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首页> 外文期刊>Fresenius Environmental Bulletin >Remote Sensing And Gis Techniques Fortemporal Evaluation Of Environmental impacts On Major Drinking Water Dam and Basin Of Metropolis Istanbul
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Remote Sensing And Gis Techniques Fortemporal Evaluation Of Environmental impacts On Major Drinking Water Dam and Basin Of Metropolis Istanbul

机译:遥感和地理信息系统技术对伊斯坦布尔大城市主要饮用水水坝和盆地环境影响的时空评估

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摘要

The Omerli dam is the major drinking water reservoir of the Istanbul Metropolitan City. Its basin area experiences a rapid increase of the urbanized area and updated information is needed to assess and manage the impacts of land-use changing on water quality. Results of increasing rapid population are unplanned and illegal housing, irrelevant industries and motorways passing through the protection zones of the catchments area, together with insufficient infrastructure. One important drinking lake is taken as study area for this paper. The study is focused on the assessment of urbanization in relation to land-use and water quality using Remote Sensing and GIS techniques for all protected zones of the Omerli Water Basin Area, and a time variant analyzing model is obtained. The project uses SPOT-PAN, XS and IRS-1C/D PAN and satellite data of 1992, 1996 and 2000 for urban analysis, as well as LISS-III satellite data of 1996 and 2000 for water quality. For calibration and validation, ground truth samples are collected from the experimental area.
机译:Omerli大坝是伊斯坦布尔都会的主要饮用水水库。其流域面积经历了城市化面积的快速增长,需要更新信息来评估和管理土地利用变化对水质的影响。快速人口增长的结果是计划外和非法住房,无关的产业和高速公路穿过集水区的保护区,以及基础设施不足。本文以一个重要的饮用湖为研究区域。该研究的重点是使用遥感和GIS技术对Omerli流域的所有保护区进行与土地利用和水质相关的城市化评估,并获得了时变分析模型。该项目使用SPOT-PAN,XS和IRS-1C / D PAN以及1992、1996和2000年的卫星数据进行城市分析,并使用1996年和2000年的LISS-III卫星数据进行水质分析。为了进行校准和验证,从实验区域收集了地面真实样本。

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