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Investigating Impacts of Climate Change on the Weser Estuary

机译:调查气候变化对Weser河口的影响

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According to the Intergovernmental Panel on Climate Change, global climate change will have profound impact on our environment. This applies to estuaries in particular, as they are not only influenced by changes in the meteorological conditions, but also by the mean sea level rise, changes in river runoff regimes and possibly more intense storm surges. As this makes impact studies in estuaries rely on impact studies of neighboring systems such as watersheds or adjacent shelf seas, uncertainties may accumulate. This complicates to derive reliable projections for planners and decision makers. This contribution describes a work package of a joint climate impact project of the German state Lower Saxony. The aim of the project is to investigate impacts on hydrodynamics and salinities of the Weser esmary. The impact model used in the study is a 3D hydrodynamic modelling tool. The article focuses among others on results and discussion of a mean sea level rise scenario.
机译:根据政府间气候变化小组,全球气候变化将对我们的环境产生深远。这尤其适用于河口,因为它们不仅受到气象条件的变化的影响,而且还通过平均海平面上升,河流径流制度的变化以及可能更强烈的风暴潮。因为这使得河口的影响研究依赖于流域或相邻货物等邻近系统的影响研究,不确定性可能会积累。这使得为​​规划者和决策者提供可靠的预测来复杂化。这一贡献描述了德国州下萨克森州的联合气候影响项目的工作包。该项目的目的是调查Weser eSmary的流体动力学和盐度的影响。研究中使用的影响模型是3D流体动力学建模工具。本文重点介绍了对平均海平面上升情景的结果和讨论。

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