CAJ | 학술논문

通过对设在南湖的围隔实施水生态修复，试验围隔内的浮游植物的种类由试验前的6个门22种，绿藻门占优势；试验后蓝藻门占优势，种类减少至5个门12种。藻类密度由2.16×107个/L 下降至0.0223×107个/L，下降了96.86倍。透明度从0.3m上升到对于1.8m。表明水生态修复技术对水体富营养化具有很好的改善作用，有很好的应用前景。
통과대설재남호적위격실시수생태수복，시험위격내적부유식물적충류유시험전적6개문22충，록조문점우세；시험후람조문점우세，충류감소지5개문12충。조류밀도유2.16×107개/L 하강지0.0223×107개/L，하강료96.86배。투명도종0.3m상승도대우1.8m。표명수생태수복기술대수체부영양화구유흔호적개선작용，유흔호적응용전경。
By barricading the implementation of the water ecological restoration in south lake, test barricading the phytoplankton species by test before six 22 kinds of door, chlorophyta dominant;After test, advantage of cyanophyta species reduced to five gate 12. Algae density dropped to 2.16×107个/L from0.0223×107个/L, dropped by 96.86 times. Transparency, up from 0.3 m to 1.8 m Show that water ecological restoration technology of eutrophication of water body has the very good effect, has a good application prospect.