000			02928nam a22002177a 4500
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005			20250320104552.0
008			250320b |||||||| |||| 00| 0 eng d
040			_cNVSU
100			_aBello, Jellyfer B.
245			_aLandslide susceptibility mapping in Kayapa, Nueva Vizcaya using GIS: an enhancement/ _cJellyfer B. Bello, Edison B. De Guzman, Jestoni S. Ferrer and Clard Jazzrel G. Fontanilla
260			_aBayombong: _bNueva Vizcaya State University, _c2024.
300			_axiii, 143 leaves : _bcolored illustrations, photos ; _c28 cm.
500			_a To property manage the landslide threat and minimize property damage and fatalities, a landslide susceptibility map must be created. The municipality of Kayapa has seen landslides, just like many other hilly areas, which have caused lives, injuries, and property damage. Therefore, the purpose of this work was to use a GIS-based spatial multicriteria approach to create an improved map of landslide susceptibility. For the current assessment, seven causal elements were chosen, that include elevation, land cover, rainfall. slope, road distance, and river distance. Four susceptibility classes low, moderate, high and very high were identified on the enhanced landslide susceptibility map that resulted from the integration of AHP and GIS methodologies. The enhanced map provides a more detailed representation of the places that are actually susceptible. The data indicates that 7288.12hectares are classified as low susceptible, 14138.65 hectares as moderate susceptible, 16525.27 hectares as highly susceptible, and 11618.47 hectares as very highly susceptible to landslides. The result presented in the study indicate that Barangay Balete, Cabayo, Latbang and other part of Barangay Banao, Pinayag, Nansiakan, and Buyasyas are identified as high-risk areas while some parts of Barangay Lawigan, Kayapa Proper West, Talecabcab, Acacia, Amelong Labeng, Ansipsip, Baan, Balangabang, Banao, Besong. Binalian, Buyasyas, Cabalatan Alang, Cabanglasan, Castillo Village, Kayapa Proper East, Lawigan, Mapayao, Pampang, Pingawan, Pinkian, San Fabian, Tidang Village, and Tubongan are classified as low-risk areas. Additionally, the field survey and geotagging validation provide positive findings, meaning that the verified spots match the susceptibility levels on the improved LSM. The improved LSM is a useful tool for disaster preparedness since it allows local government agencies to put specific policies in place to reduce the danger of landslides, particularly in high-risk areas. Keywords: Landslides, Enhanced landslide susceptibility map, AHP, GIS.
500			_aResearch paper (Bachelor of Science in Geodetic Engineering)
504			_aIncludes bibliographical references and appendices
700			_aDe Guzman, Edison B., author.
700			_aFerrer, Jestoni S., author.
700			_aFontanilla, Clard Jazzrel G., author.
942			_2ddc _cU _n0
999			_c129 _d129