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Preface: Lake restoration: an experimental ecosystem approach for eutrophication control

机译:前言:湖泊修复:富营养化控制的实验性生态系统方法

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This special section of Hydrobiologia includes a series of papers that document the ecological effects of an intensive programme of management designed to combat eutrophication of a small, monomictic lake with a long history of cyanobacteria blooms (Walsby & McAllister, 1987) and bottom-water anoxia (McColl, 1972). In more than four decades of research on, and management of, lake eutrophication across the globe (e.g., Jeppesen et al., 2005; Davis & Kloop 2006; Smith & Schindler, 2009) and despite pressures from lake acidification, bio-invasions and climate change (Smol, 2008), the effect of human activities acting at a catchment scale remains arguably the most persistent threat to the sustainability and biodiversity of natural lake ecosystems.
机译:水生生物学的这一特殊部分包括一系列文件,这些文件记录了一项密集的管理计划的生态效应,该计划旨在与一个蓝藻水华历史悠久的小型单片湖泊富营养化(Walsby&McAllister,1987)和底水缺氧症有关。 (McColl,1972)。在全球四十多年来对湖泊富营养化的研究和管理中(例如,Jeppesen等人,2005; Davis和Kloop,2006; Smith&Schindler,2009),尽管湖泊酸化,生物入侵和水灾带来了压力。气候变化(Smol,2008年),人类活动对流域尺度的影响仍然可以说是对天然湖泊生态系统可持续性和生物多样性的最持久威胁。

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