Ryan Juliston Pangihutan Simanjuntak, K. N. Suarbawa, I. K. Putra
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引用次数: 0
摘要
本研究分析了努沙登加拉群岛因森林和陆地火灾而产生的烟雾分布。本研究使用2020年9月的二次数据,如卫星图像数据和气象条件数据,因为2020年努沙登加拉群岛森林火灾最多,NTT达到114,719.00 Ha, NTB达到29,157.00 Ha。在本研究中,为了探测森林和陆地火灾引起的烟雾,Himawari-8卫星和Terra Aqua卫星将产生图像来探测烟雾。图像数据将使用Himawari-8卫星的卫星动画和交互式诊断(SATAID)软件和Terra Aqua卫星的研究应用开发超光谱数据查看器(HYDRA)进行处理。卫星的图像结果将用红、绿、蓝(RGB)技术检测和显示烟雾的分布,其中RGB技术将提供要检测的图像对象的颜色对比。然后对图像结果进行分析,并将其与2020年9月努沙登加拉群岛森林和土地火灾期间发生的气象条件联系起来。
Analysis of Smoke Distribution in the Nusa Tenggara Islands Due to Forest and Land Fires
This study analyzes the distribution of smoke in the Nusa Tenggara Islands due to forest and land fires. This study uses secondary data in September 2020, such as satellite image data and meteorological condition data, because in 2020, the Nusa Tenggara Islands have the largest forest fires, NTT reaches 114,719.00 Ha, and NTB reaches 29,157.00 Ha. In this study, to detect smoke caused by forest and land fires, the Himawari-8 satellite and the Terra Aqua satellite will produce images to detect smoke. The image data will be processed using Satellite Animation and Interactive Diagnosis (SATAID) software for the Himawari-8 satellite and Hypersectral Data Viewer for Development of Research Applications (HYDRA) for the Terra Aqua satellite. The image results from the satellite will detect and show the distribution of smoke with the red, green, blue (RGB) technique, where the RGB technique will provide color contrast to the image object to be detected. Then the image results analyzed, and linked to the meteorological conditions that occurred during forest and land fires in the Nusa Tenggara Islands in September 2020.