| − | o Simulant Options
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| − | o Research Priorities
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| − | o other
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| − | * Lunar Tourism
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| − | o Tourism from orbit
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| − | + Loop-the-Moon tours
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| − | + Self-contained butterfly landers
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| − | o Surface tourism
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| − | + Early land facilities, excursion support
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| − | + Early land excursions
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| − | + Scenic access
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| − | + Geological/scenic preserves & Lunar National Parks
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| − | + Scenic cableways
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| − | + Scenic roads
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| − | + Scenic overlooks
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| − | + Observation towers
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| − | + Tourist concessions
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| − | + Crew/passenger operable facilities
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| − | + Historical site access
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| − | + Settlement circuit
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| − | + Development of diverse architectures
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| − | + Development of diverse flora and fauna
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| − | + Development of diverse cultures
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| − | + Limb "peekaboo" locations
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| − | + Farside heavens
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| − | + The 7 wonders of the Moon
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| − | + Suborbital tours for Lunans
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| − | + other
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| − | * Economic Geography: chemical, mineralogical, and topographic resources
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| − | o Unfinished Robotic "Prospecting"
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| − | + Elements mapped at medium resolution to date: iron, thorium, hydrogen, calcium
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| − | + Need to map all major elements at higher resolution
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| − | o Unfinished Robotic "Exploration"
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| − | + High resolution topographic contour map from which to identify contiguous areas of
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| − | easy transit and most logical corridors linking them
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| − | # Prerequisite for a global map of potential highway and railway corridors
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| − | # Prerequisite for delisting interesting sites to that are access challenged
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| − | + Orbital mapping of subsurface voids
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| − | # Local and irregular voids; possible gas pockets
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| − | # Meandering linear voids: lavatubes
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| − | o Surface ground truth probes
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| − | + Verify, quantify, qualify. and assess expected polar ice deposits in various
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| − | crater permashade areas around both poles
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| − | + Explore suspected openings into lavatubes
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| − | + Final exploration of sites on the short list for an outpost installation
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| − | + Crater central peak sampling
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| − | o Typography Assets
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| − | + Using Lavatubes
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| − | + Inflatables, factories, warehousing, agriculture, archiving
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| − | + Using Rilles
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| − | + Using Craters
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| − | + Using Catennae
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| − | + other
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| − | * Planned Lunar Orbiters, Landers, impactors & their science goals
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| − | o Chang'e I (China)
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| − | +
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| − | +
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| − | +
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| − | o Chandrayaan I (India)
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| − | +
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| − | +
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| − | o Selene (Japan)
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| − | +
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| − | +
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| − | o Lunar Reconnaissance Orbiter (US-NASA)
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| − | +
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| − | +
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| − | o LCROSS (US-NASA)
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| − | +
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| − | +
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| − | o Russian Impactor fleet
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| − | +
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| − | +
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| − | * Unaddressed Prospecting and Exploration goals
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| − | o Unadressed prospecting goals
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| − | o Unadressed exploration goals
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| − | * Predevelopment of Needed Technologies
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| − | o Special R&D-focused curricula
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| − | o Masters & doctoral theses topics listings in various disciplines
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| − | o Spin-up entrepreneurial opportunities
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| − | + Development of draft spin-up business plans
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| − | o Design contests
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| − | o College level engineering competitions
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| − | o Cutting-edge workshops
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| − | * Getting Familiar with the Moon
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| − | o Lunar Maps
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| − | + History of lunar mapmaking
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| − | + Online Atlases
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| − | + Hardcopy Atlases
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| − | + Lunar Nomenclature
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| − | + The persons after which craters have been named
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| − | o Lunar Surface Features
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| − | + List of lunar mare (sea), oceanus (ocean), lacus (lake), sinus (bay), palus
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| − | (swamp) lava flooded areas
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| − | + Lunar Craters
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| − | # Large walled plains
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| − | # Craters with central peaks
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| − | # Flooded craters
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| − | # Ghost craters
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| − | # Ray craters
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| − | # Crater chains
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| − | + Lunar rilles
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| − | + Lunar Mountains
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| − | + Lunar domes
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| − | + Other features
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| − | o Understanding what you see
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| − | + The origin of the Moon
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| − | + The history of lunar bombardment
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| − | + The great lava floods
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| − | o Observing the Moon
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| − | + Observing the Moon's familiar nearside
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| − | + The possibility of observing much of farside via telescopes in the L4 and L5
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| − | Lagrange points
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| − | + Lunar Observing Certificate Programs
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| − | 2. WHERETO
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| − | | |
| − | * Major Challenges to Settling the Moon
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| − | o Dayspan Heat - Nightspan Cold
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| − | + The thermal problem as a superficial one in absence of a heat convecting
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| − | atmosphere
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| − | # Shading joints, lubricated areas, material interface areas
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| − | # Development of cryo-lubricants
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| − | # Operations management issues
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| − | # Using materials with near-zero coefficient of thermal expansion
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| − | # Using materials that are both heat- and cold-hardy
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| − | o Dust Control Problems
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| − | + Exploring electrostatic dust repulsion systems
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| − | + Turtle back spacesuits & conformal airlocks*
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| − | (*also minimizes airlock cycling losses of oxygen, nitrogen, water vapor)
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| − | + Biodegradable suit and boot coverings
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| − | + Paving or sintering vehicle and pedestrian approaches to airlocks
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| − | + Covering joints and lubricated areas to minimize dust problem
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| − | o Power Options dayspan
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| − | + Solar concentrators
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| − | + Solar panels
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| − | + Circum global solar powered supermagnetic belt
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| − | + Solar arrays distributing beamed power by relay sats
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| − | + L4, L5, L1, L2
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| − | + Lunar polar power tower global networks
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| − | + Nuclear
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| − | # Waste treatment
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| − | # Waste disposal
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| − | # Lunar nuclear fuels industry
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| − | # Scavenging nuclear wastes from Earth
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| − | # A lunar nuclear fuels industry based on the thorium 232 > uranium 233 cycle
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| − | o Power Options nightspan
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| − | + Nuclear (see subcategories under Power Options Dayspan)
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| − | + Potentiation cycles - storing potential energy
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| − | # Water-oxygen fuel cells
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| − | # Flywheels
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| − | # Storage rings
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| − | # Hydroelectric loops
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| − | # Magma pools
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| − | # other
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| − | + Operations management
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| − | # Energy intensive dayspan tasks
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| − | # Energy-light nightspan tasks
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| − | * Site Type Pros & Cons
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| − | o Polar Sites
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| − | + Pros
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| − | # Both poles have "peaks of eternal sunshine" for power generation
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| − | # Thermal conditions do not vary greatly through the sunth (lunar month)
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| − | # Both poles are in the center of extensive coldtrap or permashade areas
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| − | where we expect to find water-ice deposits
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| − | + Cons
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| − | # Both poles are rugged highland areas in which construction may be difficult
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| − | # The sunlight always comes in at, just above, or just below the horizon
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| − | creating visibility and location identification problems
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| − | # The high amount of total tonnage needed to erect a solar power tower system
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| − | # Expected polar ice-deposits are of unknown quantity, concentration, and
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| − | difficulty of extraction
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| − | # All our efforts mastering the challenges of the polar areas, will not
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| − | prepare or enable us to set up outposts elsewhere on the Moon
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| − | # The polar highlands do not offer all the resources needed for
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| − | industrialization
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| − | # Solar wind hydrogen, with which to make water, is available anywhere on the
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| − | Moon
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| − | o Mare-Highland Coast sites
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| − | + Pros
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| − | # Access to both major regolith suites
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| − | # Some coastal sites are also ilmenite rich
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| − | # Some coastal sites may involve potassium and phosphorus rich KREEP deposits
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| − | # Some coastal sites involve subsurface lavatubes
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| − | # Maria provide extensive areas of obstacle free transit
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| − | # Some coastal sites are much closer to the nearest circumpolar coldtraps,
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| − | than either pole itself is to the nearest coast
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| − | # other
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| − | + Cons
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| − | # Extreme dayspan-nightspan temperature swings are a challenge to vehicle and
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| − | structure design, as well as to lubricants
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| − | # The need to store up enough power during dayspan to get through the lunar
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| − | nightspan
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| − | # Counterpoint: mastering these twin challenges will allow us to set up shop
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| − | and settle anywhere on the Moon.
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| − |
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| − | 3. THE RETURN
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| | | | |
| − | * Bursting Apollo's envelope
| + | Formatted for Wiki on 18 October 2006. |
| − | o No one has experienced a lunar dawn or lunar sunset.
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| − | o No one has slept prone in a bed on the Moon
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| − | o No one has taken more than a step or two on the Moon without a space suit
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| − | * Getting to the Moon
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| − | o Launchers
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| − | o Cargo carriers
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| − | o Commodity carriers
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| − | + Launch tracks
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| − | o Modular pod transport systems
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| − | + Finished hard habitat modules
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| − | + Inflatable module packs
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| − | + Modular factory systems
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| − | + Modular utility systems
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| − | # Power generation
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| − | # Air recycling
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| − | # Water recycling
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| − | # Waste recycling
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| − | o Personnel carriers
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| − | + Crew cabins
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| − | + Landing craft
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| − | + Ascent craft
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| − | # Pressurized
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| − | # Open-cockpit
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| − | o Designing landing components for reuse on the Moon
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| − | o Developing lunar fuels that can be used between GEO and the Moon
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| − | * Earth to Moon Way Stations
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| − | o LEO Depot
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| − | o L1 Depot
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| − | + Growing L! in step with the growth of surface operations
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| − | o LLO Depot
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| − | * Site Preparation
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| − | o Grading
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| − | o Room for future expansion
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| − | o Planned warehousing
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| − | o Planned expansion vectors
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| − | o Planned access corridors
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| − | o Location of nearest resources per type
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| − | * Teleoperations
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| − | o Pre-landing teleoperations
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| − | + Site exploration, asset & obstacle mapping
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| − | + Site preparation
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| − | + Shielding emplacement
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| − | + Initial roadways and paving
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| − | + other
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| − | o post landing teleoperations
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| − | + Robotic exploration of areas of interest
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| − | + Robotic preliminary prospecting
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| − | + Robotic installation of self-help service stations, relays, way points, beacons
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| − | + other
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| − | * Outpost Modules
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| − | o Adapted ISS hard modules
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| − | o Ganged SpaceHab modules
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| − | o New hard modules
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| − | o Nautilus adaptations
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| − | o Connectors
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| − | o Other items
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| − | o Tankage
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| − | o Periscopic windows, "sundows"
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| − | o sunpipe systems
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| − | * Shielding Options
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| − | o Direct
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| − | + Raw regolith
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| − | + Processed regolith less iron, volatiles, large rocks
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| − | + Modular regolith: blocks, bags, baffle systems, saddlebags
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| − | + Shielding styling, cladding, coloring and other ways of personalization of the
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| − | exterior of a personal or corporate habitat
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| − | o Shielding indirect
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| − | + Modular hangar structures and interfaces, surface prep
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| − | + Shielded warehousing
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| − | + Expansion options
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| − | o Lavatube sites
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| − | * Site management issues
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| − | o Respecting the topography
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| − | o Natural area steadies
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| − | o Road and path location issues
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| − | o Warehousing systems
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| − | + Sorting for reuse
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| − | # By material (knock-down (KD) items)
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| − | # Mixed materials
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| − | + Barcoding for locatability
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| − | + Shielded vs. unshielded warehousing
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| − | # Canopy covered storage
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| − | # Lavatube storage
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| − | + Tank farms
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| − | * Outpost ingress/egress
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| − | o Spacesuit-docking
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| − | o Vehicle docking
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| − | o Vehicle to vehicle docking
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| − | o Dust management systems
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| − | o other
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| − | * Outpost/Settlement Wastes
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| − | o Human Wastes
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| − | o Biomass wastes
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| − | o Packaging Wastes
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| − | o Processing wastes
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| − | o Waysources (waste resources)
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| − | o Throughput
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| − | o Energy reuse/energy embodiments
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| − | o other
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| − | * Making Money at the Outpost
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| − | o Deploying and testing proprietary ISRU equipment
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| − | o Photography for movie backgrounds
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| − | o Collect lunar samples for sale
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| − | o Made-on-luna trinkets, coins
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| − | o Crew members to pay towards their participation, after full training
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| − | o other ideas
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| | + | Click on a section header to go to that section. |
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| − | 4. BREAKOUT AGENDA
| + | <BIG><BIG><BIG>[[Lunarpedia:Outline_draft/PRELUDE|1. PRELUDE]]</BIG></BIG></BIG> |
| − | | |
| − | * ISRU - development of local resources
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| − | o Raw regolith-based materials
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| − | + Sintered regolith products
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| − | # Exterior paving
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| − | # Shielding systems
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| − | # Unpressurized structures
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| − | + Cast basalt products
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| − | # Furnishings
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| − | # Flooring
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| − | # Regolith handling components
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| − | o Raw glass uses
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| − | + Indoor furnishings
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| − | + Artwork
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| − | + Tableware
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| − | o Minimally processed regolith products
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| − | + Glass-glass composites
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| − | # Habitat modules
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| − | # Table tops
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| − | # Tiles
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| − | # Spaceframe spars
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| − | # other
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| − | + Fiberglass reinforced concrete
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| − | # Habitat modules
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| − | # Outside building components
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| − | # other
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| − | + Sintered iron fines
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| − | # Sundry small low performance components
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| − | # other
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| − | o Production of key elements
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| − | + Oxygen for air, fuel, fuel cells
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| − | + Silicon for solar cells
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| − | + Iron, aluminum, titanium, magnesium
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| − | + Sulfur, sodium, potassium, phosphorus
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| − | + Chromium
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| − | + Thorium
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| − | + Metal oxide colorants,
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| − | + other
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| − | o Processing suites/cascades e.g. ilmenite: O>Fe>Ti>Tailings
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| − | o Gas scavenging - harvesting Solar Wind donations
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| − | + Hydrogen
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| − | + Helium(4) and He3
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| − | + Argon and Neon
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| − | + Nitrogen
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| − | + Carbon
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| − | o KREEP Potassium, Rare Earth Elements, Phosphorus
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| − | o Specially enriched regolith areas
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| − | + Low titanium basalt
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| − | + High titanium basalt, ilmenite
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| − | + Highland material
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| − | + KREEP splashout (Potassium, Rare earth Elements, Phosphorus)
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| − | + Central peek mantle extrusions
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| − | + other
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| − | o Polar water-ice harvesting
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| − | + Ground truth assessments, quantity, extent, concentration, extraction options
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| − | + Coldtraps nearest to mare/highland shores
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| − | + Carbon oxide ices
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| − | + Other ices
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| − | + Ice refinery products
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| − | # Pipeline materials
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| − | # Methane
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| − | # Ammonia
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| − | # Water
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| − | # Ice
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| − | * Expansion Technologies
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| − | o Prioritizing outfitting products for imported inflatables
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| − | o Modular architecture languages
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| − | o Modular biospherics
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| − | o Modules made-on-Luna of lunar materials
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| − | * Expansion Priorities
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| − | o New capabilities, facilities, operations, industries, recreations
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| − | o Increasing biosphere diversity
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| − | o Increasing crop diversity & cuisine menu options
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| − | * Expansion Human Factors
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| − | o Allowing tour of duty extensions
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| − | o Allowing fraternization, relationships
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| − | o Morale perks
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| − | + More personal elbow room
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| − | + Customizable quarters
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| − | + Flextime scheduling
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| − | + Arts & crafts using regolith-derived media
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| − | + Introducing lunar holidays, special festivities
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| − | + Fostering an "at home on the Moon" culture
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| − | + Physical fitness, exercise, sports, dance facilities
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| − | + Garden-enriched food & menu diversity
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| − | + Allowing births
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| − | + Finding weight-pulling functions for youth, retirees
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| − | + Escape valves (import bazaar, getaways, changes of pace, job switches, travel
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| − | options)
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| − | o Allowing burial on the Moon
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| − | | |
| − |
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| | | | |
| − | 5. SETTLEMENT GROWTH
| + | <BIG><BIG><BIG>[[Lunarpedia:Outline_draft/WHERE TO|2. WHERE TO]]</BIG></BIG></BIG> |
| | | | |
| − | * Lunar Industry
| + | <BIG><BIG><BIG>[[Lunarpedia:Outline_draft/THE RETURN|3. THE RETURN]]</BIG></BIG></BIG> |
| − | o Modular Factories from Earth
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| − | o Building & Manufacturing Materials
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| − | + Metal Alloys
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| − | + Glass Composites
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| − | + Sulfur Composites
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| − | o Habitat & Connector Modules
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| − | o Outfitting Products
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| − | + Interior dividers
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| − | + Interior surfaces
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| − | + Furnishing Products
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| − | o Agricultural & Horticultural Products
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| − | o Arts & Crafts
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| − | * Industrial Diversification Strategies
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| − | o The "MUS/cle" guide to industrial priorities
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| − | o Institute of Lunar-Appropriate industrial design
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| − | o Prerequisites Outline
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| − | o Building & Manufacturing materials
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| − | o Habitat expansion modules
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| − | o Interior building systems
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| − | o Furniture & furnishings
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| − | o Fabrics & apparel
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| − | o Food Processing
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| − | o Utility systems
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| − | o Power generation & storage systems
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| − | o Transportation components
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| − | o other
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| − | * Manufacturing Protocols
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| − | o Recycling Needs
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| − | + Assembled for ease of disassembly to enable recycling by material
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| − | + Alternatives to use of bonding adhesives
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| − | o Small Market Challenges
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| − | + Finished goods lines
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| − | + Customer-finish lines
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| − | * Lunar Architecture
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| − | o A modular "language"
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| − | o Ease of assembly
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| − | o Varied plans
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| − | o Integrated modular biospherics
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| − | o Special structures
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| − | + Lunar hi-rises and skyscrapers
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| − | + Observation towers
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| − | + other
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| − | * Urban Systems
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| − | o City planning
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| − | o Transit systems
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| − | o Air-circulation systems
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| − | o Drainage systems
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| − | o Farm areas
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| − | o Park areas
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| − | o Wild areas
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| − | o other
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| − | * Surface transport
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| − | o Frogs & Toads - converted lunar ferry crew cabins
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| − | + Passenger coaches
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| − | + Construction shacks
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| − | + Private coaches
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| − | o Railroads
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| − | + Market
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| − | # Passengers
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| − | # Freight
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| − | # Bulk
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| − | + Tracks
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| − | # Thermal expansion issue
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| − | # Switching issue
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| − | # Derailment avoidance issue
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| − | # Vestibulation issue
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| − | # Gauge
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| − | + Motive power
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| − | # Solar electric network
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| − | * Polar power tower network
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| − | * Maglev
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| − | * Conventional
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| − | # Nuclear
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| − | # Fuel cell
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| − | # Lunar fuels
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| − | + Right of way
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| − | # Real estate grants
| |
| − | # Siding-based starter settlements
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| − | # Pipelines
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| − | # Roads
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| − | o Roads
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| − | + Construction
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| − | + Route definition
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| − | + Junctions
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| − | + Bridges
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| − | + Tunnels
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| − | + Mare vs. highlands
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| − | + Solar flare sheds
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| − | + Self-service stations
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| − | + Signage protocols
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| − | + Toll roads
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| − | o Cableways
| |
| − | o High volume shielded roadways
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| − | o High volume pressurized roadways
| |
| − | o Vehicle motive power
| |
| − | + Local power beaming nets
| |
| − | + Solar power recharging
| |
| − | + Fuel cells
| |
| − | + Lunar fuels development
| |
| − | + Lunar fueled engine development
| |
| − | + Nuclear
| |
| − | + Solar
| |
| − | o Mass driver suborbital launchers & catchers
| |
| − | o other
| |
| − | * Cottage Industries
| |
| − | o Custom finishing of unfinished manufactured items
| |
| − | o Horticulture-based products
| |
| − | o Farm products packaging
| |
| − | o Farm products processing
| |
| − | o Arts & crafts items from home-safe materials and media
| |
| − | o Recycling based products
| |
| − | o Home Services: decorating, cleaning; garden maintenance, etc.
| |
| − | * Biosphere technologies
| |
| − | o Water recycling systems
| |
| − | o Air purification systems
| |
| − | o Humidity control
| |
| − | o Modular biospherics
| |
| − | o Growing seasons
| |
| − | o Climates
| |
| − | + Temperate plants
| |
| − | + Subtropical plants
| |
| − | + Tropical plants
| |
| − | + Arid zone plants
| |
| − | o Biodiversity
| |
| − | o Wild zone plants & flowers
| |
| − | o Settlement wildlife
| |
| − | o Green zones, parks, parkways
| |
| − | o House plants
| |
| − | o other
| |
| − | * Agricultural technologies
| |
| − | o The nightspan lighting challenge
| |
| − | o Soil from regolith
| |
| − | o Nutrient solutions from regolith
| |
| − | o Soil enrichment
| |
| − | o Hydroponics
| |
| − | o Waste biomass recycling
| |
| − | o other
| |
| − | * Horticulture - homestead gardening
| |
| − | o Architectural considerations
| |
| − | + Lighting
| |
| − | + Watering systems
| |
| − | + Gardenscaping
| |
| − | o Ornamentals
| |
| − | o Food plants
| |
| − | o Canning & preserving
| |
| − | o Garden-based enterprises
| |
| − | * Agricultural Products
| |
| − | o Food products
| |
| − | + Fruits
| |
| − | + Vegetables
| |
| − | + Herbs & spices
| |
| − | + Fiber sources
| |
| − | + Protein sources
| |
| − | + Nutrition supplement sources
| |
| − | + Menu variety and diversity
| |
| − | + Supported cuisines
| |
| − | + Food processing
| |
| − | + Local marketing specialties
| |
| − | + Later developments
| |
| − | # Small livestock
| |
| − | o Fibers
| |
| − | o Pharmaceuticals
| |
| − | o John Washington Carver style processing suites
| |
| − | o Jewelry woods
| |
| − | o other
| |
| − | * Substitutions for organics, synthetics
| |
| − | o Paper substitutes
| |
| − | o Plastic substitutes
| |
| − | o Wood substitutes
| |
| − | o Lubricants
| |
| − | o Adhesives
| |
| − | o other
| |
| − | * Lunar Service Satellite systems
| |
| − | o Stable orbits
| |
| − | o Ground positioning
| |
| − | o Search & rescue
| |
| − | o Solar weather monitors
| |
| − | o other
| |
| | | | |
| − |
| + | <BIG><BIG><BIG>[[Lunarpedia:Outline_draft/BREAKOUT AGENDA|4. BREAKOUT AGENDA]]</BIG></BIG></BIG> |
| | | | |
| − | 6. TRADE & THE BOTTOM LINE
| + | <BIG><BIG><BIG>[[Lunarpedia:Outline_draft/SETTLEMENT GROWTH|5. SETTLEMENT GROWTH]]</BIG></BIG></BIG> |
| | | | |
| − | * Exports & Market Development
| + | <BIG><BIG><BIG>[[Lunarpedia:Outline_draft/TRADE AND THE BOTTOM LINE|6. TRADE AND THE BOTTOM LINE]]</BIG></BIG></BIG> |
| − | o Specific markets
| |
| − | + Low Earth Orbit industrial parks
| |
| − | + Low Earth Orbit tourist facilities
| |
| − | + Mars, Phobos, Deimos
| |
| − | # made-on-Luna heavy equipment
| |
| − | # Nuclear fuels (lunar thorium 232 > uranium 233)
| |
| − | # Seasoned pioneers
| |
| − | # Technology expertise
| |
| − | + Asteroids
| |
| − | + other
| |
| − | o Value added product types
| |
| − | + Products made for domestic use
| |
| − | + Construction materials
| |
| − | + Furnishings
| |
| − | + Arts & crafts
| |
| − | + Unique jewelry
| |
| − | + Food products
| |
| − | + New crop variety seeds
| |
| − | + Lunar-sourced chemical fuels
| |
| − | + Lunar-produced nuclear fuels (the thorium 232 > uranium 233 cycle), essential to
| |
| − | the opening of Mars to settlement
| |
| − | + other
| |
| − | o Raw materials to be processed in space for solar power satellite construction
| |
| − | o Technology licenses
| |
| − | + Biospheric technologies
| |
| − | + Agricultural technologies
| |
| − | + Recycling technologies
| |
| − | + Building material technologies
| |
| − | + Poor ore mining technologies
| |
| − | + other
| |
| − | o Infotainment products
| |
| − | + Travelogues
| |
| − | + Explorations
| |
| − | + Dance, sport, music, etc.
| |
| − | o Other "zero-mass" products
| |
| − | o Energy exports
| |
| − | + Lunar fuels
| |
| − | # Hydrogen
| |
| − | # Oxygen
| |
| − | # Silane
| |
| − | # other
| |
| − | # Lunar processed nuclear fuels (thorium 232 > uranium 233)
| |
| − | + Lunar solar arrays
| |
| − | + Helium-3
| |
| − | + Building materials for solar power satellites
| |
| − | + other
| |
| − | * Development of other export markets
| |
| − | o LEO industrial parks
| |
| − | o LEO tourist clusters
| |
| − | o GEO satellite farm-platforms
| |
| − | o L4, L5 Lunar Flank relays, telescopes
| |
| − | o L1, L2 Lunar Gateways for people, cargo
| |
| − | o Asteroid mission support
| |
| − | o Mars, Phobos, Deimos
| |
| − | o Other
| |
| − | * Imports
| |
| − | o The "MUS/cle strategy" for Import Reduction
| |
| − | o Institute of Lunar-apropriate Industrial Design
| |
| − | o Stowaway import strategies
| |
| − | o Development of locally made substitutes
| |
| − | o Going without
| |
| − | * Developing other import market sources
| |
| − | o Phobos, Deimos (methane, ammonia?)
| |
| − | o Mars ("pipeline" inventory items)
| |
| − | o Near-Earth asteroids (volatiles, lunar-deficient elements)
| |
| − | o comets (volatiles)
| |
| − | o other
| |
| | | | |
| − |
| + | <BIG><BIG><BIG>[[Lunarpedia:Outline_draft/HEALTHY CITIZENS|7. HEALTHY CITIZENS]]</BIG></BIG></BIG> |
| | | | |
| − | 7. HEALTHY CITIZENS
| + | <BIG><BIG><BIG>[[Lunarpedia:Outline_draft/UNIVERSITY OF LUNA|8. UNIVERSITY OF LUNA]]</BIG></BIG></BIG> |
| − | | |
| − | * Lunar Calendar - Moon Rhythm Scheduling
| |
| − | o Terrestrial lunar calendars
| |
| − | o Lunar rhythm "Moon Pulse" work calendar
| |
| − | o Three shift systems
| |
| − | o Sunth (lunar month)-rhythms
| |
| − | o Lunar festivals, feasts and holidays
| |
| − | o other
| |
| − | * Health and Fitness in a 1/6th G environment
| |
| − | o Compact medical facilities
| |
| − | o Isometrics
| |
| − | o Lunar sports indoor, middoor
| |
| − | o Lunar surface sports & recreation
| |
| − | o Artificial gravity muscle toning programs
| |
| − | o Gene pool diversity
| |
| − | o Geriatrics
| |
| − | o Pediatrics
| |
| − | o Mental health
| |
| − | o other
| |
| − | * Lunar Appropriate Arts & Crafts
| |
| − | o Paint media
| |
| − | o Ceramic media
| |
| − | o Sculpture media
| |
| − | o Art on the lunar surface
| |
| − | o other
| |
| − | * Lunar Appropriate Performing Arts
| |
| − | o Musical instruments made on the Moon
| |
| − | o A capello song
| |
| − | o Dance: Modern, Ballet
| |
| − | o Acrobatics
| |
| − | o other
| |
| − | * Astronomy from the Moon
| |
| − | o Optical
| |
| − | o Radio
| |
| − | o Other
| |
| − | o Interferometers
| |
| − | o Special locations
| |
| − | o other
| |
| − | * Other Science of the Moon, from the Moon
| |
| − | o other
| |
| − | * Scattered/multiple sites for new settlements
| |
| − | o Mare/highland coasts
| |
| − | o Polar
| |
| − | o KREEP access
| |
| − | o Ilmenite access
| |
| − | o Volcanic gas access
| |
| − | o Lavatube access
| |
| − | o Cluster settlement
| |
| − | o Transport network
| |
| − | o Inter site commerce
| |
| − | o Globalization
| |
| − | o other
| |
| − | * Intentional communities
| |
| − | o Political experiments
| |
| − | o Social experiments
| |
| − | o Religion-based
| |
| − | o Monasteries
| |
| − | o other
| |
| − | | |
| − |
| |
| − | | |
| − | This outline will expand as new topic areas come to mind or are suggested by contributors. To suggest additional topics and subtopics contact us.
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