江西农业大学学报Issue(1)：113-123,11.DOI:10.13836/j.jjau.2016016
延迟交配对蛾类生殖适合度影响的 Meta分析
A Meta Analysis of the Effect of Delayed Mating on Female Reproductive Fitness in Moths
摘要
Abstract
Delayed mating is considered to be an indirect method by which mating disruption works to con-trol pest populations.In recent years, the influence of delayed mating on the reproductive fitness of moths has been studied extensively.However, the relationship between delayed mating and female reproductive fitness in moths remains complicated and controversial.In this study,a meta-analysis on 38 experimental studies was per-formed to assess the direct effects of delayed mating on female fecundity,egg fertility,and female longevity in moths and to determine whether the effect of delayed mating on female moth fitness is influenced by the following variables:moth family,sex,and female mating strategy.The results clearly showed that delayed mating significant-ly decreases female fecundity and fertility while increases female longevity in moths,and these negative effects of delayed mating on female fitness differ greatly in moth family,sex and mating strategy,the negative effects on Noctuidae,Pyralidae,Tortricidae and Geometridae are higher than on Crambidae,Plutellidae,Yponomeutidae and Carposinidae,the negative effects on female moths are higher than on male moths,and the negative effects of polyandrous moths are higher than on monandrous moths.These results strongly support the correlation be-tween the age at the first mating and the female fitness consequences and the existence of an optimal age for mating in moth.It can be concluded that the pest control technology of mating disruption will achieve a good control effect only when synthetic sex pheromone is used to interfere with or result in a delay of mating in field before the optimal mating age of moths.关键词
延迟交配/交配日龄/生殖适合度/鳞翅目/信息素/Meta分析Key words
delayed mating/age/reproductive fitness/Lepidoptera/pheromone/meta-analysis分类
农业科技引用本文复制引用
张诗语,曾菊平,吴先福,彭龙慧,刘兴平..延迟交配对蛾类生殖适合度影响的 Meta分析[J].江西农业大学学报,2016,(1):113-123,11.基金项目
国家自然科学基金项目（31360092、31000173）Project supported by the National Natural Science Foundation of China （）
