重新定义尼日利亚的气候带

I. Agada, S. I. Aondoakaa, E. J. Eweh
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摘要

目的:本研究旨在确定尼日利亚的气候带。研究持续时间:尼日利亚36个州和FCT的每日气温数据来自美国国家航空航天局(NASA),为期37(37)年(1984-2020)。方法:采用单键、全键、簇内平均距离、簇间平均距离、质心聚类、中位数聚类和Ward法等分层聚类方法。结果:基于研究结果,中位数联动、完全联动和Ward聚类方法的解更符合实际。应用聚类分析,揭示了尼日利亚的五个气候带(聚类)。集群1只覆盖高原州,而集群2覆盖三个西南州和一个西北州(卡杜纳)。集群3覆盖了东南部、南南(除了克罗斯河)、中北部(除了科吉和夸拉)、西北部的包奇以及西南部的奥贡和奥约的所有州。集群4包括南南(克罗斯河)、南南(拉各斯)的一个州,中北部的两个州(科吉和夸拉),东北部的三个州(阿达马瓦、贡贝和塔拉巴)和西北部的四个州(吉加瓦、卡诺、卡斯蒂纳和扎姆法拉)。最后,第5组涵盖东北部(博尔诺和约贝)和西北部(凯比和索科托)的两个州。结论:我们的研究结果清楚地表明,聚类分析可以应用于从气温数据中识别相似的天气/气候状态。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Re-defining the Climatic Zones over Nigeria
Aims: This study aimed at identifying climatic zones over Nigeria. Duration of Study: Daily air temperature data for the 36 states and FCT in Nigeria were obtained from National Aeronautic and Space Administration (NASA) for the period of thirty-seven (37) years (1984-2020). Method: Several hierarchical clustering procedures–single linkages, complete linkage, average distance within clusters, average distance between clusters, centroid clustering, median linkage and Ward’s method were used in this study. Results: Based on the findings, median linkage, complete linkage and Ward’s clustering method solutions seems more realistic. The application of cluster analysis, revealed five climate zones (cluster) over Nigeria. Cluster 1 covers Plateau state only while cluster 2 covers three south-west states and one north-west state (Kaduna). Cluster 3 covers all the states in south-east, south-south (except Cross River), North-central (except Kogi and Kwara), Bauchi in North-west and ogun and Oyo in South-west. Cluster 4 covers one state in south-south (Cross River), South-south (Lagos), two states in North-central (Kogi and Kwara), three states in North-east (Adamawa, Gombe and Taraba) and four states in North-west (Jigawa, Kano, Kastina and Zamfara). Lastly cluster 5 covers two states in North-east (Borno and Yobe) and North-west (Kebbi and Sokoto). Conclusion: Our findings clearly show that cluster analysis can be applied to identify similar weather/climate state from air temperature data.
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