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Identification of ex-sand mining area using optical and SAR imagery

机译:使用光学和SAR图像识别出砂矿区

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Open mining activities in Sumedang Regency has been operated since 1984 impacted to degradation of environment due to large area of ex-mining. Therefore, identification of ex-mining area which generally been used for sand mining is crucial and important to detect and monitor recent environmental degradation impacted from the ex-mining activities. In this research, identification ex-sand mining area using optical and SAR data in Sumedang Regency will be discussed. We use Landsat 5 TM acquisition date August 01, 2009 and Landsat 8 OLI acquired on June 24, 2016 to identify location of sand mining area, processed using Tasselled Cap Trasformation (TCT), while the landform deformation approached using ALOS PALSAR in 2009 and ALOS PALSAR 2 in 2016 processed using SAR interferometry (InSAR) method. The results show that TCT and InSAR method can can be used to identify the areas of ex-sand mining clearly. In 2016 the total area of ex-mining were 352.92 Ha. The land deformation show that during 7 years period since 2009 has impacted to the deformation at 7 meters.
机译:自1984年以来,苏美洲公开矿业活动已被影响,由于优越的前矿业面积造成的环境劣化。因此,鉴定通常用于沙坑的前采地面积至关重要,重要的是检测和监测近期从事挖掘活动影响的环境退化。在这项研究中,将讨论使用Sumedang Regency中使用光学和SAR数据的识别出砂挖掘区域。我们使用Landsat 5 TM收购日期2009年8月1日和2016年6月24日收购的Landsat 8 Oli,以识别使用Tasselled帽扭曲(TCT)的沙坑区域的位置,而2009年使用Alos Palsar接近地形变形,以及Alos Palsar 2在2016年使用SAR干涉测量法(INSAR)方法处理。结果表明,TCT和INSAR方法可用于清楚地识别出砂矿的区域。 2016年,前采矿总面积为352.92公顷。土地变形显示,自2009年以来7年内影响到7米的变形。

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