基于功能群分类法的海口市红城湖浮游植物群落特征分析
Analysis of Phytoplankton Community Structure Based on Functional Group Classification in Hongcheng Lake, Haikou City
投稿时间:2021-04-05  修订日期:2021-08-03
中文关键词:热带城市景观湖  浮游植物功能群  水体环境因子  CCA分析
英文关键词:tropical urban landscape lake  phytoplankton functional group  water environment parameters  canonical correspondence analysis
基金项目:海南省教育厅科学研究项目(Hnky2020-60);琼台师范学院校级课题(qtyb201909,QTjg2020-2)
作者单位
朱为菊 琼台师范学院理学院海南 海口571127
琼台师范学院海南热带生物多样性与资源利用实验室海南 海口571127 
肖明珠 琼台师范学院理学院海南 海口571127
琼台师范学院海南热带生物多样性与资源利用实验室海南 海口571127 
常开心 琼台师范学院理学院海南 海口571127
 
丁兆建 琼台师范学院理学院海南 海口571127
琼台师范学院海南热带生物多样性与资源利用实验室海南 海口571127 
冯志国 琼台师范学院理学院海南 海口571127
琼台师范学院海南热带生物多样性与资源利用实验室海南 海口571127 
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中文摘要:
      比较3种浮游植物功能群分类方法,探讨各方法中生物对环境变化的有效性,为红城湖水资源管理与水质改善提供理论基础。分别于2016年11月、2017年3月、2017年7月对海口市红城湖浮游植物群落进行了调查,采用CCA方法对浮游植物FG、MFG、MBFG功能群和水体环境因子进行分析。结果表明:FG、MFG、MBFG功能群具有季节演替特征,其主要影响因子为水温、pH、电导率、总可溶性氮。3种功能群对环境均具有较好的解释度和相关性,其中FG和MFG功能群对环境的解释度优于MBFG功能群。功能群划分法对总磷识别的灵敏度低于以传统分类法鉴定的优势种。在水域生态学研究中,需要将功能群划分法与传统分类法相结合。
英文摘要:
      In this study, we characterized the phytoplankton community structure of Hongcheng Lake, an urban lake in Haikou City, using three methods of functional group classification: functional group (FG), morpho-functional group (MFG) and morphology-based functional group (MBFG). The relationships between the three functional group types and water quality parameters were analyzed by canonical correspondence analysis (CCA). The aim was to provide a theoretical basis for water resource management and water quality improvement of Hongcheng Lake. Quantitative and qualitative phytoplankton samples and water samples were collected in November of 2016, and March and July of 2017. The phytoplankton functional groups (FG, MFG and MBFG) all displayed seasonal succession in Hongcheng Lake, and water temperature, conductivity and nitrogen concentration were the primary environmental parameters associated with the seasonal variations. The three functional groups were all relevant to interpreting environmental conditions, but the FG and MFG groups were more informative than the MBFG functional group. The functional groups distinguished by the different classification methods were less sensitive to total phosphorus (TP) than identification of dominant species by the traditional classification method. Our results indicate that, when conducting research in aquatic ecology, it is necessary to combine the functional group classification method with the traditional classification method.
朱为菊,肖明珠,常开心,丁兆建,冯志国.2022.基于功能群分类法的海口市红城湖浮游植物群落特征分析[J].水生态学杂志,43(6):78-84.
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