Area Identification Of Catchment Areas Using Far Sensing And Gis Applications In East Jakarta

Himmes Fitra Yuda, A. Anugrahadi, Puspita Dinda Rahmawati
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Abstract

The presence of catchment areas is needed. Besides its function for groundwater conservation, this area also is used to reduce flood risks. The need for houses also encourages people to use qualified Catchment areas to be used as houses and does not consider its natural factors. It happens a lot in suburban areas such as East Jakarta that in early 2020 this area becomes one of the most affected areas due to the flood in DKI Jakarta. Due to the world pandemic, Covid-19, direct field research is hard to carry out, so this research using remote sensing applications and geographic information systems to identify areas that qualify as water catchment areas. In practice, it uses secondary data sourced from national institutions and agencies with direct access to the data. The results showed that 12,36% of the research areas did not meet the requirements as Catchment areas, 68,01% were sufficiently eligible, and 19,63% were highly qualified. However, in its utilization, only 22.06% of the total research area currently plays an active role as groundwater catchment areas because of the land cover dominated by built-up land. It can lead to various risks as flooding or a reduction in the volume of groundwater.
利用遥感和地理信息系统在雅加达东部流域的面积识别
需要有集水区。该区域除了具有涵养地下水的功能外,还具有降低洪水风险的作用。对房屋的需求也鼓励人们使用合格的集水区作为房屋,而不考虑其自然因素。这种情况在雅加达东部等郊区经常发生,到2020年初,由于雅加达DKI的洪水,该地区成为受影响最严重的地区之一。由于2019冠状病毒病(Covid-19)全球大流行,直接实地调查难以开展,因此本研究利用遥感应用和地理信息系统来确定符合集水区条件的地区。在实践中,它使用来自国家机构和机构的二手数据,这些机构可以直接访问数据。结果表明:12.36%的研究区不符合集水区条件,68.01%的研究区基本合格,19.63%的研究区高度合格。但在地下水利用方面,由于土地覆盖以建成区为主,目前仅占研究总面积的22.06%,具有积极的地下水集水区作用。它可能导致各种风险,如洪水或地下水容量减少。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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