首页> 外文期刊>Environmental Entomology >Behavior and Survival of the Filth Fly Parasitoids Spalangia endius and Urolepis rufipes (Hymenoptera: Pteromalidae) in Response to Three Granular House Fly Baits and Components
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Behavior and Survival of the Filth Fly Parasitoids Spalangia endius and Urolepis rufipes (Hymenoptera: Pteromalidae) in Response to Three Granular House Fly Baits and Components

机译:污水寄生虫的行为和生存刺激素宿舍和尿胃rufipes(Hymenoptera:Pteromalidae),以应对三个粒状房子飞饵和组件

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摘要

Behaviors and mortality of two filth fly parasitoid wasps, Spalangia endius Walker and Urolepis rufipes Ashmead, were tested in response to granular fly baits containing one of the three active ingredients (AI): Golden Malrin (methomyl), QuickBayt (imidacloprid), or Quikstrike (dinotefuran). Behavioral responses to each of the two components of the baits, the AIs and the fly attractant pheromone (Z)-9-tricosene, were also examined independently. Spalangia endius avoided contact with bait granules, regardless of bait type. However, when S. endius contacted bait residue, the imidacloprid bait appeared to be the least harmful of the baits for S. endius, at least in the short term. Spalangia endius was attracted to imidacloprid by itself. However, S. endius avoided (Z)-9-tricosene. In contrast to S. endius' attraction to imidacloprid, S. endius neither avoided nor was attracted to methomyl or dinotefuran. For U. rufipes, the methomyl bait appeared to be especially harmful. Urolepis rufipes avoided bait granules with imidacloprid or dinotefuran but not with methomyl, died quickly in the presence of methomyl bait residue, and had a methomyl LC50 that was lower than that for S. endius. The avoidance by U. rufipes of granules with imidacloprid or dinotefuran appears to be related to components other than the AIs or the (Z)-9-tricosene because U. rufipes did not avoid either individually. The behavioral avoidance of the parasitoids in the present study occurred despite no exposure recently, if ever, to these pesticides.
机译:两种污水寄生虫黄蜂的行为和死亡率,Spalangia endius Walker和Urelepis rufipes Ashmead进行了响应于粒状蝇诱饵,含有三种活性成分(AI)中的一种:金色麦芽蛋白(甲脲),Quickbayt(ImidaCloprid)或Quikstrike (Dinotefuran)。还独立地检查了对诱饵,AIS和飞诱导物信息素(Z)-9-三胞苷的每个组分中的每种组分中的每一个的行为反应。不管诱饵型,Spalangia endius避免接触诱饵颗粒。然而,当S. endius接触诱饵残留时,胰岛酰上的诱饵似乎至少在短期内对S. endius的诱饵是最不损害的。 Spalangia endius本身被iniodacloprid吸引。然而,S. endius避免(z)-9-三胞苷。与S. endius的吸引力相比,S. endius既不避免也不被吸引到甲氨基或Dinotefuran。对于U.Rufipes,甲脲诱饵似乎特别有害。 Urolepis Rufipes避免了含有吡虫啉的诱饵颗粒或Dinotefuran,但没有与甲磺酰基,在甲氨基诱饵残留情况下快速死亡,并且具有低于S. endius的甲氨基LC50。 U.用吡虫啉或Dinotefuran的颗粒的避免似乎与除了AIS或(Z)-9-三胞质以外的组分有关,因为U.Rufipes没有单独避免。尽管最近,如果有的话,避免对本研究中的寄生体的行为避免发生。

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