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首页> 外文期刊>The Italian Journal of Zoology >Observed impacts of climate change on terrestrial birds in Europe: an overview.
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Observed impacts of climate change on terrestrial birds in Europe: an overview.

机译:观察到的气候变化对欧洲陆生鸟类的影响:概述。

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摘要

Climate change is predicted to be the major threat to biodiversity by 2100, when the global average temperature may increase by 5-6 degrees, according to current predictions and trends in greenhouse gas emissions. However, many impacts of climate change on biodiversity have already been observed. These observed effects provide tangible evidence to motivate action to mitigate against further climate change. Focusing on Europe, this overview summarises recently published observed impacts of modern climate change on birds. Due to the sensitivity of birds to weather fluctuations, the high numbers of ornithologists throughout Europe and the tradition in the long-term study of bird populations, there is no doubt that climate change impacts on birds have already occurred. These impacts include changes in (i) phenology (e.g., breeding times), (ii) migration patterns (e.g., time of spring arrival from the wintering grounds), (iii) species distribution (e.g., poleward shift of range margins) and (iv) abundances (e.g., population declines of habitat-specialist birds). Although the overall evidence available is comprehensive, there is a challenge in disentangling the effects of climate change from those of other concurrent factors such as habitat loss and degradation, e.g. due to large-scale intensification of agriculture. Birds are coping with climate change by means of their phenotypic plasticity, but little evidence is available to prove that evolutionary adaptation is already taking place. Further climate change is likely to affect birds at many levels, from changes in body size to shifts in assemblage composition, from mismatches with their resources to the introduction of exotic species and new diseases: the interactions among these levels need to be considered in future research and to devise effective conservation strategies. The rapid development of this key topic in conservation biology and applied ecology makes it important to ensure long-term funding for research, review and dissemination.Digital Object Identifier http://dx.doi.org/10.1080/11250003.2011.627381
机译:根据当前的预测和温室气体排放趋势,到2100年,预计气候变化将是对生物多样性的主要威胁,届时全球平均温度可能会升高5-6度。但是,已经观察到气候变化对生物多样性的许多影响。这些观察到的影响提供了切实的证据,可以促使人们采取行动减轻气候变化的影响。本文以欧洲为重点,总结了最近发表的观察到的现代气候变化对鸟类的影响。由于鸟类对天气波动的敏感性,整个欧洲大量的鸟类学家以及对鸟类种群进行长期研究的传统,毫无疑问,气候变化已经对鸟类产生了影响。这些影响包括(i)物候(例如繁殖时间),(ii)迁移模式(例如春季从越冬地到达的时间),(iii)物种分布(例如范围边界的极移)和( iv)丰富度(例如,栖息地专家鸟类的数量下降)。尽管可获得的总体证据是全面的,但要使气候变化的影响与其他并发因素(如栖息地的丧失和退化,例如气候变化)的影响区分开来,仍然是一个挑战。由于农业的大规模集约化。鸟类通过表型可塑性来应对气候变化,但是很少有证据证明进化适应已经在进行。进一步的气候变化可能会在许多层面上影响鸟类,从体型的变化到组合组成的变化,从与资源的不匹配到引入外来物种和新疾病:未来研究中需要考虑这些层次之间的相互作用并制定有效的保护策略。保护生物学和应用生态学这个关键主题的迅速发展使得确保研究,审查和传播的长期资金投入非常重要。数字对象标识符http://dx.doi.org/10.1080/11250003.2011.627381

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