中国生物防治学报2024，Vol.40Issue(3)：542-549,8.DOI:10.16409/j.cnki.2095-039x.2023.01.022
寄主植物及猎物对杂食性天敌烟盲蝽若虫存活和发育的影响
Effects of Host Plant and Prey on Nymphal Survival and Development of the Omnivorous Predator,Nesidiocoris tenuis
摘要
Abstract
The omnivorous predator,Nesidiocoris tenuis,is an important natural enemy of various insect pests.It can survive by feeding on some plants when prey is scarce.Thus,data of performance of N.tenuis on various plants and in the presence/absence of prey are essential to the development of banker plant systems for utilizing this predator in biological control of insect pests.In this study,we tested for the performance of N.tenuis feeding on three nectar resource plants(sesame,alyssum,and buckwheat)and two crops(cotton and pakchoi),using detached leaves with or without Bemisia tabaci adults as prey and intact plants.Our results showed that in the absence of the prey with detached leaves,85.2%and 80.0%of the N.tenuis nymphs developed into adults on sesame and pakchoi,with developmental durations of 15.0 and 19.2 days,respectively.In contrast,the N.tenuis nymphs only reached the 4th,3rd,3rd and 2nd instars on buckwheat,alyssum,cotton and the water control,respectively.In the presence of the prey,the N.tenuis nymphs could develop into adults on detached leaves of all the five plant species,with the shortest nymphal developmental duration of 11.8 days and the highest proportion of eclosion of 83.3%on sesame.The survival and development of the N.tenuis nymphs on intact plants of the five plant species were similar to those on the detached leaves,and only the nymphs on sesame and pakchoi developed into adults at rates of 93.3%and 66.7%,respectively.The sex ratio of N.tenuis was approximately 0.6 under all conditions tested,and there was no significant difference in the nymphal developmental duration between male and female insects.The feasibility of establishing banker plant systems with this important omnivorous predator for the biological control of insect pests is discussed.关键词
蜜源植物/储蓄植物系统/非作物寄主植物/猎物可用性/生物防治Key words
nectar resource plant/banker plant system/non-crop host plant/prey availability/biological control分类
农业科技引用本文复制引用
田艳丽,杨亦心,章雨璐,王晓伟,刘银泉..寄主植物及猎物对杂食性天敌烟盲蝽若虫存活和发育的影响[J].中国生物防治学报,2024,40(3):542-549,8.基金项目
国家重点研发计划(2022YFD1401200) （2022YFD1401200）
浙江省科技计划(2021C02045) （2021C02045）
国家大宗蔬菜产业技术体系(CARS-23-C05) （CARS-23-C05）
