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Historical Patterns of Anthropogenic Impacts on Freshwaters in the Berlin-Brandenburg Region

机译:柏林-勃兰登堡地区人为影响淡水的历史模式

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Since humans are preferentially settling in flood plains they often influence freshwater systems?intensely. The first signs of anthropogenic impacts on surface waters in the Berlin-Brandenburg?region are approximately 3000 years old. Considering the multiple and intense human uses of?surface waters in this region, we analysed when, how and to which extent regional rivers and?streams became impacted by dams, water mills and fish weirs resulting in changes in morphology,?hydrology and ecological functioning. We hypothesise that the development and growth of cities?in this region necessitated (1) efficient navigability of rivers linking them, (2) efficient use of?hydropower resources for mills, and (3) significant pollution of surface waters especially with the?beginning of industrial development. We analyse these hypotheses by means of three regional?examples and delineate the effects of human uses on selected surface water bodies. Understanding?the effects of these historic modifications of surface water supports the identification of?options for a sustainable use of surface waters that are currently still subjected to multiple uses?but face a significant decrease in discharge due to climate change.
机译:由于人类优先在洪泛区定居,因此他们经常会强烈影响淡水系统。在柏林-勃兰登堡地区,人为影响地表水的最初迹象已有大约3000年的历史。考虑到人类对该地区地表水的多重密集利用,我们分析了何时,如何以及在多大程度上水坝,水磨坊和鱼堰影响区域河流和溪流,从而导致形态,水文和生态功能发生变化。 。我们假设该地区的城市发展和增长需要(1)连接它们的河流的有效通航性;(2)有效利用工厂的水力资源;以及(3)地表水特别是开始时的严重污染工业发展。我们通过三个区域实例来分析这些假设,并描述了人类对选定地表水体的影响。了解地表水这些历史性变化的影响有助于确定可持续使用地表水的选择方案,这些选择目前仍在被多次使用,但是由于气候变化而面临着排放量的显着减少。

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