The Natural Disaster Prone Index Map Model in Indonesia Using the Thiessen Polygon Method

  • Kevin Hendra William Universitas Kristen Satya Wacana
  • Kristoko Dwi Hutomo Universitas Kristen Satya Wacana
Abstract views: 173 , PDF downloads: 105
Keywords: Polygon Thiessen, Indonesia, Natural Disaster, Mapping, System Information Geographic

Abstract

Natural Disasters are natural phenomena that occur at any moment that can cause loss. Indonesia is an archipelagic country located at the meeting of four tectonic plates and volcanic belts. This condition causes Indonesia to be prone to natural disasters. Therefore, it is necessary to make a natural disaster-prone index map model minimize the impact of natural disasters. In this research, the researchers used a Polygon Thiessen method for it was one of the mapping methods to determine a natural disaster based on Indonesia's vast surface and many disasters. The BNPB and Polygon Thiessen data comparison shows that BNPB data has a low level of vulnerability of 302, a moderate level of vulnerability of 148, and a high level of vulnerability of 58. In contrast, the Thiessen polygon has a low level of vulnerability of 297, a moderate vulnerability of 158, and a high vulnerability of 59. Comparing BNPB data and the Thiessen Polygon method found five differences from 40 data in the Papua region. Suggestions for further research to create an application-based information system so that it can be accessed in real-time.

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Published
2021-08-08
How to Cite
[1]
K. H. William and K. D. Hutomo, “The Natural Disaster Prone Index Map Model in Indonesia Using the Thiessen Polygon Method ”, intensif, vol. 5, no. 2, pp. 148-160, Aug. 2021.