Rev Sci Tech. 2022 May;41(1):107-116. doi: 10.20506/rst.41.1.3308.
Honeybees, bumblebees and other insects have been used commercially for pollination for many years, and microbial biocontrol agents have also been widely used in pest control. Pollinators and formulations of microbial pest-control agents are routinely transported internationally on a large scale. A novel approach has been developed to use bees as vectors of microbial agents by inoculating the surface of the pollinators using dispensers in modified hives. This innovation extends the market for these products and results in better yields. A successful entomovector system requires selecting the vector pollinator most appropriate for the crop and location, based on various criteria, in combination with a registered microbial agent. Currently, pollinators and microbial agents are packed separately and combined at the point of use. Local sourcing of the pollinator in the system reduces the need for long-distance shipping of these live insects and may improve efficiency due to local adaptation; however, it will delay use and benefits of the system until research at each site/country catches up with the work already conducted in a few countries. In the meantime, clear guidance for innovative systems employing live insects could support the promising increase in food production.
多年来,商业上一直使用蜜蜂、熊蜂和其他昆虫进行授粉,微生物生物防治剂也被广泛用于害虫防治。授粉者和微生物害虫防治剂制剂经常在国际上大规模常规运输。一种新方法是通过在改良蜂箱中使用分配器对授粉者的表面进行接种,利用蜜蜂作为微生物制剂的载体。这种创新扩展了这些产品的市场,并带来了更好的产量。一个成功的昆虫载体系统需要根据各种标准,选择最适合作物和地点的载体授粉者,结合注册的微生物制剂。目前,授粉者和微生物制剂是分开包装的,在使用点进行组合。该系统中授粉者的本地采购减少了对这些活体昆虫的长途运输的需求,并由于本地化适应而提高了效率;但是,直到每个地点/国家的研究赶上少数几个国家已经开展的工作,该系统的使用和效益才会得到提高。在此期间,对于使用活体昆虫的创新系统的明确指导可以支持有希望的粮食产量的增加。