Researchers from the University of Texas (with Texas A&M) used Apollo‑based lunar regolith simulant from the Exolith Lab, mixed in worm compost and treated chickpea roots with arbuscular mycorrhizal fungi, and produced harvestable chickpea plants in mixes containing up to 75% regolith. The fungi successfully colonized the regolith mixture, suggesting a one‑time inoculation could help convert barren lunar dust into a stable plant substrate; food‑safety for consumption remains untested.
— If reproducible, this lowers the resupply and infrastructure burden for lunar bases and raises immediate policy questions about planetary protection, food safety, and who controls off‑world agricultural systems.
Jake Currie
2026.03.12
100% relevant
University of Texas researchers publishing in Scientific Reports; used Exolith Lab lunar regolith simulant; achieved maturation at up to 75% regolith with vericompost and arbuscular mycorrhizal fungi.
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