巴基斯坦拉合尔及其他地区土壤镉调查

Sheikh Asrar Ahmad, S. Hussain, Hina Aziz, Muhammad Riaz
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引用次数: 0

摘要

即使是极微量的镉(Cd)也是有毒的,并对人类及其环境产生不利影响。目前对巴基斯坦拉合尔土壤镉浓度进行了评价,并与巴基斯坦其他城市报告的结果进行了比较。用石墨炉原子吸收光谱仪(GFAAS)测定了金属的浓度。GT公路、Misri shah、Ravi河、雨风侧施肥地和雨风侧未施肥地的Cd浓度分别为1.39 ~ 20.82µg/L、1.38 ~ 93.60µg/L、2.42 ~ 94.60µg/L、2.25 ~ 93.98µg/L和1.15 ~ 8.14µg/L。“拉维河”的Cd浓度(2.42-94.60µg/L)高于其他调查地区(1.15-93.98µg/L),这是由于在“拉维河”倾倒了来自所有工业、污水、家庭和农业区的未经处理的废物。研究发现,与未施肥土地相比,施肥土地具有更高的Cd含量。提高农民的认识和定期监测土壤对消除镉中毒的来源是很重要的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cadmium Investigations in Lahore Soil and Other Regions of Pakistan
Cadmium (Cd) is toxic even in the very trace amounts and shows adverse effects on the human being and his environment. Current studies were performed to evaluate the Cd concentration in soil of Lahore (Pakistan) and the results were compared with those reported from other cities of Pakistan. The metal concentration evaluated by graphite furnace atomic absorption spectrometer (GFAAS). Cd concen- tration was found to be 1.39-20.82 µg/L, 1.38-93.60 µg/L, 2.42-94.60 µg/L, 2.25-93.98 µg/L and  1.15-8.14 µg/L in GT road, Misri shah, river Ravi, fertilized land of Raiwind side and unfertilized land of Raiwind side, respectively. The higher Cd concentration (2.42-94.60 µg/L) at "River Ravi" as compared to the other investigated areas (1.15-93.98 µg/L) is owed to the dumping of untreated waste from all  industrial, sewage, domestic and agricultural zones in "River Ravi". The fertilized land was found to possess higher amount of Cd as compared to the unfertilized land. The awareness in farmers and the  periodic monitoring of soil are important to eradicate the sources of Cd poisoning.    
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