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上海市区降水径流磷的负荷空间分布
引用本文:顾琦,刘敏,蒋海燕.上海市区降水径流磷的负荷空间分布[J].上海环境科学,2002,21(4):213-215.
作者姓名:顾琦  刘敏  蒋海燕
作者单位:[1]华东师范大学地理系,上海200062 [2]教育部城市环境动态过程开放实验室,上海200062
基金项目:国家自然科学基金项目,编号:49801018和40131020,教育部骨干教师计划资助项目,华东师范大学大学生科研基金项目资助,上海市教委重点学科项目资助。
摘    要:选择城市降水径流,采用实地降水径流的样品、室内化学分析相结合的方法,研究了上海市区降水径流中营养元素P的负荷及其地区分布特征。研究结果表明,城市降水径流中P具有较高的含量水平,其DOP、DIP和TP的均值含量分别为0.136、0.177和0.313mg/L。从城市降水径流中P负荷的空间分布来看、除农业区P含量较低外,其他功能区P含量普遍较高,其中居住区TP含量最高,达0.487mg/L。此外,新老居住区P含量也存在明显差异,前者远小于后者。

关 键 词:市区  负荷空间分布  面源污染  降水径流    上海

Nutrient Phosphorus Loading Spatial Distribution of Precipitation-runoff in Shanghai Proper
Gu Qi Liu Min Jiang Haiy an.Nutrient Phosphorus Loading Spatial Distribution of Precipitation-runoff in Shanghai Proper[J].Shanghai Environmental Science,2002,21(4):213-215.
Authors:Gu Qi Liu Min Jiang Haiy an
Abstract:Through urban precipitation-runoff sampling and chemical analysis.this article presented precipitation-runoff nutrient phosphorus loading and regional distribution in Shanghai proper. The results showed that in precipitation-runoff where contained higher nutrient phosphorus, mean DOP, DIP and TP concentrations were 0.136, 0.177 and 0.313mg/L respectively. Based on spatial distribution of urban precipitation-runoff nutrient loading, it was found that phosphorus concentration was generally enhanced with the exception of agricultural areas, while residential areas showed highest phosphorus concentration of 0.487mg/L. Meanwhile, phosphorus concentration also showed obvious difference between new and old residential areas, and the former was far lower than the latter.
Keywords:Non-point pollution Phosphorus Precipitation-runoff Shanghai
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