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Practical measures for improving the ecological state of lake Marken using in depth system knowledge

机译:利用深度系统知识改善马尔肯湖生态状况的实际措施

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摘要

htmlabstractFor Lake Marken in the Netherlands, high suspended sediment concentrations result in reduced ecological values and prevent goals and standards from being met (Water Framework Directive, Natura 2000). A practical measure to improve the ecology that is currently studied is the construction of sheltered areas in the North West part of Lake Marken. For implementation of this measure, a strategy is being followed that combines in depth system knowledge with stakeholder aspects. In the present paper we will show which knowledge of the underlying physical and ecological processes was needed and how it was applied in the strategy. We used a coupled silt model for Lake Marken to study effects of the structures on hydrodynamics, waves,\udand sediment. Results of the silt model simulations were interpreted with in depth ecological\udexpert knowledge to assess the ecological impact of the structures. Effects of the considered\udsheltered areas on transparency and wave- and siltdynamics are limited compared to the scale\udof the lake. However, these changes give local opportunities for ecology. Its effectiveness may\udbe enhanced by local un-deepening.
机译:htmlabstract对于荷兰的马克肯湖,高悬浮泥沙含量会降低生态价值,并无法达到目标和标准(水框架指令,Natura,2000年)。目前正在研究的一种改善生态的切实可行的措施是在马肯湖西北部建造庇护所。为了实施该措施,正在遵循一种策略,该策略将深入的系统知识与利益相关者方面相结合。在本文中,我们将说明需要哪些有关基础物理和生态过程的知识,以及如何将其应用于该策略。我们使用了马克肯湖的淤泥耦合模型来研究结构对水动力,波浪,泥沙和沉积物的影响。通过深入的生态\专家知识来解释淤泥模型模拟的结果,以评估结构的生态影响。与湖泊的水深相比,考虑到的湿热地区对透明度,波浪和泥沙动力学的影响是有限的。但是,这些变化给当地生态带来了机遇。局部不深入可能会提高其有效性。

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