CAJ | 학술논문

于2005年12（平水期）、2006年3月（枯水期）及2006年7月（丰水期）对南明河花溪大坝、甲秀楼、水口寺、普渡桥4个河道段面进行了理化因子及浮游植物群落结构的调查研究，结果是水口寺段水体污染最严重，总氮含量最高达26．2mg／L，城区里的河道中的水体已处于富营养化状态。浮游植物的香农（Shannon）及马格利夫（Margalef）多样性指数在水口寺处总体最低，最高值分别没有达到1和1．2。水质段面好坏规律是：花溪大坝〉甲秀楼〉水口寺〉普渡桥。
우2005년12（평수기）、2006년3월（고수기）급2006년7월（봉수기）대남명하화계대패、갑수루、수구사、보도교4개하도단면진행료이화인자급부유식물군락결구적조사연구，결과시수구사단수체오염최엄중，총담함량최고체26．2mg／L，성구리적하도중적수체이처우부영양화상태。부유식물적향농（Shannon）급마격리부（Margalef）다양성지수재수구사처총체최저，최고치분별몰유체도1화1．2。수질단면호배규률시：화계대패〉갑수루〉수구사〉보도교。
In December 2005 （ Water period ）, March 2006 （ Dry season） and July 2006 （ Wet period ）, we investigated the factors of physical and chemistry and phytoplankton community of Nanming river in the four sites of huaxi dam,jiaxiulou,shuikousi and pudu bridge. The result was that shuikousi water period was the most serious polluted, the highest level of nitrogen was 26. 2mg/L, the water state of the city was in eutrophication. The phytoplankton Shannon and Margalef diversity index in the shuikousi was the minimum, which the maximum value were not reach 1 and 1.2. The rule of the water quality was ： Huaxi dam 〉 Jiaxiulou 〉 Shuikousi 〉 Pudu bridge.