尼日利亚贝宁市垃圾场土壤中种植的秋葵(Abelmoschus Esculentus)的重金属浓度

Godspower Oke Omokaro, Mary Ganpatei Ojujoh, Ikioukenigha Michael, Zipporah Simiyu Nafula
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摘要

该研究调查了从贝宁大学和贝宁市埃科索丁获得的垃圾场土壤中种植的秋葵(Abelmoschus esculentus)中的重金属浓度。在种植前后采集土壤样品,分析pH、全氮(N)、总有机碳(C)、磷(P)、铁(Fe)、锌(Zn)、锰(Mn)和重金属(Cu、Pb、Cd和Cr)浓度。该研究揭示了种植前后不同地区土壤酸度水平的变化。在表1中,农田的土壤pH值为中酸性(5.61),市场和住宅的土壤pH值为中性(6.79),院系的土壤pH值为微酸性(6.14)。在表2中,种植后,市场(5.68)和住宅(5.80)的pH值保持中等酸性,而农田(5.42)和院系(5.36)的pH值变为强酸性。大部分垃圾场种植后总氮、总磷含量下降,总有机碳含量增加。铁、锌、锰的浓度在垃圾场和种植后各阶段有所不同。垃圾场和种植阶段的粒径分布仍以沙质为主。该研究表明,在各种垃圾场土壤中种植的秋葵植物对选定的重金属没有毒性水平,其浓度通常落在蔬菜消费的可接受限度内。住宅用地秋葵植株对铜的吸收浓度最高(36.0 mg/kg),农田最低(23.3 mg/kg)。不同垃圾场的铅吸收量不同:市场(0.15 mg/kg)、农田(0.10 mg/kg)、住宅用地(0.12 mg/kg)和院系(0.06 mg/kg)。在市场垃圾场(0.05 mg/kg)、农田(0.02 mg/kg)、居民区(0.01 mg/kg)和院系(0.04 mg/kg)观察到镉(Cd)吸收量。土壤和秋葵植物中的重金属浓度一般低于石油资源部(DPR)为土壤和世界卫生组织(世卫组织)为供人类食用的蔬菜设定的允许限度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Heavy Metal Concentration of Okra (Abelmoschus Esculentus) Grown on Dumpsite Soil in Benin City, Nigeria
The study investigates the concentrations of heavy metals in Okra (Abelmoschus esculentus) planted in dumpsite soil obtained from the University of Benin and Ekosodin in Benin City. Soil samples were collected before and after planting and analyzed for pH, total nitrogen (N), total organic carbon (C), phosphorus (P), iron (Fe), zinc (Zn), manganese (Mn), and heavy metal concentrations (Cu, Pb, Cd, and Cr). The study reveals variations in soil acidity levels across different locations before and after planting. In Table 1, soil pH was moderately acidic in Farmland (5.61), neutral in Market (6.79) and Residential (6.76) areas, and slightly acidic in Faculties (6.14). In Table 2, after planting, the pH remained moderately acidic in Market (5.68) and Residential (5.80), while becoming strongly acidic in Farmland (5.42) and Faculties (5.36). Total N and P decreased in most dumpsites after planting, while total organic carbon increased. Fe, Zn, and Mn concentration varied between dumpsites and after planting stages. Particle size distribution remained predominantly sandy across dumpsites and planting stages. The study suggests that Okra plants cultivated in various dumpsite soils showed no toxic levels for the selected heavy metals, with concentrations generally falling within acceptable limits for vegetable consumption. The copper concentration highest uptake observed in Okra plants from Residential Land (36.0 mg/kg) and the lowest in Farmland (23.3 mg/kg). Lead (Pb) uptake varied across dumpsites: Market (0.15 mg/kg), Farmland (0.10 mg/kg), Residential Land (0.12 mg/kg), and Faculties (0.06 mg/kg). Cadmium (Cd) uptake was observed at Market dumpsites (0.05 mg/kg), Farmland (0.02 mg/kg), Residential Area (0.01 mg/kg), and Faculties (0.04 mg/kg). Heavy metal concentrations in the soil and Okra plants were generally below the permissible limits set by the Department of Petroleum Resources (DPR) for soil and World Health Organization (WHO) for vegetables intended for human consumption.
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