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Habitat Selection of Wintering Birds in Farm Ponds in Taoyuan, Taiwan

机译:台湾桃园农场池塘越冬鸟类的栖息地选择

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Farm ponds or irrigation ponds, providing a vital habitat for diverse bird communities, are an environmental feature with characteristics that cross over typical urban and natural conditions. In this study, the species richness and community structure of irrigation ponds were characterized on the local and landscape scales. Within a landscape complex in the Taoyuan Tableland of Taiwan, 45 ponds were surveyed, ranging in areas from 0.2 to 20.47 ha. In total, 94 species and 15,053 individual birds were identified after surveying four times. The association between ponds and birds was determined to establish the effect of pond dimensions on species richness and community composition in the complex by comparing the responses of functional groups to pond configurations. Seven avian functional groups were identified. Compared with landbirds (i.e., families Alcedinidae, Apodidae, Icteridae, and Sturnidae), waterbirds (i.e., families Anatidae, Ardeidae, Charadriidae, Podicipedidae, and Scolopacidae) exhibited a stronger correlation with pond variables. Our study provides substantial evidence that these artificial ponds have influenced wintering waterbirds. The final results of this study may help stakeholders and land managers identify areas not to establish large-scale solar facilities considering waterbird habitats in pond areas.
机译:农场池塘或灌溉池塘为各种鸟类群落提供了重要的栖息地,是具有跨越典型城市和自然条件特征的环境特征。在这项研究中,在局部和景观尺度上表征了灌溉池塘的物种丰富度和群落结构。在台湾桃园高原的一处景观园区内,调查了45个池塘,面积在0.2至20.47公顷之间。经过四次调查,总共鉴定出94种鸟类和15053只个体鸟类。确定池塘和鸟类之间的联系,以通过比较功能组对池塘构型的响应来确定池塘大小对复合物中物种丰富度和群落组成的影响。确定了七个鸟类功能组。与陆鸟(即water科,Ap科,I科和S科)相比,水鸟(即An科,Ar科,Char科,Po科和Sc科)与池塘变量的相关性更强。我们的研究提供了充分的证据,这些人工池塘已经影响了越冬的水鸟。这项研究的最终结果可能会帮助利益相关者和土地管理者考虑池塘地区的水鸟栖息地,确定不建立大规模太阳能设施的地区。

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