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Long-term effectiveness of Natura 2000 network to protect biodiversity: A hint of optimism for common birds

机译:Natura 2000网络的长期有效性保护生物多样性:常见鸟类乐观态度

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摘要

The Natura 2000 protected area network (N2000), implemented under the Birds and Habitats Directives (respectively, Special Protection Areas, SPA, and Special Areas of Conservation, SAC), constitutes a key tool for the conservation of European biodiversity. To date, few studies have looked at its long-term effect on biodiversity and even fewer on common species. Here, using citizen science data, we investigated this effect on the temporal trends of widespread and common bird species in France, over the period 2002-2016. We found results consistent with previous findings demonstrating a significant decline of common bird populations in France. However, we show that this decline is less steep within N2000 areas than outside, especially for farmland specialists. While SPAs and SACs contribute to the overall effect on bird populations, SACs contribute most to the less steep decline of farmland species within N2000 network. Despite generally more diverse bird communities within N2000 areas, their designation has not prevented their ongoing functional biotic homogenization. We conclude that, common bird species - not directly targeted by the Directives - may have benefited from the N2000 protection or management measures. However, the positive but limited effect of the N2000 network suggests that it is not able to reverse negative population trends either because the land management or spatially extent are insufficient. As such, we suggest that improving management plans, expanding existing PA, establishing new ones, are the priority actions that may help improve N2000 effectiveness.
机译:在鸟类和栖息地指令下实施的Natura 2000保护区网络(N2000)(分别,特殊的保护区,水疗中心,SPA和保护,SAC),构成了欧洲生物多样性保护的关键工具。迄今为止,很少有研究已经了解其对生物多样性的长期影响,甚至更少的常见物种。在这里,使用公民科学数据,我们对2002 - 2016年期间的法国广泛和普通鸟类的时间趋势调查了这一影响。我们发现结果与以前的研究结果一致,展示了法国普通鸟类群体的显着下降。然而,我们表明,在N2000区域内的下降比外部的陡峭程度较小,特别是对于农田专家。虽然水疗和囊对鸟类群体的整体影响有助于整体影响,但囊队在N2000网络中造成了较少的农田种类急剧下降。尽管N2000领域的一般鸟类社区一致,但他们的指定并未阻止其持续的功能生物均质化。我们得出结论,常见的鸟类 - 不由指令直接针对 - 可能会受益于N2000保护或管理措施。然而,N2000网络的正但有限的效果表明它无法逆转人口趋势,因为土地管理或空间上的程度不足。因此,我们建议改进管理计划,扩展现有的PA,建立新的PA,是可能有助于提高N2000效率的优先行动。

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