Mr. Syamsul Bachri Profile

Syamsul Bachri

at Univ. Negeri Malang

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Proceedings Article | 22 December 2021 Paper

Estimated change in the percentage of vegetation cover after the eruption of Mount Agung, Bali in 2017

Mohammad Naufal Fathoni, Pramaditya Wicaksono, Syamsul Bachri

Proceedings Volume 12082, 120820W (2021) https://doi.org/10.1117/12.2617334

KEYWORDS: Vegetation, Data modeling, Visualization, Remote sensing, Error analysis, Visual process modeling, Statistical modeling, Satellites, Atmospheric corrections

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Vegetation is the key to the ecological conditions of an area, especially the highlands, which function as protected areas. The mapping of vegetation cover percentage is essential considering that highlands in Indonesia have massive changes, particularly in areas affected by eruptions. This study aims to map the changes in vegetation cover percentage of the area around Mount Agung after the eruption in 2017. Pre-eruption and post-eruption multi-temporal remote sensing data were used to extract the percentage of vegetation cover using an empirical model built from regression of NDVI values and visual observation of vegetation cover percentage based on high-resolution imagery. The estimated error value is 9.67% of pre-eruption condition cover and 14.45% of post-eruption condition cover, used as a threshold value to determine the area and location of percentage changes of vegetation cover. The area of 1.93 km² decreases vegetation cover percentage due to the eruption on the southern and southwest slopes of Mount Agung. The area that has not changed because of the eruption dominates at 24.92 km². The area that experienced increasing vegetation cover percentages was minimal due to vegetation growth during the temporal difference of imagery (5 months).

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