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Insights from long-term studies in the Windermere catchment: external stressors, internal interactions and the structure and function of lake ecosystems

机译:温德米尔流域长期研究的见解:外部压力因素,内部相互作用以及湖泊生态系统的结构和功能

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摘要

1. Lakes provide essential ecosystem goods and services on which humans depend, and are integral to many global biogeochemical cycles, yet are sensitive to environmental perturbation operating at global, regional and local scales, many resulting from human influence.ud2. The complex web of external stressors and internal interactions that control the biological structure and ecological function of lakes requires a ‘systems approach’, where different trophic levels are studied and different approaches, including long-term monitoring are taken.ud3. This Special Issue celebrates the ecological insights that have been gained from long-term monitoring and research on the lakes in the catchment of Windermere in the English Lake District. The research was started by the Freshwater Biological Association in the 1930s and has been continued by the Centre for Ecology & Hydrology since 1989 to produce a valuable record of lake response to changing conditions extending over 65 years.ud4. We introduce a conceptual diagram of lake response and feedbacks to a hierarchy of conditions at different scales and interactions within the lake, and illustrate it using the contributions of papers in the literature and this Special Issue.ud5. Long-term monitoring is often threatened at times of economic austerity, yet its continuation as part of a programme of research is a key activity that can produce mechanistic understanding and insights, and data to produce and validate models, and hence forecast future responses. These scientific disciplines interact synergistically to help us understand the whole system and safeguard the ecosystem services provided by lakes.ud
机译:1.湖泊提供了人类赖以生存的基本生态系统产品和服务,是许多全球生物地球化学循环不可或缺的一部分,但它们对全球,区域和地方规模的环境扰动十分敏感,这许多是由于人类的影响造成的。 ud2。复杂的外部压力源和内部相互作用网络控制着湖泊的生物结构和生态功能,因此需要一种“系统方法”,在该方法中研究不同的营养水平,并采用不同的方法,包括长期监测。 ud3。本期特刊旨在表彰对英格兰湖区温德米尔流域的湖泊进行长期监测和研究而获得的生态学见解。该研究始于1930年代的淡水生物协会,并自1989年以来由生态与水文学中心继续进行,以形成对65年以上的不断变化的湖泊响应的宝贵记录。我们介绍了湖泊响应和对湖泊内不同规模和相互作用的条件层次结构的反馈的概念图,并利用文献和本期特刊中的论文贡献对其进行了说明。长期监测经常在经济紧缩时期受到威胁,但是作为研究计划的一部分继续进行长期监测是一项关键活动,可以产生机械的理解和见解,并提供数据以产生和验证模型,从而预测未来的反应。这些科学学科之间相互配合,以帮助我们了解整个系统并维护湖泊提供的生态系统服务。 ud

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    Maberly S.C.; Elliott J.A.;

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  • 年度 2012
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  • 原文格式 PDF
  • 正文语种 en
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