Road Construction and Vehicular Activities as Indicators for Heavy Metal Pollution in Osogbo Metropolis, South West Nigeria

Wasiu Bolade Agbaje, Mutiu Alani Fakunle, Luqman Adeyemi Azeez, Olalekan Aderemi Olabode, Oluwadurotimi Olutosin Akintade
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引用次数: 1

Abstract

The levels of heavy metals in soil samples from selected major roads under construction, burrow sites (a place where soil was obtained for road filling) and two roads under use have been investigated. Soil samples were collected and digested using standard methods. The digests were analyzed for Ni, Cr, Zn, Cd, Cu and Pb using Atomic Absorption Spectrophotometer. The data were subjected to descriptive statistics, non linear regression and one way analysis of variance (ANOVA). The results showed that cadmium had the highest Contamination Factor (CF). The Pollution Load Index of the roads under construction was higher than each of the Burrow siteand one of the Trunk C roads analyzed for comparison. The Ecological Risk Factor of the sampling sites was less than 40 which indicated that, the levels of heavy metals on the road construction sites did not pose ecological risks to the environment. The Ecological Risk Index of each of all the sampling sites was less than 150 indicating that they fell within the low ecological risk category. The study established that the Burrow site did not contribute to the heavy metal concentration of the road under construction and the contamination was traced to vehicular activities.
作为尼日利亚西南部奥索博大都市重金属污染指标的道路建设和车辆活动
对选定的在建主要道路、挖洞地点(取土填筑道路的地方)和两条正在使用的道路的土壤样本中的重金属水平进行了调查。采集土壤样品,采用标准方法进行消化。用原子吸收分光光度法测定了样品中Ni、Cr、Zn、Cd、Cu和Pb的含量。对数据进行描述性统计、非线性回归和单因素方差分析(ANOVA)。结果表明,镉的污染系数最高。在建道路的污染负荷指数高于所有Burrow站点和1条主干C道路进行比较分析。采样点的生态风险因子均小于40,表明道路施工现场重金属含量不构成生态环境风险。各样点的生态风险指数均小于150,属于低生态风险类型。该研究证实,Burrow地点并没有导致在建道路的重金属浓度,污染可追溯到车辆活动。
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