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Ecosystem Services and Urbanisation.A Spatially Explicit Assessment in Upper Silesia,Central Europe

机译:生态系统服务和Urbanisation.A中欧洲上部Silesia的空间显式评估

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Urbanisation is a complex spatiotemporal process taking place across landscapes even in areas far beyond urban cores;therefore,directly and indirectly affecting the functions,processes and services of ecosystems.Urbanisation is a difficult process to monitor,quantify and plan.Landscape areas located outside of urban cores are heavily affected by urbanisation,yet they provide fundamental ecosystem services(ES).To date,the evidence of the spatial variability of the relationship between ES and urbanisation is scarce.In this contribution,a spatial analysis was carried out in Upper Silesia,central Europe,to explore the provision of ES and the levels of urbanisation to advance the use of ES in planning.The potential provision of ES was assessed using an approach based on land use land cover.The technomass indicator was used to assess urbanisation as a continuous variable.To ascertain the spatial variability between urbanisation levels and ES provision across the landscape,a geographically weighted regression model was used.The results show a statistically significant variability across the landscape for several ES,showing that this relationship does not remain constant.The spatial variability of urbanisation affects ES in a differentiated manner.The proposed method allows for the direct use of the ES framework in landscape planning to assess the impacts of urbanisation outside of urban areas.
机译:城市化是一种复杂的时空过程,即使在远远超过城市核心的地区也发生了一个复杂的时空过程;因此,直接和间接地影响生态系统的功能,流程和服务。诅咒是监控,量化和计划的难度过程。景观地区城市核心受到城市化的严重影响,但它们提供了基本的生态系统服务。迄今为止,ES和城市化关系的空间变异性的证据是稀缺的。在这一贡献中,在上部硅西进行了空间分析,中欧,探索ES的提供和城市化的水平,以推进planning.The潜在ES的规定使用ES的使用基于土地利用土地磁钢technomass指示器的方法进行了评估来评估城市化一个连续变量。以确定城市化水平与景观中的空间变异,地理位置使用Iggered回归模型。结果显示了几个es横跨景观的统计上显着的变化,表明这种关系并不保持恒定。城市化的空间变异以差异化的方式影响es。所提出的方法允许直接使用景观规划中的埃斯框架评估城市地区外城市化的影响。

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