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Application of GIS to Determine Storage Volume and Surface Area of Reservoirs: The Case Study of Buyuk Karacay Dam

机译:GIS在确定水库蓄水量和表面积中的应用-以Buyuk Karacay大坝为例

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Geographic Information Systems (GIS) are widely used in hydrological studies. Digital Elevation Model (DEM) was generated by using topographic map of Buyuk Karacay basin. This map can be used to determine basin characteristics, stream network, storage volume of reservoirs and surface area of the storage volume. In this study, Buyuk Karacay Dam which is still under construction in Hatay province of Turkey was chosen for the case study. Reservoir storage volume for the dam was estimated using the Ripple method. Procedures to determine storage volume according to the crest elevation are described. The maps of flow accumulation, flow direction, drainage network and surface area of storage volume maps were generated from DEM using Ilwis 3.6 GIS software and elevation-volume and elevation-area graphics were presented. According to Ripple method, dam reservoir storage capacity was found as 84 hm3, in this capacity, estimated crest elevation was 360 meters from elevation-volume graphic and water surface area at the same storage capacity estimated to be 2.64 km2 using elevation-area graphic. GIS application provides useful information for water manager and planners. Water storage capacity and water surface area can be analyzed for different dam locations easier than reservoir surveys method to find the most suitable location for the dam construction.
机译:地理信息系统(GIS)被广泛用于水文研究。利用Buyuk Karacay盆地的地形图生成了数字高程模型(DEM)。该图可用于确定盆地特征,河流网络,储层的储水量和储水量的表面积。在这项研究中,案例研究选择了仍在土耳其哈塔伊省建设的Buyuk Karacay大坝。使用Ripple方法估算大坝的水库蓄水量。描述了根据波峰高度确定存储量的过程。使用Ilwis 3.6 GIS软件从DEM生成流量积聚图,流向,排水管网和存储体积的表面积图,并绘制高程和高程图。根据Ripple方法,发现大坝水库的蓄水量为84 hm3,在这种蓄水量下,从高程图和水面区域估计的波峰高程为360米,而根据高程图,相同的蓄水量估计为2.64 km2。 GIS应用程序为水管理者和规划者提供了有用的信息。与水库调查方法相比,可以更轻松地分析大坝不同位置的蓄水量和水表面积,从而找到最适合大坝建设的位置。

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