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<p>Here, we introduce the potential of plasma technology for future lunar agriculture. The use of discharge plasma to convert nitrogen, oxygen, and water into reactive species for nitrogen fixation is discussed. This study demonstrated the effectiveness of dinitrogen pentoxide as a nitrogen fertilizer for rice cultivation in lunar regolith simulants. This technology also shows promise in regulating plant growth and enhancing plant immunity, addressing the challenges of lunar agriculture.</p>

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Plasma nitrogen fixation for future lunar agriculture

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年5月2日

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  • Toshiro Kaneko,
  • Shota Sasaki,
  • Daiki Suzuki,
  • Hayato Ohkuma,
  • Atsushi Higashitani

摘要

Here, we introduce the potential of plasma technology for future lunar agriculture. The use of discharge plasma to convert nitrogen, oxygen, and water into reactive species for nitrogen fixation is discussed. This study demonstrated the effectiveness of dinitrogen pentoxide as a nitrogen fertilizer for rice cultivation in lunar regolith simulants. This technology also shows promise in regulating plant growth and enhancing plant immunity, addressing the challenges of lunar agriculture.