Behbahan水泥厂活性对草本植物Sinapis arvensis、Malva neglecta和Bromus tectorum某些营养物质吸收和生化反应的影响

Maryam Masoudizadeh, P. Zoufan, S. Rastegarzadeh
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引用次数: 0

摘要

水泥生产活动导致不同污染物释放到环境中。本研究旨在研究Behbahan水泥厂释放的粉尘颗粒对该地区生长的优势草本植物(如:Bromus tecturum、Malva negleta和Sinapis arvensis)某些营养元素吸收和生化参数的影响。植物样本被转移到实验室。然后,测定了植物和土壤样品中Fe、Cu、Zn、K、Mn、P和N等营养元素的浓度。此外,还对光合色素、总蛋白、可溶性碳水化合物、脯氨酸、相对含水量、叶片pH值、总抗坏血酸和空气污染耐受指数等生化参数进行了评价。基于这些结果,推测有三种植物对空气污染具有耐受性,APTI高于16。此外,水泥厂释放的灰尘似乎并没有导致所研究的植物中有毒元素的积累。测定了三种植物的锰和磷缺乏量。根据生物化学分析,推测这些植物物种可能使用不同的策略来耐受该地区的污染物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The effects of Behbahan cement factory activity on the absorption of some nutrients and biochemical responses in herbaceous plants Sinapis arvensis, Malva neglecta and Bromus tectorum
. The cement production activities leads to the release of different pollutants into the environment. This research was conducted to study the effects of dust particles released by Behbahan cement factory on the absorption of some nutrient elements and biochemical parameters in dominant herbaceous species grown in this area, including Bromus tectorum, Malva neglecta and Sinapis arvensis . Plant samples were transferred to the laboratory. Then, the concentrations of some nutrient elements, such as Fe, Cu, Zn, K, Mn, P and N, were assayed in plant and soil samples. Moreover, some biochemical parameters, such as photosynthetic pigments, total protein, soluble carbohydrates, proline, relative water content, leaf pH total ascorbate and air pollution tolerance indexes (APTI), were evaluated. Based on these results, it is supposed that three plant species are tolerant to air pollution with an APTI higher than 16. In addition, it seems that the dust released by the cement factory has not led to a toxic accumulation of the elements in the studied plants. The deficiency of Mn and P was determined for three plant species. On the basis of biochemical analysis, it is supposed that these plant species possibly use different strategies to tolerate the pollutants in this area.
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