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Mine Area Farmland Heavy Metal Pollution Assessment Based on Synthetic Principal Component Analysis Model

机译:基于主成分分析模型的矿区农田重金属污染评价

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摘要

Referring to GB15618—1995 about heavy metal pollution, and using statistical analysis SPSS, the major pollutants of mine area farmland heavy metal pollution were identified by variable clustering analysis. Assessment and classification were done to the mine area farmland heavy metal pollution situation by synthetic principal components analysis (PCA). The study result implied that variable clustering analysis is efficient to identify the principal components of mine area farmland heavy metal pollution. Sort and clustering were done to the synthetic principal components scores of soil sample, which is given by synthetic principal components analysis. In this paper, data structure of soil heavy metal contaminations, relationships and pollution level of different soil samples were discovered. The results of mine area farmland heavy metal pollution quality assessed and classified with synthetic component scores reflect the influence of both the major and compound heavy metal pollutants. Identification and assessment results of mine area farmland heavy metal pollution can provide reference and guide to propose control measures of mine area farmland heavy metal pollution and focus on the key treatment region.
机译:参照GB15618—1995中有关重金属污染的资料,运用统计分析SPSS,通过变量聚类分析确定了矿区农田重金属污染的主要污染物。通过综合主成分分析(PCA)对矿区农田重金属污染状况进行评估和分类。研究结果表明,变量聚类分析能够有效地识别矿区农田重金属污染的主要成分。对土壤样品的合成主成分得分进行了排序和聚类,这通过合成主成分分析给出。本文研究了土壤重金属污染的数据结构,不同土壤样品之间的关系和污染水平。用综合成分评分法对矿区农田重金属污染质量进行评估和分类的结果反映了主要和复合重金属污染物的影响。矿区农田重金属污染的识别与评估结果可为矿区农田重金属污染的防治措施提出建议,并为重点治理区域提供参考和指导。

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