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无瓣海桑与芦苇两种湿地系统对N、P净化作用比较
引用本文:曾雯珺,刘秀,刘春花,陈国臣,廖宝文.无瓣海桑与芦苇两种湿地系统对N、P净化作用比较[J].生态科学,2012(1):27-31.
作者姓名:曾雯珺  刘秀  刘春花  陈国臣  廖宝文
作者单位:中国林业科学研究院热带林业研究所;广西林业科学研究院;广西国营七坡林场
基金项目:“十一五”国家林业科技支撑计划专题(2009BADB2B0401);广州市林业和园林局资助项目:广州南沙红树林湿地环境效应监测
摘    要:比较研究了芦苇和无瓣海桑湿地系统的净化效应,分季节采样测定;了两系统中的水、土壤、植物样品进行N、P含量及相关指标。结果表明:两系统水体中秋冬季的污染比较严重,而无瓣海桑对水体中N、P的净化效果优于芦苇系统,尤其是在冬季;夏季土壤对N、P的吸附力比冬季时强,夏季无瓣海桑土壤中N含量低于芦苇,冬季则相反,无瓣海桑系统土壤对P的吸附作用也强于芦苇系统;不论在冬季还是夏季,无瓣海桑湿地系统的净化效果都要好于芦苇系统,芦苇对N的富集作用比对P的强,而无瓣海桑对P元素的富集作用相对较强。

关 键 词:无瓣海桑  芦苇  湿地系统  净化作用  广州南沙

Comparison on purification effects of Sonneratia apetala and Phragmites communis wetland systems on nitrogen and phosphorus
ZENG Wen-jun,LIU Xiu,LIU Chun-hua,CHEN Guo-chen,LIAO Bao-wen.Comparison on purification effects of Sonneratia apetala and Phragmites communis wetland systems on nitrogen and phosphorus[J].Ecologic Science,2012(1):27-31.
Authors:ZENG Wen-jun  LIU Xiu  LIU Chun-hua  CHEN Guo-chen  LIAO Bao-wen
Institution:1 1.The Research Institute of Tropical Forest,CAF,Guangzhou 510520,China 2.Guangxi Zhuang Autonomous Region Forestry Research Institute,Nanning 530002,China 3.Guangxi Qipo Forest Farm,Nanning 530022,China
Abstract:To compare the purifying effect of wetland systems of Sonneratia apetala and Phragmites communis,nitrogen(N) and phosphorus(P) contents,and relevant indicators in water,soil and plant samples were determined in each season.The results show that water pollution in the two systems was serious in autumn and winter.The purifying effects of S.apetala on N and P were better than of P.communis in water,especially in winter.Soil adsorption on N and P was stronger in summer than in winter.In summer,N content in S.apetala soil was lower than that in P.communis soil,while it was opposite in winter.P adsorption in S.apetala soil was also stronger than in P.communis soil.No matter in winter or in summer,purification effect of S.apetala wetland system was better than that of P.communis system.Enrichment effect of P.communis on N was stronger than on P,while S.apetala had a relatively obvious enrichment effect on P.
Keywords:Sonneratia apetala  Phragmites communis  wetland system  purification  Nansha Guangzhou
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