Linked from

The 15 pages that link to In situ resource utilization, each with the reason it gives.

• MarsRelated: Martian carbon dioxide, water ice, and minerals could supply propellant, oxygen, or construction materials.

• Lunar regolithRelated: Lunar regolith may supply oxygen, metals, and materials for local construction.

• Artemis programRelated: Artemis studies whether lunar materials can supply water, oxygen, or construction resources.

• RegolithRelated: Regolith may provide construction materials, oxygen, or other resources for lunar and planetary missions.

• Lunar explorationRelated: Lunar missions investigate whether surface materials can supply water, oxygen, or construction feedstock.

• Lunar waterNarrower topic: Lunar water is a potential local feedstock for life support and propellant.

• Asteroid miningNarrower topic: Asteroid mining is one possible source of locally obtained propellant, water, and construction materials.

• Martian meteoriteRelated: Meteorite chemistry informs Martian geology, though actual resource planning requires measurements at the site.

• Space colonizationRelated: Using local ice, soil, or minerals could reduce the supplies settlers must bring from Earth.

• Space manufacturingRelated: It supplies materials for space manufacturing from nearby environments rather than Earth.

• Exploration of MarsRelated: Mars’s water ice and atmosphere may supply resources for future crews.

• Mars roverRelated: Rover measurements help assess Martian materials that future missions might use for water, oxygen, or fuel.

• Moon (astronomy)Related: Lunar ice and regolith are potential resources for future surface operations.

• Geology of the MoonNarrower topic: Lunar geology determines whether local ice, oxygen-bearing minerals, or construction materials are accessible.

• Space settlementRelated: Local resources could replace costly shipments from Earth.