THE IMPORTANCE OF HETEROGENEITY OF HABITATS FOR THE SPECIES RICHNESS OF VASCULAR EPIPHYTES IN REMNANTS OF BRAZILIAN MONTANE SEASONAL SEMIDECIDUOUS FOREST

Q2 Agricultural and Biological Sciences
D. E. F. Barbosa, Geicilaine Alves Basilio, S. G. Furtado, L. M. Neto
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引用次数: 6

Abstract

Epiphytes are an important component of the diversity of tropical forests, and they also have several ecological functions. Vegetation heterogeneity is one of the features responsible for the high biodiversity of the Atlantic Forest, especially in the domain’s seasonal semideciduous forest (SSF). This biodiversity presents as high endemism and species richness. Owing to the seasonal nature of SSF, organisms that require high humidity (e.g. epiphytes) would be expected to show low species richness in these forests. The aims of this study were to conduct a survey of the vascular epiphytes in remnants of montane SSF in the Serra do Ibitipoca, Brazil, and to evaluate the importance of habitat heterogeneity for the richness and composition of species in these areas. We also evaluated whether the intrinsic characteristics of the SSF phytophysiognomy and fragmentation could result in low species richness and a high number of accidental epiphyte species. The study was conducted in the course of 18 expeditions undertaken between September 2013 and December 2016, covering five fragments of montane SSF (totalling 23.6 ha). We recorded 96 species (only one of which is an accidental epiphyte), distributed across 41 genera and 10 families. This is the highest epiphytic species richness recorded in Brazilian SSF to date. The results refuted the initial hypothesis and reinforce the importance to the epiphytic community of conservation of fragments with different structures.
生境异质性对巴西山地季节性半落叶林残余物维管附生植物物种丰富度的重要性
附生植物是热带森林多样性的重要组成部分,具有多种生态功能。植被异质性是大西洋森林,特别是季节性半落叶林生物多样性高的特征之一。这种生物多样性表现为高地方性和物种丰富度。由于SSF的季节性,需要高湿度的生物(如附生植物)在这些森林中可能显示出较低的物种丰富度。本研究旨在调查巴西伊比提波卡山(Serra do Ibitipoca)山地森林植被残余物中的维管附生植物,并评价生境异质性对该地区物种丰富度和组成的重要性。我们还评估了SSF植物地貌和破碎化的内在特征是否会导致低物种丰富度和高偶然附生物种数量。这项研究是在2013年9月至2016年12月期间进行的18次探险中进行的,覆盖了山地SSF的5个片段(总计23.6公顷)。共记录到96种附生植物,分布于10科41属。这是迄今为止巴西SSF记录的最高附生物种丰富度。研究结果驳斥了最初的假设,强调了不同结构片段保存对附生群落的重要性。
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来源期刊
Edinburgh Journal of Botany
Edinburgh Journal of Botany Agricultural and Biological Sciences-Plant Science
自引率
0.00%
发文量
22
期刊介绍: Edinburgh Journal of Botany is an international journal of plant systematics covering related aspects of biodiversity, conservation science and phytogeography for plants and fungi. The journal is a particularly valued forum for research on South East and South West Asian, Sino-Himalayan and Brazilian biodiversity. The journal also publishes important work on European, Central American and African biodiversity and encourages submissions from throughout the world. Commissioned book reviews are also included. All papers are peer reviewed and an international editorial board provides a body of expertise to reflect the wide range of work published and the geographical spread of the journal’s authors and readers. Published on behalf of the Royal Botanic Garden Edinburgh
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