欧亚山猫种群恢复的空间利用特征及景观特征的重要性

H. Potočnik, Jaka Črtalič, I. Kos, T. Skrbinšek
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引用次数: 0

摘要

在19世纪末中欧和东南欧灭绝之后,欧亚猞猁(猞猁)被重新引入阿尔卑斯山和第纳尔山脉。多年来,恢复的种群规模有所波动;然而,由于其建立后的分布并没有通过自然殖民化而显着扩大,因此它们仍然相对较小和孤立。在过去的几个世纪里,欧洲景观最根本的变化之一就是大片城市和农业区的建立,以及随后基础设施的扩建,导致景观日益破碎,尤其是对于像猞猁这样的弱分散动物来说。迫切需要在基因隔离的种群之间建立更大的联系,特别是在整个阿尔卑斯山和迪纳尔山脉,以实现可行的元种群结构。在本文中,我们回顾了有关欧亚猞猁空间需求和行为的科学知识,并批判性地评估了所使用的方法。除了生境适宜性和连通性研究外,我们还回顾了猞猁的家庭范围大小和运动活动,包括分散。我们建立了生境适宜性模型,以研究恢复Dinaric - SE阿尔卑斯山猫种群的适宜生境,并比较斯洛文尼亚Dinaric山猫与欧洲其他山猫种群的栖息地范围。未来对猞猁保护的考虑应该包括气候变化的影响,走廊地区的保护,减少障碍的影响,如果需要的话,通过易位“补充”分散,以实现未来可行的泛欧猞猁元种群。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Characteristics of spatial use and importance of landscape features for recovering populations of Eurasian lynx (Lynx lynx)
Following the extirpation from Central and Southeastern Europe by the end of the 19th  century, Eurasian lynx (Lynx lynx) was reintroduced in the Alps and Dinarics. The recovering population sizes fluctuated over the years; however, they remained relatively small and isolated since their distribution after the establishment has not significantly expanded by natural colonization. One of the most radical changes to the landscape of Europe over the past centuries has been the creation of vast urban and agricultural areas and subsequent extension of infrastructure, causing increasingly fragmented landscape, especially for weak dispersers like lynx. There is a pressing need to establish greater connectivity between the genetically isolated populations, particularly throughout the Alps and Dinarics, to achieve a viable metapopulation structure. In the paper, we review scientific knowledge on Eurasian lynx spatial requirements and behaviour, and critically evaluate the methods used. Apart from habitat suitability and connectivity studies, we also provide a review of lynx home range sizes and movement activity, including dispersion. We present habitat suitability model constructed to examine suitable habitat for recovering Dinaric - SE Alpine population and compare home range sizes of lynx from Dinarics in Slovenia with other lynx populations in Europe. Future considerations for lynx conservation should include the impact of climate change, protection of corridor areas, reducing impact of barriers and, if needed, “complement” dispersal via translocations to achieve viable pan-European lynx metapopulation in the future.
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