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Nanotechnology provides promising tools for plant nematode management through precise delivery of nematicides, direct nematicidal effects, enhanced biocontrol, early detection, improved plant resilience, RNA interference, and nematicidal nanoparticles. Nanomaterials like silver and plant-derived particles offer sustainable nematode management. Nanotechnology reduces environmental impact compared to traditional chemical nematicides. While promising, its large-scale application requires addressing safety, cost, and regulatory challenges. There is a debate about the safety of nanomaterials, with studies showing mixed results on non-target organisms. Ongoing research and field trials will further refine its role in sustainable agriculture.

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Nanotechnology: State-of-the-Art Nematode Management

  • 章节

  • 发表日期：

    2026年

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  • Reddy P. Parvatha

摘要

Nanotechnology provides promising tools for plant nematode management through precise delivery of nematicides, direct nematicidal effects, enhanced biocontrol, early detection, improved plant resilience, RNA interference, and nematicidal nanoparticles. Nanomaterials like silver and plant-derived particles offer sustainable nematode management. Nanotechnology reduces environmental impact compared to traditional chemical nematicides. While promising, its large-scale application requires addressing safety, cost, and regulatory challenges. There is a debate about the safety of nanomaterials, with studies showing mixed results on non-target organisms. Ongoing research and field trials will further refine its role in sustainable agriculture.