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This chapter provides an overview of the complex relationships between plant pathogens and soil health, emphasizing the significance of soil-borne pathogens in agricultural systems. It discusses how these pathogens affect soil structure, nutrient dynamics, and various ecosystem functions. Pathogens often alter the soil microflora, leading to the destruction of beneficial microorganisms and biocontrol agents, which contributes to soil degradation and reduced plant productivity. The chapter concludes that integrated management strategies are essential for maintaining soil health and mitigating the negative impacts of pathogens. These approaches aim to foster a balanced and resilient soil microbial community, thereby sustaining agricultural productivity while reducing reliance on chemical controls. The research advocates for a holistic management approach that considers the interactions among plants, soil, and pathogens to promote sustainable agricultural practices.

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Plant Pathology and Its Implications on Soil Health

  • 章节

  • 发表日期：

    2025年

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  • Muhammad Arif,
  • Rabia Kalsoom,
  • Faisal Khalid,
  • Parvaiz Ahmad,
  • Wenqi Shi,
  • W. M. W. W. Kandegama,
  • Hina Abbas,
  • Haris Khurshid,
  • Jamal Nasar,
  • Muhammad Amir Zia

摘要

This chapter provides an overview of the complex relationships between plant pathogens and soil health, emphasizing the significance of soil-borne pathogens in agricultural systems. It discusses how these pathogens affect soil structure, nutrient dynamics, and various ecosystem functions. Pathogens often alter the soil microflora, leading to the destruction of beneficial microorganisms and biocontrol agents, which contributes to soil degradation and reduced plant productivity. The chapter concludes that integrated management strategies are essential for maintaining soil health and mitigating the negative impacts of pathogens. These approaches aim to foster a balanced and resilient soil microbial community, thereby sustaining agricultural productivity while reducing reliance on chemical controls. The research advocates for a holistic management approach that considers the interactions among plants, soil, and pathogens to promote sustainable agricultural practices.