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Analysis of Tsunami Inundation Potential in the Coastal Area of Palabuhanratu District

机译:Palabuhanratu区沿海地区海啸淹没潜力分析

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How the tsunami hazard affecting life in Palabuhanratu District is investigated in this paper. By considering this district as a tourist area that is visited by many tourists, the coastal activity is quite high compared to other areas. In the southern region of Java Island, or more precisely Pelabuhanratu, there is an active tectonic zone that can cause underwater earthquakes with a potential strength of up to 8.7 Mw. An underwater earthquake of this magnitude can cause a large tsunami potential, which will greatly affect or even paralyze community activities in coastal areas. This study is conducted to analyze the impact of a potential tsunami that could occur on community activities in the area. To achieve this, it is necessary to do tsunami modeling with numerical methods using the COMCOT v1.7 software on two scenarios. Then the results of the visualization of the inundation will be overlaid with land cover data and buildings data in Palabuhanratu District. The results of this study indicate that the tsunami immersion height in the first scenario modeling is much higher than the second scenario, which is more than 30 m. Meanwhile, for the second scenario, it reaches more than 4 m. The potential for this tsunami caused several losses to the residents, namely the residential area of 917.51 ha is submerged and 17,709 buildings affected in the first scenario, as well as the residential area of 260.54 ha is submerged and 2,779 buildings affected in the second scenario.
机译:本文调查了如何在Palabuhanratu区影响哈拉邦哈拉图区的海啸危害。通过将该地区视为许多游客访问的旅游区,与其他地区相比,沿海活动非常高。在Java岛的南部地区,或者更准确地Pelabuhanratu,有一个活跃的构造区,可能会导致水下地震,潜在的强度高达8.7兆瓦。这种幅度的水下地震可能导致大海啸潜力,这将极大地影响沿海地区的瘫痪社区活动。进行本研究以分析可能发生在该地区社区活动中的潜在海啸的影响。为实现这一目标,有必要在两种情况下使用Comcot V1.7软件使用数值方法进行Tsunami建模。然后,淹没的可视化结果将覆盖Palabuhanratu区的土地覆盖数据和建筑物数据。该研究的结果表明,第一场景建模中的海啸浸入高度远高于第二种情况,即超过30米。同时,对于第二个情景,它达到4米以上。该海啸的潜力对居民造成了几张损失,即917.51公顷的住宅区,淹没了17,709个建筑物,在第一场景中影响了260.54公顷的住宅区,第二个方案受到了2,779个建筑物。

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