Urbanization and Other Land Use Land Cover Change Assessment in the Greater Kumasi Area of Ghana

A. Koranteng, Isaac Adu-Poku, Bernard Fosu Frimpong, Jack Nti Asamoah, J. Agyei, T. Zawila-Niedzwiecki
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引用次数: 2

Abstract

Urbanization posits the expression of urban expanse expansion due to population growth, rise in built-up areas, high population density and its corres-pondingly urban way of life. Unrestrained impetus of development and land use land cover change (LULCC) portent several issues such as unlawful urban sprawl, loss of agricultural land, forest loss and other associated complica-tions. This study analyzed the dynamics of urbanization and other LULCC in Ghana’s Greater Kumasi area via Landsat images (TM 1986, OLI 2013 and OLI 2023) using ERDAS Imagine, Idrisi and ArcGIS software. Implementing supervised classification technique, the Maximum Likelihood Classifier (MLC) procedure was employed to categories the study area into five LULC classes. Accuracy assessment undertaken on the resultant LULC maps was deemed very satisfactory. The results from 1986-2023 pointed to an upsurge in a built-up extent as of 8% to 41%, a decrease in Closed Forest from 9% to 4%, another decrease in Open Forests from 64% to 33%, a slight increase from 16% to 20% in farmlands and a stable level of water share. Further analysis indicated that the study area had undergone LULCC within the periods 1986-2013 and 2013-2023 at 60% and 37% respectively. The findings showed uncontrolled urban sprawling along major roads and forest loss as deforestation outside protected areas and degradation in protected forest. The monitoring of urbanization and other LULCC is important for local, and national governments and other bodies charged with the implementation of programs
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加纳大库马西地区城市化和其他土地利用土地覆盖变化评估
城市化是由于人口增长、建成区增加、人口密度高以及相应的城市生活方式而导致的城市扩张的表现。无节制的发展动力和土地利用、土地覆盖变化(LULCC)预示着一些问题,如非法城市扩张、农业用地流失、森林流失和其他相关的并发症。本研究利用ERDAS Imagine、Idrisi和ArcGIS软件,利用Landsat图像(TM 1986、OLI 2013和OLI 2023)分析了加纳大库马西地区城市化和其他LULCC的动态。采用监督分类技术,利用最大似然分类器(MLC)将研究区域划分为5个LULC类。对最终的LULC地图进行的精度评估被认为是非常令人满意的。1986-2023年的研究结果表明,建设面积从8%上升到41%,封闭森林从9%下降到4%,开放森林从64%下降到33%,农田从16%略微增加到20%,水份额保持稳定。进一步分析表明,研究区在1986-2013年和2013-2023年期间分别发生了60%和37%的LULCC。调查结果显示,城市沿着主要道路不受控制地扩张,保护区外的森林砍伐和保护区森林退化导致森林损失。监测城市化和其他低碳变化对地方和国家政府以及负责实施项目的其他机构非常重要
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