三峡环境与生态
三峽環境與生態
삼협배경여생태
CHONGQING ENVIRONMENTAL SCIENCE
2012年
1期
23-26,36
,共5页
重庆主城区%长江%泥沙%污染物
重慶主城區%長江%泥沙%汙染物
중경주성구%장강%니사%오염물
Chongqing urban areas Yangtze River%sand contaminant
通过对重庆主城区江段2006-2010年主要代表监测断面水质监测数据的统计分析,对悬浮泥沙含量及其对污染物的影响进行研究。结果表明:监测断面的泥沙含量变化呈现出明显的季节变化特征,污染物浑样浓度明显大于清样浓度,并且浑样浓度变化与泥沙含量变化特征类似,这说明泥沙对这些污染物具有较为显著的吸附作用。
通過對重慶主城區江段2006-2010年主要代錶鑑測斷麵水質鑑測數據的統計分析,對懸浮泥沙含量及其對汙染物的影響進行研究。結果錶明:鑑測斷麵的泥沙含量變化呈現齣明顯的季節變化特徵,汙染物渾樣濃度明顯大于清樣濃度,併且渾樣濃度變化與泥沙含量變化特徵類似,這說明泥沙對這些汙染物具有較為顯著的吸附作用。
통과대중경주성구강단2006-2010년주요대표감측단면수질감측수거적통계분석,대현부니사함량급기대오염물적영향진행연구。결과표명:감측단면적니사함량변화정현출명현적계절변화특정,오염물혼양농도명현대우청양농도,병차혼양농도변화여니사함량변화특정유사,저설명니사대저사오염물구유교위현저적흡부작용。
Statistical analysis have been conducted based on water quality data collected, from 2006 to 2010, in Chongqing Urban Section of Yangtze River and Jialing River, and the impacts on contaminants influenced by sand has been assessed. The analysis results show that sand level appear significant seasonal variation, while contaminants level in the turbid water sample, in general, are much greater than those in non turbid water samples. Moreover, the contaminants level tend to coincide with the shift tendency of sand level in turbid water. Therefore, which suggest sand might have substantial adsorption to those contaminants.