首页> 外文期刊>Journal of Economic Entomology >Laboratory evaluation of the flight ability of female autographa nigrisigna (Lepidoptera: Noctuidae), measured by actograph and flight mill
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Laboratory evaluation of the flight ability of female autographa nigrisigna (Lepidoptera: Noctuidae), measured by actograph and flight mill

机译:实验室评估雌性黑头实蝇(鳞翅目:夜蛾科)的飞行能力,通过actograph和flight mill进行测量

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Autographa nigrisigna (Lepidoptera: Noctuidae) is the target species of the mating disruptant for vegetables, Confuser V. However, emergence of A. nigrisigna does not decrease in the Confuser V treated vegetable fields. As one of the reasons for this phenomenon, migration of mated females into the Confuser V treated area were considered. Thus, we studied the flight ability of female A. nigrisigna by using computer-interfaced actograph and flight mill devices. Flight measurements for mated and unmated individuals 4-to 6-d-old were recorded for 24 h. The results of the actograph assay revealed that mated females moved more actively than unmated females, possibly because of their oviposition behavior. Both the flight duration and flight range, which were measured by the flight mill device, decreased continuously with age and did not show a significant difference between mated and unmated females through the ages from 4 to 6 d. This result indicates that mating status did not directly affect the flight duration or range. From our experiments, it was suggested that females maintain physical energy after mating at the same level as before mating and then mated females locomote more actively around the host plants for oviposition. These speculations are discussed in relation to the control of A. nigrisigna by mating disruption.
机译:黑冠实蝇(鳞翅目:夜蛾科)是蔬菜交配破坏者的目标物种,ConfuserV。但是,在Confuser V处理过的蔬菜田中,黑曲霉的出现并没有减少。作为造成这种现象的原因之一,已考虑将交配的雌性移入Confuser V处理区。因此,我们通过使用计算机接口的电子记录仪和飞行器设备研究了黑腹雌性黑飞虱的飞行能力。记录了4至6日龄的已交配和未交配个人的飞行测量,持续24小时。造影仪分析的结果表明,交配的雌性比未交配的雌性运动得更活跃,这可能是由于它们的排卵行为所致。由飞行磨机设备测量的飞行持续时间和飞行距离都随着年龄的增长而持续下降,并且在4至6 d的年龄中,交配和未交配的雌性之间均未显示出显着差异。该结果表明交配状态没有直接影响飞行时间或范围。根据我们的实验,建议雌性在交配后保持与交配前相同的体能,然后交配的雌性在宿主植物周围更活跃地游动以产卵。讨论了与交配干扰对黑曲霉的控制有关的推测。

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