首页> 外文期刊>Restoration ecology >Bird's Response to Revegetation of Different Structure and Floristics—Are “Restoration Plantings” Restoring Bird Communities?
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Bird's Response to Revegetation of Different Structure and Floristics—Are “Restoration Plantings” Restoring Bird Communities?

机译:鸟类对不同结构和植物种类的植被的反应-“恢复种植”是在恢复鸟类群落吗?

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摘要

Revegetation plantings have been established throughout the world to mitigate the effects of clearing, including loss of faunal habitat. Revegetation plantings can differ substantially in structural complexity and plant diversity, with potentially differing habitat qualities for fauna. We studied bird occurrence in revegetation of different complexity and floristics in southern Australia. We assessed bird species richness and composition in remnant forest and cleared agricultural land as reference points, and in two types of plantings differing in structure and floristics—(1) “woodlot plantings” composed of native trees only and (2) “ecological plantings” composed of many species of local trees, shrubs and understorey. By approximately 20 years of age, both types of plantings had a similar bird species richness to that in remnants. Bird species richness was greater in ecological plantings than woodlot plantings. Species composition also differed. Ecological plantings contained a shrub-associated bird assemblage, whereas woodlot plantings were dominated by generalist bird species. Remnants contained a unique bird assemblage, which were not found in either of the two types of plantings, suggesting that plantings are not a viable replacement of remnant vegetation over this time period. Bird species richness responded positively to structural complexity, but not to floristic richness. Bird species richness was greater in plantings that were older, in riparian locations, and where weed cover was lower. We conclude that plantings in general can provide habitat for many species of birds, and that structurally complex ecological plantings in particular will provide unique and valuable additional habitat for birds.
机译:全世界已经建立了植被种植以减轻清除的影响,包括动物栖息地的丧失。植被种植在结构复杂性和植物多样性方面可能存在很大差异,动物区系的栖息地质量也可能存在差异。我们研究了澳大利亚南部不同植被和植物区系植被中鸟类的发生。我们以残留森林和开垦后的农田以及两种结构和植物种类不同的种植类型中的鸟类物种丰富度和组成作为参考点:(1)仅由本地树木组成的“林木种植”和(2)“生态种植”由许多当地树木,灌木和林下种组成。到大约20岁时,这两种类型的种植都具有与剩余植物相似的鸟类物种丰富度。生态种植中的鸟类物种丰富度高于木本种植。物种组成也有所不同。生态植物包含与灌木相关的鸟类组合,而林地植物则以通配鸟类为主。残余物包含独特的鸟类聚集体,在两种种植中均未发现,这表明在该时期内种植不是可行的残留植被替代物。鸟类的丰富度对结构的复杂性有积极的反应,但对植物的丰富度没有积极的反应。在较老的,河岸地区和杂草覆盖率较低的地方,鸟类物种的丰富度更高。我们得出的结论是,一般而言,种植可以为许多鸟类提供栖息地,特别是结构复杂的生态种植将为鸟类提供独特且有价值的额外栖息地。

著录项

  • 来源
    《Restoration ecology》 |2011年第201期|1-13|共13页
  • 作者单位

    The Fenner School of Environment and Society Hancock Building (43) Biology Place Australian National University Canberra ACT 0200 Australia;

    The Fenner School of Environment and Society Hancock Building (43) Biology Place Australian National University Canberra ACT 0200 Australia;

    Department of Environment and Conservation 7 Turner Avenue Technology Park Bentley WA 6102 Australia;

    The Fenner School of Environment and Society Hancock Building (43) Biology Place Australian National University Canberra ACT 0200 Australia;

    The Fenner School of Environment and Society Hancock Building (43) Biology Place Australian National University Canberra ACT 0200 Australia;

    The Fenner School of Environment and Society Hancock Building (43) Biology Place Australian National University Canberra ACT 0200 Australia;

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  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

    bird communities; countryside biogeography; floristic diversity; restoration; revegetation; vegetation structure;

    机译:鸟类群落;农村生物地理;植物多样性;恢复;植被;植被结构;

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