Nematode disease has the characteristics of strong concealment, difficult diagnosis, and few control agents, and has become one of the important threats to global agricultural production.
The methods of preventing and controlling plant parasitic nematodes mainly include cultivating new disease-resistant varieties, soil disinfection before planting, crop rotation, changing planting time, and fallow.
Among many strategies, the application of nematicides is one of the effective methods to control plant parasitic nematodes.
However, the frequent damage of plant parasitic nematodes in the world, long-term repeated use of nematicides has increased the risk of nematode resistance, and at the same time promoted the market value of nematicides to increase year by year. Nematicides also face the problems of few types and heavy regulatory pressure. Traditional nematicides will be increasingly restricted in the future due to their adverse effects on the environment and human health.
Therefore, the development of new efficient and low-risk nematicides is a huge challenge for the current integrated nematode control.
lin-chemical.com 