鸟类是陆地生态系统的潜在生物指标

Karen Aghababyan
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摘要

考虑到亚美尼亚缺乏生态系统监测,迫切需要建立这样一个系统,以便在自然保护和自然资源管理方面做出决策,本论文旨在确定该国主要生态系统类型的指示鸟类物种以及气候变化的交叉影响。在森林中,研究确定了鸟类物种组成、所有鸟类的总数以及 11 种作为退化、破碎化和干旱化指标的鸟类。在草地上,所有鸟类的总数和 7 个物种表明,由于过度放牧和无节制的割草,山区草原和草地退化了。在干旱地区,鸟类物种组成和鸟类总数的变化表明,半荒漠、灌木丛和杜松林地因变成果园而退化,而 6 种鸟类表明这些栖息地因过度放牧而退化。在河流和溪流中,有 4 个物种表明河流已经支离破碎。在湿地,至少有 7 个物种表明湿地排水不畅,至少有 1 个物种表明湿地受到污染。此外,研究还发现 7 个物种表明气候变化对欧亚大陆鸟类分布的影响。仍有必要对湿地和湖泊的指标以及气候变化的影响进行更多研究。改进政策和制度框架也很重要。
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Birds as potential bioindicators for terrestrial ecosystems
Considering the lack of ecosystems’ monitoring in Armenia and the urgent necessity of setting up such a system for decision making in nature conservation and natural resource management, the current paper aims at identification of indicator bird species for the key types of ecosystems in the country and crosscutting influence of climate change. In the forests, the study identified the bird species composition, total number of all birds, and 11 species as indicators of degradation, fragmentation, and aridization. In grasslands, the total number of all birds and seven species indicate degradation of the mountain steppes and meadows due to overgrazing and uncontrolled mowing. In arid lands, the change of bird species composition and total number of all birds indicate degradation of semi-deserts, scrublands, and juniper woodlands due to their transformation into orchards, while six species indicate degradation of these habitats due to overgrazing. In rivers and streams, four species indicate fragmentation of the rivers. In wetlands, at least seven species indicate drainage of the wetlands, and at least one indicates wetlands’ pollution. Also, the study identified seven species, which indicate the influence of climate change on birds’ distribution at the Eurasian scale. There is still a need for additional study of the indicators of wetlands and lakes, and influence of climate change. A need for improvement of the policy and institutional framework is important as well.
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