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首页> 外文期刊>Bothalia: African Biodiversity & Conservation >Fine-scale habitat requirements of the Heidelberg Opal Butterfly (Chrysoritis aureus) in Gauteng and Mpumalanga, South Africa
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Fine-scale habitat requirements of the Heidelberg Opal Butterfly (Chrysoritis aureus) in Gauteng and Mpumalanga, South Africa

机译:南非豪登省和姆普马兰加省海德堡蛋白石蝴蝶(金黄色葡萄球菌)的小规模栖息地需求

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Background: This study quantified the fine-scale habitat requirements of Chrysoritis aureus, at 11 known habitats in Gauteng and Mpumalanga, South Africa, in order to make habitat management recommendations for this endangered species.Objectives: The habitats were quantified in terms of plant species composition and structure with reference to their environmental characteristics.Method: A modified area-based phytosociological approach was used to collect floristic data along with environmental characteristics of habitats occurring on the Witwatersrand and Ventersdorp Geological Systems.Results: Species recorded were predominantly forbs and graminoids with a slightly higher number of plant species in the habitats of the Ventersdorp Geological System. Few dwarf shrubs and shrubs and very few trees were recorded. A higher number of plant species were recorded during the late growing season on both geological systems. The butterfly food plant Clutia pulchella var. pulchella L. (Euphorbiaceae) was recorded in all the habitats and was dominant in habitats in both geological systems. The occurrence of the food plant is essential for the survival of the butterfly at these habitats.Conclusion: Monitoring of the C. aureus butterfly populations and of the vegetation structure, species composition and growth forms to determine trends in the vegetation condition after planned fires; regular burning of the habitats in order to maintain suitable vegetation composition and structure; and the monitoring and eradication of alien invader plants are very important management activities to ensure the conservation of C. aureus.
机译:背景:本研究量化了南非豪登省和姆普马兰加省11个已知栖息地的金黄色葡萄球菌的精细栖息地需求,以便为该濒危物种提出栖息地管理建议。目的:根据植物物种对栖息地进行量化方法:采用改进的基于区域的植物社会学方法收集Witwatersrand和Ventersdorp地质系统上栖息地的植物学数据以及环境特征。结果:记录的物种主要是前生的和前生的Ventersdorp地质系统栖息地的植物物种数量略多。几乎没有矮灌木和灌木,只有很少的树木被记录下来。在两个地质系统的生长季后期,记录到更多的植物物种。蝴蝶食用植物Clutia pulchella var。 pulchella L.(Euphorbiaceae)记录在所有生境中,在两个地质系统的生境中均占主导地位。食用植物的存在对于蝴蝶在这些栖息地的生存至关重要。结论:监测金黄色葡萄球菌蝴蝶种群以及植被结构,物种组成和生长形式,以确定计划火烧后植被状况的趋势;定期燃烧栖息地,以维持合适的植被组成和结构;监测和根除外来入侵植物是确保金黄色葡萄球菌保护的非常重要的管理活动。

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