Climate change may worsen plant-parasitic nematode (PPN) damage by altering their reproduction and distribution, requiring adaptive management. The integrated strategies, such as cover crops and resistant varieties, can help manage PPNs under changing conditions. The adaptive management, including monitoring and biological controls, is crucial for sustainability. Sustainable practices, such as organic amendments, enhance soil health. Controversy exists around chemical nematicides due to environmental concerns, pushing for alternatives.

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Nematode Management Strategies to Climate Variability

  • Reddy P. Parvatha

摘要

Climate change may worsen plant-parasitic nematode (PPN) damage by altering their reproduction and distribution, requiring adaptive management. The integrated strategies, such as cover crops and resistant varieties, can help manage PPNs under changing conditions. The adaptive management, including monitoring and biological controls, is crucial for sustainability. Sustainable practices, such as organic amendments, enhance soil health. Controversy exists around chemical nematicides due to environmental concerns, pushing for alternatives.