Impact of Urbanization on Land Use/Land Cover — Case Study: The Western Part of Khartoum State, Sudan

T. Yousif, N. Abdalla, Elmugheira M. Ibrahim, A. M. Adam
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Abstract

LANDSAT images of the Western parts of Khartoum State were taken from 1987 to 2014 to assess the impacts of urbanization on Land use/cover using ENVI Imaging 4.5. Unsupervised IsoData method was adopted for land cover classification. Change detection statistics of the years from 1987 to 2000 show that the sand and urban areas gained 5.62 Km (38%) and 4.35 Km (9%) respectively. Whereas the bare land and water loss 1.02 Km (9%) and 9.03 (17%) respectively. From 2000 to 2014 there was a loss of sand by 11.23 Km (56%) whereas the bare land, the vegetation and urban areas gained 7.03 Km (16%), 1.62 Km (11%) and 2.87 Km (6%) respectively. The results also show a decrease of sand, bare land and water by 5.72 Km (40%), 1.97 Km (4%) and 1.15 Km (13%) respectively, while the residential areas and the vegetation gained 6.8 Km (16%) and 2.04 Km (14%) respectively from 1987 to 2014. The study concludes that urban expansion could expose the area to wind and water erosion and without sustainable management of natural resources, the whole ecosystem will be in danger.
城市化对土地利用/土地覆盖的影响——以苏丹喀土穆州西部地区为例
为了评估城市化对土地利用/覆盖的影响,使用ENVI Imaging 4.5对喀土穆州西部地区1987年至2014年的LANDSAT图像进行了拍摄。采用无监督IsoData方法进行土地覆盖分类。1987 - 2000年的变化探测统计表明,沙区和城区分别增加了5.62 Km(38%)和4.35 Km(9%)。裸地和水分别损失1.02 Km(9%)和9.03 Km(17%)。2000 - 2014年,沙地面积减少11.23 Km(56%),而裸地面积增加7.03 Km(16%),植被面积增加1.62 Km(11%),城市面积增加2.87 Km(6%)。1987 - 2014年,沙地、裸地和水域面积分别减少5.72 Km(40%)、1.97 Km(4%)和1.15 Km(13%),而居住区和植被面积分别增加6.8 Km(16%)和2.04 Km(14%)。研究认为,城市扩张会使该地区暴露于风蚀和水蚀之下,如果不对自然资源进行可持续管理,整个生态系统将处于危险之中。
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