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<p>Soil has supported terrestrial food production for millennia; however, agricultural intensification may affect its resilience. Using a systems-thinking approach, we reviewed the impacts of conventional-agriculture practices on soil resilience and identified alternative practices that could mitigate these effects. We found that many practices only affect soil resilience with their long-term repeated use. Lastly, we ranked the impacts that pose the greatest threats to soil resilience and, consequently, food and feed security.</p>

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Agricultural practices can threaten soil resilience through changing feedback loops

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年10月1日

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  • Alison M. Carswell,
  • Simon Willcock,
  • Martin S. A. Blackwell,
  • Hari Ram Upadhayay,
  • Paul Harris,
  • Graham McAuliffe,
  • Andrew L. Neal,
  • M. Jordana Rivero,
  • Laura M. Cardenas,
  • Stephan M. Haefele,
  • Andrew P. Whitmore,
  • John A. Dearing,
  • Fusuo Zhang,
  • Mark Farrell,
  • Marijn Bauters,
  • Pascal Boeckx,
  • Yuri Jacques A. B. da Silva,
  • Kwame Agyei Frimpong,
  • Adrian L. Collins

摘要

Soil has supported terrestrial food production for millennia; however, agricultural intensification may affect its resilience. Using a systems-thinking approach, we reviewed the impacts of conventional-agriculture practices on soil resilience and identified alternative practices that could mitigate these effects. We found that many practices only affect soil resilience with their long-term repeated use. Lastly, we ranked the impacts that pose the greatest threats to soil resilience and, consequently, food and feed security.