尼日利亚奥约州Iseyin地方政府区域城市化对土地覆盖变化和地表温度的影响

Adeleke S.O., Moshood F.J.
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引用次数: 0

摘要

毫无疑问,城市化是改变地球表面的主要因素之一,因为它对土地覆盖变化和地表温度(LST)有重大影响。本研究评估了城市化对伊塞因地方政府区土地覆盖变化和地表温度的影响。研究中使用了22年(2000年、2013年和2022年)的Landsat图像,分辨率为30 m。结果表明,2000年全区植被面积为58538 ha(43%),建成区面积为2535 ha(2%),农田面积为61248 ha(45%),岩丘区面积为3226 ha(2.4%),水体面积为431.17 ha(0.3%),裸地面积为8642 ha(6.42%)。2013年,建成区面积占3.4% (4577 ha),水体面积占0.21% (281 ha),植被面积占35% (48136 ha),农田面积占48% (64352 ha),裸地面积占11% (15944 ha),岩石/丘陵面积占1.02% (1376 ha)。2022年,建成区面积为6393公顷(4.8%),水体面积为515公顷,植被面积为33819公顷,农田面积为75999公顷,裸地面积为14346公顷,山地面积为3594公顷。2000年、2013年和2022年的平均气温分别约为32oC、27oC和29oC。研究表明,2000 - 2022年,城市化对Iseyin LGA的土地覆盖类型产生了很大的影响,并增加了LST。该研究为决策者制定有效和可持续的Iseyin LGA政策提供了科学参考。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Impact of Urbanization on Land Cover Changes and Land Surface Temperature in Iseyin Local Government Area, Oyo State, Nigeria
Urbanization, without any iota of doubt, is one of the leading factors modifying the Earth’s surface because it has a significant impact on land cover changes and Land Surface Temperature (LST). This study assessed the impact of urbanization on land cover changes and LST in Iseyin Local Government Area. Landsat images of 22 years duration (2000, 2013, and 2022) and 30 m resolution were used in the study. The result showed that in 2000, vegetation occupied 58538 ha (43%), the built-up areas covered 2535 ha (2%), farmland covered 61248 ha (45%), rocky/hilly areas accounted for 3226 ha (2.4%), water bodies accounted for 431.17 ha (0.3%) while bare land covered 8642 equivalent to 6.42% of the area. In 2013, the built-up area occupied 3.4% (4577 ha), water body covered 0.21% (281 ha), vegetation covered 35% (48136 ha), farmland covered 48% (64352 ha), bare land covered 11% (15944 ha) while rocky/hilly area covered 1.02% (1376 ha). In 2022, built-up areas covered 6393 ha (4.8%), water bodies, vegetation and farmland covered 515 ha, 33819 ha, and 75999 ha respectively while bare land and rocky/hilly areas also covered 14346 ha and 3594 ha respectively. The LST result showed a mean temperature value of about 32oC, 27oC and 29oC in 2000, 2013, and 2022 respectively. The study concludes that urbanization has largely affected the land cover types in Iseyin LGA and increased the LST between 2000 and 2022. The study has therefore provided a scientific reference to policymakers to develop effective and sustainable policies in Iseyin LGA.
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