Reference library
Where to research
Vetted sources for your proposal: agency programmes, documentaries, engineering channels, peer reviewed papers, and interactive maps of the planet you are designing for. Cite anything you use.
Reliable websites on Mars colonisation
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NASA Mars Exploration Program
NASA's central hub for official mission updates, rover data, human exploration architecture, and scientific research on Martian habitability.
mars.nasa.gov -
The Mars Society
Founded by Dr Robert Zubrin, this non-profit dedicated to human settlement features detailed proposals, habitat field studies, and technical papers on the Mars Direct concept.
marssociety.org -
SpaceX Mars Colonization Program
Comprehensive technical overviews detailing Starship development, payload capabilities, and launch plans aimed at making humanity multiplanetary.
wikipedia.org -
National Space Society: Mars Settlement
Extensive architectural blueprints, policy papers, and economic models for establishing sustainable off-world colonies.
space.nss.org -
EBSCO Research: Colonization of Mars
A grounded academic summary reviewing the historical context, technological barriers, radiation concerns, and ethical debates around human settlement.
ebsco.com
Documentaries and in-depth exploration
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Can We Survive On Mars? Space Colonies
Full-length documentary breaking down radiation hazards, closed-loop life support systems, and local resource utilisation.
youtube.com -
Living on Mars: Humanity's Greatest Challenge
Explores the psychological, physical, and technological hurdles facing early Martian pioneers.
youtube.com -
Inside NASA's Mars Missions
Traces the evolution of robotic explorers, from early landers to Perseverance and Ingenuity, and how they lay the groundwork for human arrival.
youtube.com -
Kurzgesagt in a Nutshell: Building a Mars Base
Animated deep dive analysing step by step engineering requirements for constructing radiation-shielded underground habitats.
youtube.com -
What Life in a Mars Colony Will Be Like
A walk through daily routine, living quarters, and the social side of an established settlement.
youtube.com -
How SpaceX Will Build A City on Mars
Traces the proposed build sequence from first landing to a self-sustaining settlement.
youtube.com -
Additional documentary: Mars exploration
Supplementary viewing supplied with the reference list.
youtube.com -
Additional documentary: colony building
Supplementary viewing supplied with the reference list.
youtube.com
PBS Space Time and PBS features
High-level astrophysical looks at atmospheric terraforming, magnetic field generation, and orbital mechanics.
- Martian Evolutionpbs.org
- The Surprising Ways Mars Is Hostile to Lifepbs.org
- The First Humans on Marspbs.org
- A Natural History of Marspbs.org
- Liquid Water Found on Marspbs.org
Channels and agency briefings
The source document listed these by name only, so the creator videos open a YouTube search for the exact title and the agency entries go to their official pages.
- Real Engineering: The Materials Challenge of Building on Marsyoutube.com search
In-Situ Resource Utilisation (ISRU), 3D-printed regolith structures, and ISRU concrete.
- NASA JPL: MOXIE, Making Oxygen on Marsmars.nasa.gov
Technical overview of the demonstration converting Martian carbon dioxide into breathable oxygen.
- Isaac Arthur: Colonizing Marsyoutube.com search
Futurism breakdown examining long-term terraforming, lava tube habitation, and economic self-sufficiency.
- Veritasium: How to Build a Martian Cityyoutube.com search
Interviews with engineers working on closed-loop agriculture, solar power arrays, and life support systems.
- Smarter Every Day: Rocket Science of Martian Descentyoutube.com search
Entry, descent, and landing mechanics critical for landing super-heavy payloads safely on Mars.
- SpaceX: Making Life Multiplanetaryspacex.com
Keynote presentations outlining Starship orbital refuelling, Mars Base Alpha development, and launch architectures.
- NASA: Moon to Mars Architecturenasa.gov
Updates from NASA leadership on how Artemis lunar missions serve as a testing ground for crewed Mars transit.
- European Space Agency: Terrae Novae Exploration Roadmapesa.int
ESA's strategy on deep space habitability and long-term robotic and human exploration goals.
Key research papers
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Towards Sustainable Horizons: A Comprehensive Blueprint for Mars Colonization (Neukart, 2023)
A multi-disciplinary overview quantifying the environmental challenges of Mars (radiation, low gravity, dust) alongside practical solutions for energy production, closed-loop life support, and economic viability.
pmc.ncbi.nlm.nih.gov -
A 3D-Printing Centered Approach to Mars Habitat Architecture and Fabrication (Troemner et al., 2021)
Structural engineering analysis focusing on autonomous 3D printing, regolith-binder composites, internal pressure containment, and site selection within Gale Crater.
researchgate.net -
Methane and oxygen from energy-efficient, low temperature in situ resource utilization enables missions to Mars (Shahid et al., 2023)
Technical breakdown of a low-temperature electrolyser using Martian water ice and atmospheric carbon dioxide to generate methane propellant and breathable oxygen efficiently.
doi.org
Interactive maps of Mars
Use these to pick and justify a real landing site for your colony.
- USGS Astrogeology: Interactive Maps of Marsastrogeology-usgs.hub.arcgis.com
- NASA Mars Trektrek.nasa.gov
- Esri: Explore Marsexplore-mars.esri.com
How to cite this work
An example of the citation style expected in your proposal, using the papers above.
Recent system analyses emphasise that the primary physical hazards for human crews include a cumulative surface radiation dose of about 0.66 sieverts during a round-trip mission, alongside low atmospheric pressure and extreme temperature swings (Neukart, 2023). To avoid transporting massive structural payloads from Earth, modern architectures favour In-Situ Resource Utilisation (ISRU). This includes using sulfur-based or recycled polymer binders with native regolith for 3D-printed surface habitats (Troemner et al., 2021), as well as low-temperature electrolysis of carbon dioxide and water to produce fuel and oxygen directly on the Martian surface (Shahid et al., 2023).
Full references
- Neukart, F. (2023). Towards sustainable horizons: A comprehensive blueprint for Mars colonization. PMC / SSRN Electronic Journal. doi.org/10.2139/ssrn.4607420
- Shahid, M., Chambers, B., & Sankarasubramanian, S. (2023). Methane and oxygen from energy-efficient, low temperature in situ resource utilization enables missions to Mars. AIChE Journal, 69(5), e18010. doi.org/10.1002/aic.18010
- Troemner, M., et al. (2021). A 3D-printing centered approach to Mars habitat architecture and fabrication. ResearchGate.
Know the planet before you design for it.