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首页> 外文期刊>The Journal of Applied Ecology >Connectivity, dispersal behaviour and conservation under climate change: A response to Hodgson et al.
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Connectivity, dispersal behaviour and conservation under climate change: A response to Hodgson et al.

机译:连通性、传播行为和保护在气候变化:霍奇森等反应

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摘要

Hodgson et al. [Journal of Applied Ecology46 (2009) 964] argue that connectivity is complex and uncertain, that it can be improved incidentally by increasing habitat extent, and that connectivity conservation is unlikely to be effective under climate change. 2.We believe that they have overlooked recent research on dispersal behaviour and structural connectivity, which has improved our understanding of functional connectivity and revealed that it will not necessarily increase with habitat extent. 3.New modelling techniques including least-cost path models incorporate this more detailed understanding of connectivity into conservation planning, facilitating the true aim of connectivity conservation - to ensure appropriate interactions between habitat extent, quality and connectivity. 4.Synthesis and applications. Advances in behavioural research and modelling techniques allow us to manage structural connectivity with as much certainty as we manage extent and quality of habitat. Successful landscape conservation to address both current threats and future climate change must manage these three elements in concert.
机译:霍奇森et al .(应用Ecology46杂志(2009) 964)认为,连接是复杂的和不确定的,它可以改善顺便增加栖息地的程度连接保护不太可能有效的气候变化。他们在传播忽视了最近的研究行为和结构连接,提高我们对功能的理解连通性和表明它不会随着栖息地的程度而增加。建模技术包括采行模型包含更详细连接到保护的理解规划、促进的真正目的连接保护,以确保适当的栖息地之间的相互作用程度、质量和连通性。行为研究的进展和造型技术允许我们管理结构我们尽可能多的确定性管理连接范围和栖息地的质量。解决当前景观保护威胁和未来气候变化必须管理这三个要素在音乐会。

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