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首页> 外文期刊>Journal of Pest Science >Food intake and utilization of Alabama argillacea (Hübner) (Lepidoptera: Noctuidae) fed on cotton cultivars with colored fibers
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Food intake and utilization of Alabama argillacea (Hübner) (Lepidoptera: Noctuidae) fed on cotton cultivars with colored fibers

机译:以有色纤维为食的棉花品种对阿拉巴马州(Hübner)(鳞翅目:夜蛾科)的食物摄入和利用

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The study investigated the development, survivorship, and food intake of cotton leafworm Alabama argillacea (Hübner) fed on three cotton cultivars with colored fibers. Significantly shorter larval life-span and higher pupal weight as well as higher survival rates were observed in A. argillacea fed on leaves of BRS Safira and BRS Rubí cotton cultivars compared with the BRS 200 cultivar (BRS = Brazil). Weight gain, feces, and food intake were higher in A. argillacea fed on leaves of BRS Safira compared with the BRS 200 cultivar. The cotton cultivar significantly affected all larval food intake and utilization indices for A. argillacea. The larvae of A. argillacea were more efficient (higher efficiency in converting ingested (ECI) and digested (ECD) food) when fed on leaves of the BRS Safira cultivar in comparison to the BRS 200 cultivar, since the larval phase was shortened and food intake was higher, resulting in a higher growth rate (RGR). However, A. argillacea larvae fed on the leaves of the BRS 200 cultivar, with lower ECI and ECD, exhibited a compensatory response, extending the duration of the larval phase and increasing food intake, resulting in a higher relative metabolic rate. We conclude that BRS Safira provides the best food quality for A. argillacea, BRS 200 the worst, and BRS Rubi plants of intermediate quality.
机译:该研究调查了以三个有色纤维棉品种为食的棉叶虫阿拉巴马州argillacea(Hübner)的发育,存活和食物摄入。与BRS 200品种(BRS =巴西)相比,以BRS Safira和BRSRubí棉花品种的叶片饲喂的紫精曲霉幼虫的寿命显着缩短,p重量增加,成活率更高。与BRS 200品种相比,以BRS Safira叶片饲喂的精制曲霉的体重增加,粪便和食物摄入量更高。棉花品种显着影响所有的幼虫食物摄入和利用指数。与BRS 200品种相比,以BRS Safira品种的叶片饲喂A. argillacea的幼虫效率更高(转化摄入的(ECI)和消化的(ECD)食物的效率更高),因为幼虫期缩短并且食物摄入量较高,从而导致较高的增长率(RGR)。然而,以较低的ECI和ECD饲喂BRS 200品种叶片上的精制曲霉幼虫表现出补偿性反应,延长了幼虫期的持续时间并增加了食物摄入,从而导致较高的相对代谢率。我们得出的结论是,BRS Safira提供了最佳的食品质量,包括A. argillacea,BRS 200和最差的BRS Rubi植物。

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