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首页> 外文期刊>Journal of Insect Conservation >Microhabitat selection by ovipositing females and pre-diapause larvae of a Welsh population of Emphasis Type='Italic'>Euphydryas aurinia/Emphasis> (Lepidoptera: Nymphalidae)
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Microhabitat selection by ovipositing females and pre-diapause larvae of a Welsh population of Emphasis Type='Italic'>Euphydryas aurinia/Emphasis> (Lepidoptera: Nymphalidae)

机译:通过卵巢的雌性和威尔士群体的卵巢幼虫幼虫选择微幼儿植物的选择=“斜体”> Euphydryas Aurinia& /重点>(鳞翅目:Nymphalidae)

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摘要

Habitat requirements of the marsh fritillary Euphydryas aurinia have been studied intensively in recent years in order to inform conservation action on this rapidly declining species. Autecological studies have been undertaken on various spatial scales to account for differences in mobility between life stages. It has become clear that resource utilisation by the species varies between different geographic areas and also on a local scale. We studied the microhabitat surrounding Succisa pratensis plants chosen for oviposition and around resulting larval webs in a key Welsh population, UK. Microhabitat preferences were shown to differ between ovipositing females and pre-diapause larval groups. For oviposition, females showed a preference for host plants within clusters of S. pratensis surrounded by a relatively low sward. In contrast, larval webs were found in relatively high vegetation with relatively low S. pratensis cover in the immediate vicinity. The marked difference between oviposition and larval web microhabitat was achieved through very long distance dispersals undertaken by the pre-diapause larval groups. This gives rise to questioning the common assumption that pre-diapause larval web location can be used as a proxy for oviposition location. It also underpins the importance of managing E. aurinia habitats for maximum structural variability on a small scale.
机译:近年来,沼泽贝母Euphydryas AUninia的栖息地要求是集中研究的,以便为这种迅速下降的物种提供节约行动。在各种空间尺度上进行了自我生态学研究,以考虑生命阶段之间移动性的差异。已经清楚地,物种的资源利用在不同的地理区域和本地规模之间变化。我们研究了周围的微藻,围绕着卵巢植物,在英国关键的威尔士人口中选择了卵巢的植物植物。显示微藻偏好在产卵雌性和幼虫前幼虫群之间有所不同。对于排卵,女性表明,寄主植物在由相对低的草地包围的S.Pratensis簇中。相比之下,幼虫网在较高的植被中发现,在附近相对较低的S.Pratensis覆盖。通过预二级幼虫群体进行的非常长的距离分散来实现产卵和幼虫网微藻的显着差异。这导致质疑幼虫网站前幼虫网站的共同假设可以用作输卵位置的代理。它还支持管理E. Aurinia栖息地的重要性,以获得小规模的最大结构变异性。

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