General geology of Kg. Gemang and identification of potential landfill zone map for the enhancement of sustainable waste management by using Geographic Information System (GIS)for Jeli district

This study area for General Geology of Kg Gemang is located at Gemang 5°47'20.742"N 101°50'53.214"E, 5°47'20.828"N 101°53'33.109"E, 5'44'37.834"N 101'50'53.007"E and 5°44'37.92"N 101°53'33.191"E. The coordinate...

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Main Author: Ainul Mardhiyah, Mohd Razib
Format: Undergraduate Final Project Report
Published: 2015
Online Access:http://discol.umk.edu.my/id/eprint/6226/
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spelling my.umk.eprints.62262022-05-23T08:45:57Z http://discol.umk.edu.my/id/eprint/6226/ General geology of Kg. Gemang and identification of potential landfill zone map for the enhancement of sustainable waste management by using Geographic Information System (GIS)for Jeli district Ainul Mardhiyah, Mohd Razib This study area for General Geology of Kg Gemang is located at Gemang 5°47'20.742"N 101°50'53.214"E, 5°47'20.828"N 101°53'33.109"E, 5'44'37.834"N 101'50'53.007"E and 5°44'37.92"N 101°53'33.191"E. The coordinate given covered for 5 kilometres by 5 kilometres (5km x 5km). Specification for this thesis was done to identify geological factor that control the suitability of landfill construction and to produce potential landfill zone map for Jeli District by using Geographic Information System (GIS). Objectives for this study area are to update geological map to 1: 25,000 scale. Method used in this project including mapping, lab work and (AS software. Geological Mapping covered for sampling purposes and those samples is collected for further study in the laboratory for thin section interpretation. The samples are going to collect from the available outcrop. Thin section is a 30 μm (= 0.03 mm) thick slice of rock attached to a glass slide with epoxy. Lithology of Gemang involves granitic rocks. GIS spatial analysis used involved reclassification and union based on soil texture, fault distribution, distance from river, landuse and topography (slope degree) as parameters. The most suitable sites for landfill site development in the study area should be located 750 m from main river networks, out of fault zone area and with the low permeability and porosity of soil properties. The selected areas have slopes less than 12%, with minimizing environmental impacts. The study proposes acceptable landfill sites for solid waste disposal in the area. 2015 Undergraduate Final Project Report NonPeerReviewed Ainul Mardhiyah, Mohd Razib (2015) General geology of Kg. Gemang and identification of potential landfill zone map for the enhancement of sustainable waste management by using Geographic Information System (GIS)for Jeli district. Undergraduate Final Project Report thesis, Faculty of Earth Science. (Submitted)
institution Universiti Malaysia Kelantan
building Perpustakaan Universiti Malaysia Kelantan
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Malaysia Kelantan
content_source UMK Institutional Repository
url_provider http://umkeprints.umk.edu.my/
description This study area for General Geology of Kg Gemang is located at Gemang 5°47'20.742"N 101°50'53.214"E, 5°47'20.828"N 101°53'33.109"E, 5'44'37.834"N 101'50'53.007"E and 5°44'37.92"N 101°53'33.191"E. The coordinate given covered for 5 kilometres by 5 kilometres (5km x 5km). Specification for this thesis was done to identify geological factor that control the suitability of landfill construction and to produce potential landfill zone map for Jeli District by using Geographic Information System (GIS). Objectives for this study area are to update geological map to 1: 25,000 scale. Method used in this project including mapping, lab work and (AS software. Geological Mapping covered for sampling purposes and those samples is collected for further study in the laboratory for thin section interpretation. The samples are going to collect from the available outcrop. Thin section is a 30 μm (= 0.03 mm) thick slice of rock attached to a glass slide with epoxy. Lithology of Gemang involves granitic rocks. GIS spatial analysis used involved reclassification and union based on soil texture, fault distribution, distance from river, landuse and topography (slope degree) as parameters. The most suitable sites for landfill site development in the study area should be located 750 m from main river networks, out of fault zone area and with the low permeability and porosity of soil properties. The selected areas have slopes less than 12%, with minimizing environmental impacts. The study proposes acceptable landfill sites for solid waste disposal in the area.
format Undergraduate Final Project Report
author Ainul Mardhiyah, Mohd Razib
spellingShingle Ainul Mardhiyah, Mohd Razib
General geology of Kg. Gemang and identification of potential landfill zone map for the enhancement of sustainable waste management by using Geographic Information System (GIS)for Jeli district
author_facet Ainul Mardhiyah, Mohd Razib
author_sort Ainul Mardhiyah, Mohd Razib
title General geology of Kg. Gemang and identification of potential landfill zone map for the enhancement of sustainable waste management by using Geographic Information System (GIS)for Jeli district
title_short General geology of Kg. Gemang and identification of potential landfill zone map for the enhancement of sustainable waste management by using Geographic Information System (GIS)for Jeli district
title_full General geology of Kg. Gemang and identification of potential landfill zone map for the enhancement of sustainable waste management by using Geographic Information System (GIS)for Jeli district
title_fullStr General geology of Kg. Gemang and identification of potential landfill zone map for the enhancement of sustainable waste management by using Geographic Information System (GIS)for Jeli district
title_full_unstemmed General geology of Kg. Gemang and identification of potential landfill zone map for the enhancement of sustainable waste management by using Geographic Information System (GIS)for Jeli district
title_sort general geology of kg. gemang and identification of potential landfill zone map for the enhancement of sustainable waste management by using geographic information system (gis)for jeli district
publishDate 2015
url http://discol.umk.edu.my/id/eprint/6226/
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score 13.1944895