招远市市区土壤及绿色植物中镉的污染特征

Z. Lei
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引用次数: 1

摘要

2010年4月,采集肇远市市区土壤和常见绿色植物样本,研究肇远市植物和土壤镉污染特征。调查区分为工业区、内商业区、内住宅区、交通区、公园和广场5个区,土壤和植物样本按GPS均匀分布原则采集。采用ABS检测土壤和植物中Cd含量,研究表明,土壤中Cd浓度积累水平较高,最低为3.38mg/kg,最高为8.32mg/kg,土壤污染严重,其含量超过III标准。不同区域Cd含量不同,工业区最高,最高为6.98mg/kg,公园广场最低,浓度差异不大,城市污染分布较为均匀。土壤的理化特性,如pH、CEC和有机质是影响Cd浓度的因素。研究表明,只有pH值与Cd浓度显著相关。其他合理化在Cd中的浓度相关性不明显。植物体内Cd浓度为0.53 ~ 0.84mg/kg。土壤与植物的镉浓度呈显著正相关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Contamination Characteristic of Cadmium in Soil and Green Plant in the Downtown Area of Zhaoyuan City
In April 2010, the soil and common green plants samples in the downtown area of Zhzoyuan City were gathered to study the cadmium (Cd) pollution characteristics of plants and soils in Zhaoyuan city. The investigation area was divided into 5 zones as industrial zone, inner commercial, inner residence, Traffic Area, Park and Plaza, the soil and plants sample was collected according the Uniform distribution principle with GPS. The content of Cd in soil and plants was detected by ABS. The study showed that Cd concentration in soil was accumulated at a high level, the lowest is 3.38mg/kg and the highest is 8.32mg/kg, the soil is polluted severely, its content is more than III standard. Different area has different Cd content: industrial zone is the highest, 6.98mg/kg is at the top, Park and Plaza is at the lowest, the difference in the concentration is not very great, the city's pollution has been fairly well-distributed. The physics and chemistry characteristics of soil, such as pH, CEC and organic matter are the factors that influence the Cd concentration. The study showed that only pH has the significantly correlation with Cd concentration. Other rationalized in the Cd in the concentration is not obvious relevance. Cd concentration in plants is 0.53-0.84mg/kg. The positive relationship is significant between soil and plants about the Cd concentration.
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