设计了一种新方法研究潜流人工湿地植物根系的分布和生物量。
A new device was designed to study root biomass and distribution in the subsurface flow gravel-bed constructed wetland.
同时，通过人工湿地植物的选择栽种，解决奶牛青饲料，降低奶牛场的经营成本，达到养分的循环利用和去污目的。
In addition, by cultivation of selected plants on the artificial wetland, it could supply fresh fodder for dairy cows reducing production costs for the farms. The practice could not only decontam…
本研究主要得出如下结论：植物在人工湿地系统中有着重要的作用，具有一定的去除氮、磷的能力。
We reach these conclusions:The plant is very important in constructed wetland , and it also have the ability of N , P removal .
说明该人工湿地内的植物和填料对SS还是具有相当强的过滤和阻截作用的。
This can be professed that the plants and packing of artificial wetland have strong filtering and tackle to ss.
采用盆栽实验和中试实验系统，研究了地沟式土地处理系统和人工湿地中不同植物对磷的去除效率。
In the experiments of potted plant and middle-system, we researched dephosphorization efficiency of different plants in underground-ditch-pattern soil treatment and artificial wetland.
廊道式人工湿地水生植物的长势对NH3-N的去除有显著影响，对磷的去除效果影响不大。
The effect of the plants in CCW is remarkable to NH3-N removal, but unremarkable to phosphorus removal.
试验研究了人工湿地中水力停留时间、植物、填料和水力流态对净化效率和氧状态的影响。
The effect of hydraulic retention time (HRT), plant, packing and hydraulic flow state on purification efficacy and oxygen state was studied in artificial wetland.
人工湿地中磷是通过基质、微生物和植物的共同作用击除的，其中基质对磷的吸附和沉淀是人工湿地除磷的主要方面。
Phosphorus is removed by the filler, microorganism and plant in wetland, the adsorb and precipitate of the filler are the main removal aspects of phosphorus.
湖滨带采用人工湿地技术，龙湖水体配置了水生植物、水生动物及微生物。
Artificial wetland technique is used for lake riparian. Aquatic plants, aquatic animals and microorganism are equipped to the water body of the lake.
奥林匹克森林公园人工湿地系统，选用了多种水生植物，通过近3年的运行，获得了良好的效果，积累了珍贵经验。
The Olympic Forest Park wetland system selected a variety of aquatic plants, and achieved good results and accumulated valuable experience through the last 3-year running.
湿地植物在人工湿地中起着非常重要的作用，不但可以直接摄取和利用污水中的营养物质、吸收富集污水中的重金属等有毒有害物质；
Marsh plant has very important function in constructed wetlands system. It has not only adsorption and application nutrient in sewage, adsorption and enrichment heavy metal of sewage.
文章论述了筛选水生植物以净化人工湿地水体的原则与方法。
This paper discusses what is the principle of choosing the water species to improve the wetland water quality.
概要介绍了水生植物与其净化性能在人工湿地技术上的应用等方面的研究成果与工程实例情况。
It is introduced briefly that the applications of adaptable aquatic plants and purifying properties to constructed wetlands, whose scientific payoffs and engineering examples are also described.
依据耐污性、景观性等原则进行湿地植物的选择，同时强调管理维护对人工湿地系统正常稳定运行的重要保障作用。
Based on the principles of stain resistance and landscape to select the wetland plants. The management and maintenance of wetland are important guarantee for the system to operate normally and stably.
研究目的：解决我国北部沿海高盐度地区微咸水采用人工湿地污水处理系统时所需要植物类型和种类的问题。
Research purposes: the purposes are to find suitable plants for constructed wetland in salty seashore area at the North of China.
人工湿地氮转化途径主要包括微生物的硝化反硝化作用、植物的吸收和湿地基质的吸附等。
The major nitrogen transformation pathways in constructed wetlands include nitrification and denitrification of microbe, plant uptake and adsorption by substrate.
本文主要阐述了植物在人工湿地中的作用和选取植物的一些原则，并分析了今后所研究的重点。
This paper mainly discusses the roles of plants in constructed wetlands and the principles of the selection of plants for constructed wetlands, and analyzes the key point of study in the future.
本文主要阐述了植物在人工湿地中的作用和选取植物的一些原则，并分析了今后所研究的重点。
This paper mainly discusses the roles of plants in constructed wetlands and the principles of the selection of plants for constructed wetlands, and analyzes the key point of study in the future.
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