Scientists Successfully Harvest Chickpeas From 'Moon Dirt'
Researchers at UT Austin and Texas A&M grew chickpeas in up to 75% lunar soil simulant using fungi and vermicompost, advancing lunar farming prospects for space missions.
- Researchers from The University of Texas at Austin successfully harvested chickpeas grown in simulated 'moon dirt' or lunar regolith.
- To maintain root hydration in the poor soil structure, a cotton wick-based irrigation system delivered water directly to the chickpea root zone.
- While up to 75% moon dirt produced harvestable chickpeas, higher percentages caused plant stress and death, and the nutritional content and safety still need to be determined.
32 Articles
32 Articles
Scientists Successfully Harvest Chickpeas Using 'Moon Soil'
Moon. Credit: NASA Scientists have managed to harvest chickpeas grown in simulated Moon soil, marking a step toward producing fresh food for future lunar missions as NASA prepares for Artemis II. Researchers at the University of Texas at Austin, working with Texas A&M University, reported the first time chickpeas were grown and harvested to seed in a lunar regolith simulant. The findings were published in Scientific Reports. The work tests wheth…
Lunar regolith lacks organic matter and micro-organisms essential for plant life.
Bioremediation of lunar regolith simulant through mycorrhizal fungi and plant symbioses enables chickpea to seed - Scientific Reports
Food sustainability is a significant challenge for long-term space travel. Plants can provide fresh nutrition, reducing reliance on packaged foods. Using Lunar regolith simulant (LRS), we tested a methodology to create a productive growth medium for horticultural crops on the Moon. We leveraged chickpea (Cicer arietinum), Arbuscular Mycorrhizal Fungi (AMF), and Vermicompost (VC) to enhance plant stress tolerance, sequester contaminants, and impr…
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