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Relationship between invertebrate fauna and bromeliad size

机译:无脊椎动物区系与凤梨大小的关系

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Several bromeliads species store water and organic substrates, allowing the establishment of phytotelmata and associated fauna on their leaves. In this study, we sampled 70 individuals of Vriesea sp. (Carrière) (Bromeliaceae), in rupestrian fields in the Serra de Ouro Branco-MG, Brazil. The relationships between invertebrate species richness and abundance and size of bromeliads were tested using multiple regression. We found 19 species associated with bromeliads, mainly Diptera larvae. The abundance of the phytotelmate fauna increased principally in relation to the volume of water in the bromeliad reservoir. Phytotelmata richness was affected principally by diameter of the reservoir. There was a significant relationship between the abundance and richness of invertebrates associated with leaves with diameter and height of the plant. Invertebrate richness was better explained by abundance of individuals. These results suggest that the increase of richness was attended by higher numbers of microhabitats and more space for colonization of bigger bromeliads. Additionally, there was more chance of sampling different species in locales with greater abundance of individuals.
机译:几种凤梨科物种可以储存水和有机底物,从而在其叶子上建立植物鳞茎纲及其相关的动物。在这项研究中,我们抽样了70个Vriesea sp。的个体。 (Carrière)(凤梨科),位于巴西Serra de Ouro Branco-MG的马齿est田。使用多元回归检验了无脊椎动物物种丰富度和凤梨科动物的种群数量与大小之间的关系。我们发现了19种与凤梨科动物有关的物种,主要是双翅目幼虫。凤梨科植物群落的丰富度主要与凤梨科水库中的水量有关。番茄的丰富度主要受水库直径的影响。与植物直径和高度相关的无脊椎动物的丰度与丰富度之间存在显着的关系。无脊椎动物的丰富度可以通过个体丰富来更好地解释。这些结果表明,丰富的增加伴随着更多的微生境和更大的凤梨科植物定殖的空间。此外,有更多机会在具有更多个体的场所中对不同物种进行采样。

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