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Analysis of puddles in Swamp areas of Banyuasin District using the image Lands at 8 by NDWI method

机译:鲍粉蛋白区沼泽地区水坑利用图像落地探讨8升8次

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摘要

Stagnant water and flooding in a region generate the disruption of activities from the area use. The swamp area is one of the areas that is always flooded in which nowadays the development in the swamp area is more massive, so that required road infrastructure to support regional development is available. The road construction planning needs to take attention to the areas of inundation that exist in the swampy areas so that the road can be built by the basic function of the swamp. The use of remote sensing technology is an economic alternative that can be used in the introduction of the puddels. In this study, the classification of puddles will be done using the Landsat 8 image with the Normalized Different Wetness Index (NDWI) method by using the combination on band composite 53.The results shows that the classification by obtaining the range of reflectance value in which (-0.7851) - (-0.404') for non-water body, (-0.4041) -(-0.2021) for low puddles, (-0.2021) - 0.0733 for medium puddles, 0.0733 -0.1057 for high puddles, and 0.1057 - 0.8726 for rivers.
机译:区域中停滞的水和洪水产生了从面积使用中的活动中断。沼泽区域是总是淹没的领域之一,其中沼泽地区的发展更为巨大,因此可以提供所需的道路基础设施来提供区域开发。道路施工规划需要注意沼泽地区存在的淹没区域,以便通过沼泽的基本功能构建道路。使用遥感技术是一种经济替代方案,可用于佩德尔的引入。在这项研究中,通过使用在带复合53上的组合,使用LANDSAT 8图像与归一化不同的湿度指数(NDWI)方法使用Landsat 8图像来完成水坑的分类。结果表明通过获得反射值的范围来进行分类(-0.7851) - 用于非水体的(-0.404')(-0.404')(-0.4041) - ( - 0.2021),用于低坑,(-0.2021) - 用于中水坑的0.0733,高水坑0.0733 -0.1057,0.1057 - 0.8726对于河流。

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