Birds pre-adapted to a road in a heterogeneous and contiguous old-growth forest: a point transect study

IF 1 4区 生物学 Q3 ZOOLOGY Australian Journal of Zoology Pub Date : 2023-01-01 DOI:10.1071/zo22018
Graham R. Fulton, Jutta Beher, Hugh P. Possingham
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Abstract

Roads are present globally across all habitats and their negative impacts on the landscape are being increasingly reported. Yet often more is known about the identity of roadkill than how avian assemblages are impacted by roads. This study used 100 paired point counts by the road and 400m into the forest interior to assess if the assemblages were different and determine what species may be impacted by the road. The study was undertaken along a highway cut through one of the world’s tallest forests – old-growth karri (Eucalyptus diversicolor) forest of south-western Australia. There was no overall significant difference in species richness and abundance between road and forest interior sites, although a small number of species (4.3%) did demonstrate preferences. Overall, we suggest that the limited significant differences resulted from: (1) the narrowness of the road with the forest canopy frequently extended fully across and (2) the natural variation found in eucalypt forests, which has aided the birds as a pre-adaptation to the presence of this road – because eucalypt forests are a heterogeneous array of streams and forest heterogeneity.
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鸟类在异质和连续的原始森林中预适应道路:点样带研究
道路遍布全球所有栖息地,其对景观的负面影响也越来越多地被报道。然而,人们对道路死亡鸟类身份的了解往往比对道路如何影响鸟类群落的了解更多。本研究使用100对点计数在道路和400米进入森林内部来评估组合是否不同,并确定哪些物种可能受到道路的影响。这项研究是沿着一条公路进行的,这条公路穿过澳大利亚西南部世界上最高的森林之一——古老的卡里(桉树)森林。道路和森林内部样地的物种丰富度和丰度总体上没有显著差异,但有少数物种(4.3%)表现出偏好。总的来说,我们认为有限的显著差异是由于:(1)道路狭窄,森林冠层经常完全延伸穿过;(2)桉树林中发现的自然变异,这有助于鸟类对这条道路的存在进行预适应——因为桉树林是一个由河流和森林异质性组成的异质性阵列。
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来源期刊
CiteScore
2.40
自引率
0.00%
发文量
12
审稿时长
>12 weeks
期刊介绍: Australian Journal of Zoology is an international journal publishing contributions on evolutionary, molecular and comparative zoology. The journal focuses on Australasian fauna but also includes high-quality research from any region that has broader practical or theoretical relevance or that demonstrates a conceptual advance to any aspect of zoology. Subject areas include, but are not limited to: anatomy, physiology, molecular biology, genetics, reproductive biology, developmental biology, parasitology, morphology, behaviour, ecology, zoogeography, systematics and evolution. Australian Journal of Zoology is a valuable resource for professional zoologists, research scientists, resource managers, environmental consultants, students and amateurs interested in any aspect of the scientific study of animals. Australian Journal of Zoology is published with the endorsement of the Commonwealth Scientific and Industrial Research Organisation (CSIRO) and the Australian Academy of Science.
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