生境结构对斯洛伐克濒危物种 Hipparchia hermione(鳞翅目,蛱蝶科)的出现偏好和行为的影响

Sabína Farkasová, Henrik Kalivoda, Vladimír Langraf, M. Holecová
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摘要

摘要 本研究的目的是详细阐述有关 Hipparchia hermione 生态学的现有信息,研究其行为并发现该物种在特定研究区域的栖息地偏好。研究结果有助于更好地管理和保护该物种及其在斯洛伐克的栖息地。除了求偶舞蹈、交配和栖息外,共观察到六种行为。最常见的行为类型是飞行和摄食。行为和环境变量的 RDA 分析结果表明,自由基质和高草丛植被对 H. hermione 的数量有积极影响。自由基质对所有类型的 H. hermione 行为都有显著的积极影响。RDA 分析结果表明蝴蝶偏好灌木。灌木的存在对 H. hermione 的表现有积极影响的观点得到了另一组数据的支持,根据这组数据,灌木植被为所有类型的观察行为提供了理想的条件。蜜源植物的丰度和多样性对物种代表性没有显著的统计学影响。由于环境变量,树冠的重要性起着至关重要的作用。平均值为 50%。随着树干超过 20 厘米、树高超过 3 米的树木数量的增加,以及毛虫寄主植物(Festuca ovina)数量的增加,研究区域的 H. hermione 个体数量也在增加。这些数据表明,在研究区域内,大翅蟹蝶对森林空间和结构布局的依赖程度高于植物群的丰度或多样性。
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Habitat Structure Impact on the Occurrence Preferences and Behaviour of the Endangered Species Hipparchia hermione (Lepidoptera, Nymphalidae) in Slovakia
Abstract The aim of this study is to elaborate on the prior information about Hipparchia hermione ecology, examine its behaviour and find the habitat preferences of the species in specific study areas. The obtained results contribute to better management and conservation of the species and its habitats in Slovakia. Six types of behaviour were observed, with the exception of courtship dances, mating and perching. The most common types of behaviour observed were flight and food intake. The RDA analysis of behaviour and environmental variables resulted in a positive effect of free substrate and tall-herb vegetation on H. hermione abundance. The free substrate had a significant positive effect on all types of H. hermione behaviour. The results of the RDA analysis indicate butterflies’ shrub preference. The notion of shrubs’ presence having a positive effect on the representation of H. hermione is supported by another data set, according to which shrub vegetation provided ideal conditions for all types of observed behaviour. The abundance and diversity of nectaring plants did not have a statistically significant effect on species representation. Due to the environmental variables, the tree crowns’ significance plays a vital role. The average values are of 50%. The number of H. hermione individuals in the study areas increased with the growing number of tree trunks over 20 cm and heights over 3 m and the growing number of caterpillar host plants (Festuca ovina). The data show that Hipparchia hermione butterflies depend more on the spatial and structural arrangement of the forest than on abundance or diversity of the flora in the study areas.
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