ICAR-Indian Institute of Horticultural Research, Bengaluru 560089, India.
ICAR-Indian Institute of Horticultural Research, Bengaluru 560089, India.
Curr Opin Insect Sci. 2024 Dec;66:101282. doi: 10.1016/j.cois.2024.101282. Epub 2024 Oct 12.
Amid concerns over chemical pesticide resistance and its associated environmental hazards, parasitoids offer an alternative long-term solution to manage insect pests in agriculture. India's use of parasitoids in pest management has developed in tandem with the rest of the world, and this review summarizes the history of parasitoid-based biocontrol from the past to the present, focusing on problems such as climate adaptability, ecological compatibility, research-based advances, and policy-making. It focuses on successful classical, conservative, and augmentative techniques that form the foundation for implementing effective and sustainable biological control strategies involving parasitoids in India. The components that influence the efficiency of biocontrol activities, such as suitable phenological stages of parasitoids, field deployment techniques, quality assurance, environmental conditions, area-wide approaches, the need for sound habitat management, policy interventions, and public-private partnership are highlighted. Recent advancements in parasitoid mass production, quality control, and understanding competitive ecological interactions have provided prospects for designing effective parasitoid-centered biocontrol programs. The review presents historical breakthroughs in explaining how parasitoids help stabilize the agroecological dynamics that support sustainable food systems, primarily in India.
在关注化学农药抗性及其相关环境危害的背景下,寄生蜂为农业中的虫害管理提供了一种长期的替代解决方案。印度在害虫管理中利用寄生蜂的历史与世界其他地区同步发展,本综述总结了过去到现在基于寄生蜂的生物防治历史,重点关注气候适应性、生态兼容性、基于研究的进展和决策制定等问题。它侧重于成功的经典、保守和增强技术,这些技术为在印度实施涉及寄生蜂的有效和可持续生物控制策略奠定了基础。影响生物防治活动效率的因素,如寄生蜂适宜的物候阶段、田间部署技术、质量保证、环境条件、区域范围方法、对健全生境管理的需求、政策干预和公私伙伴关系,都得到了强调。寄生蜂大规模生产、质量控制和对竞争生态相互作用的理解方面的最新进展为设计有效的以寄生蜂为中心的生物防治计划提供了前景。本综述介绍了寄生蜂如何帮助稳定支持可持续粮食系统的农业生态动态的历史突破,主要是在印度。