Joshua Benjamin Wisdom, Fuwape Ibiyinka, Rabiu Babatunde, Pires Evanilton E S, Sa'id Rabia Salihu, Ogunro Toluwalope T, Awe Oluwayomi Funmilola, Osunmakinwa Olugbenga Olusegun, Ogunjo Samuel
Department of Physics Kebbi State University of Science and Technology Aliero Kaura Nigeria.
Physics Unit Department of Physical and Natural Sciences University of the Gambia Serrekunda Nigeria.
Geohealth. 2023 Mar 21;7(3):e2022GH000722. doi: 10.1029/2022GH000722. eCollection 2023 Mar.
In recent times, the COVID-19 pandemic has been the subject of global concern. It has so far claimed over 5.4 million lives globally, with over 291 million cases recorded worldwide as of 5 January 2022. It is known to have different waves and variants, thus making it difficult to handle/manage. This study investigates the impact of the first and second waves of COVID-19 in Nigeria, West Africa. The data used is for the 36 states of Nigeria archived at the National Centre for Disease Control from February 2020 to April 2021. Results from the study reveal that the highest number of COVID-19 cases during the first/second wave was recorded at Lagos (23,238/34,616), followed by the Federal Capital Territory (FCT) (6,770/12,911) and alternates between Plateau (3,858/5,170) and Kaduna (3,064/5,908). Similarly, the highest number of deaths (during the first/second wave) was also recorded in Lagos (220/219), followed by Edo (112/73), and then FCT (83/81). The Case Fatality Ratio (CFR) was observed to be higher mostly in northern Nigeria during the first wave and the southeast during the second wave of the pandemic. On the average, the number of cases/deaths recorded during the second wave was higher than those of the first wave, but a decrease in the CFR values was observed during the second wave. Higher values of COVID-19 cases/death were mostly recorded in Nigeria during; maximum relative humidity (RH) (>70%) with minimum Temperatures (<25°C), Low temperatures, and low RH which is mostly observed during the cold/dusty periods.
近年来,新冠疫情一直是全球关注的焦点。截至2022年1月5日,全球范围内新冠疫情已导致超过540万人死亡,全球记录的病例超过2.91亿例。已知新冠疫情有不同的波次和变体,因此难以应对/管理。本研究调查了新冠疫情第一波和第二波对西非尼日利亚的影响。所使用的数据来自2020年2月至2021年4月存档于尼日利亚国家疾病控制中心的该国36个州的数据。研究结果显示,第一波/第二波新冠疫情期间病例数最多的是拉各斯(23238/34616),其次是联邦首都地区(FCT)(6770/12911),之后在高原州(3858/5170)和卡杜纳州(3064/5908)之间交替。同样,(第一波/第二波期间)死亡人数最多的也是拉各斯(220/219),其次是江户州(112/73),然后是联邦首都地区(83/81)。观察到病死率(CFR)在疫情第一波期间主要在尼日利亚北部较高,第二波期间在东南部较高。平均而言,第二波记录的病例数/死亡数高于第一波,但第二波期间病死率值有所下降。尼日利亚新冠病例/死亡数较高的值大多记录在;最大相对湿度(RH)(>70%)且最低温度(<25°C)、低温和低RH的时期,这些情况大多在寒冷/多尘时期出现。