MODELING OF SHORELINE CHANGES IN WEST KALIMANTAN USING REMOTE SENSING AND HISTORICAL MAPS

Keywords: Abrasion; Accretion; Shoreline changes; West Kalimantan Introduction The development of nuclear power plant on West Kalimantan aims to meet national electricity needs, spur industrial growth, and improve community welfare, it requires spatial modeling to ensure location suitability and min...

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Published inInternational journal of conservation science Vol. 13; no. 3; pp. 1043 - 1056
Main Authors Susiati, Heni, Agung Widiawaty, Millary, Dede, Moh, Akbar, Aji Ali, Udiyani, Pande Made
Format Journal Article
LanguageEnglish
Published Iasi International Journal of Conservation Science (IJCS) 01.07.2022
Subjects
Abrasion
Accretion
Algorithms
Coal-fired power plants
Coastal zone
Coasts
Deposition
Electric power generation
Electricity
Landsat
Marine conservation
Modelling
Nuclear energy
Nuclear power plants
Regression analysis
Remote sensing
Sediments
Shoreline changes
Shoreline protection
Shorelines
Stability analysis
West Kalimantan Indonesia
South China Sea
Indonesia
East Indies
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Summary:Keywords: Abrasion; Accretion; Shoreline changes; West Kalimantan Introduction The development of nuclear power plant on West Kalimantan aims to meet national electricity needs, spur industrial growth, and improve community welfare, it requires spatial modeling to ensure location suitability and minimize damage to coastal areas [1, 2]. [...]this observation can be done through field observations, but these activities are considered inefficient. Shoreline changes data needs to be entered for analysis of potential nuclear power plant site that requires stability from abrasion and accretion in long period, so combining remote sensing imageries, especially from Landsat series, and historical maps are the right option. To meet demand for electricity in Kalimantan, Indonesian Government has pursued power plant development in West Kalimantan through coal-fired power plants in Bengkayang, Pontianak, Ketapang, and Kayong Utara [12].
ISSN:2067-533X
2067-8223