孟加拉国考克斯巴扎尔巴克哈里河河口水体中的重金属浓度

Sharmin Jahan, Md. Abu Sayed Jewel, Jesmin Ara
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摘要

对于孟加拉国这样的发展中国家来说,水体重金属污染是一个严重的全球性问题。因为重金属污染破坏了水生生态系统,尤其是鱼类多样性,而鱼类多样性对一个国家的经济贡献巨大。本研究旨在调查孟加拉国巴克哈里河口地表水中铅(Pb)、铬(Cr)、镉(Cd)、铜(Cu)和锌(Zn)的污染水平。金属浓度的递减顺序为铜>锌>铬>铅>镉,平均值分别为 2.6>0.825>0.355>0.056>0.003 mg/L。结果表明,水中的重金属浓度有明显的季节性变化。季风后污染程度较高,而季风季节污染程度较低。在所有研究的重金属中,铜的浓度较高(2.6 毫克/升),镉的浓度较低(0.003 毫克/升)。水样中的金属浓度超过了饮用水的安全限值,这表明这条河口的水不能完全安全饮用。就所有金属浓度而言,研究区域并非完全受到污染。但受污染地区的金属浓度水平对生态健康构成了风险。本研究结果建议,应对水体进行持续监测,以评估风险,这将有助于维持健康的沿海生态系统,并改进该河口河流的管理策略。
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 concentrations in water from Bakkhali River estuary, Cox’s Bazar, Bangladesh
Heavy metals contamination of water is considered as severe global issues for developing countries like Bangladesh. Because heavy metal pollution ruined aquatic ecosystem especially fish diversity which contribute important share on economy of a country. The present study designed to investigate the contamination level of lead (Pb), chromium (Cr), cadmium (Cd), copper (Cu) and zinc (Zn) in surface water of Bakkhali river estuary in Bangladesh. The decreasing order of metals concentration was Cu>Zn >Cr>Pb>Cd with the mean value of 2.6> 0.825 > 0.355 > 0.056 >0.003 mg/L, respectively. The results showed a significant seasonal variation of heavy metals concentration in water. Higher contamination occurred during post monsoon, while lower during the monsoon season. Among the all studied heavy metals Cu concentration was higher (2.6 mg/L) and lower (0.003 mg/L) concentration was Cd. Metal concentrations in water samples exceeded the safe limits of drinking water which indicated that the water from this estuarine river is not fully safe for using/drinking. The study area was not entirely polluted in terms of all metal concentrations. But level of metal concentration in polluted sites supposed risk to ecological health. The findings of present study recommended that continuous monitoring of water should be aimed to evaluate the risk which could help to maintain healthy coastal ecosystem and improve management strategy of this estuarine river.
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