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首页> 外文期刊>Restoration ecology >Fruit-feeding Butterfly Communities are Influenced by Restoration Age in Tropical Forests
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Fruit-feeding Butterfly Communities are Influenced by Restoration Age in Tropical Forests

机译:以水果为食的蝴蝶群落受热带森林恢复年龄的影响

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摘要

Currently, a large-scale restoration project aims to restore around 15 million hectares of Atlantic Forest in Brazil. This will increase forest cover and connectivity among remnant sites as well as restore environmental services. Currently, studies on recovery of fauna in restored areas of the Atlantic Forest are practically nonexistent. To address this knowledge vacuum, our study compares diversity patterns of fruit-feeding butterflies in three forest areas with different restoration ages (11,22, and 54 years), and uses a native forest area as reference. Results showed butterfly communities in maturing restored areas becoming more similar to the ones found in the native forest, with an increase in the proportional abundance of forest species, and a decrease of edge and grassland species. Moreover, we found a higher diversity among sites at the intermediate restoration age, with a community composed of both grassland and forest species. Butterfly species composition differed significantly among sites, showing interesting patterns of potential species replacement over time. Our results indicate that, although restored sites were located in a fragmented landscape, they provide suitable habitats for recoloniza-tion by fruit-feeding butterfly assemblages. Hence, restored areas can be considered important habitat for forest animal species, increasing local biodiversity and, possibly, restoring some of the ecosystem services provided by them.
机译:当前,一个大型恢复项目旨在恢复巴西约1500万公顷的大西洋森林。这将增加森林覆盖率和残存地点之间的连通性,并恢复环境服务。目前,关于大西洋森林恢复区动物群恢复的研究几乎不存在。为了解决这一知识真空问题,我们的研究比较了三个具有不同恢复年龄(11、22和54年)的林区中以喂食蝴蝶为食的蝴蝶的多样性模式,并以本地林区为参考。结果表明,成熟的恢复区域中的蝴蝶群落与原生森林中的蝴蝶群落变得更加相似,森林物种的比例丰度增加,边缘和草地物种的数量减少。此外,我们发现,在恢复中期的时候,地点之间的多样性更高,群落由草地和森林物种组成。不同地点的蝴蝶物种组成差异很大,显示出随着时间推移潜在物种替换的有趣模式。我们的结果表明,尽管恢复的地点位于零散的景观中,但它们为通过喂食蝴蝶的组合进行殖民化提供了合适的栖息地。因此,恢复区可以被认为是森林动物物种的重要栖息地,可以增加当地的生物多样性,并有可能恢复它们提供的某些生态系统服务。

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