Generally speaking wetland is classified into natural wetland and artificial wetland.
一般来讲，湿地分为自然湿地和人工湿地。
Integrating with garden design to build artificial wetland for sewage disposal is discussed.
探讨结合景园设计建立人工湿地用于污水治理。
Artificial wetland is the biological technology of wastewater treatment, which has low cost.
人工湿地是一种生物污水处理技术，运转成本低。
This can be professed that the plants and packing of artificial wetland have strong filtering and tackle to ss.
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。
It is considered that treating mine wastewater by artificial wetland is one of the practical and feasible methods.
认为人工湿地是处理矿山废水有效可行的方法之一。
The wetlands in Chongming Dongtan can be divided into two types of wetlands: natural wetland and artificial wetland.
崇明东滩的湿地，大致上可以分为天然湿地和人工湿地两大类。
The experiment and research of water filtrated parterre based on technology of artificial wetland wastewater treatment;
人工湿地公园是利用生物自净功能，低投入、低运行费、低能耗的环保型的污水处理技术。
Based on this theory, Artificial wetland technique, gets very efficient treating effect by combining organisms and man-made facilities.
人工湿地技术基于这一原理将生物与人工设施结合起来得到十分有效治理效果。
The paddy soil is one of the most important soil resources of China, which is an artificial wetland soil under long-term paddy management.
水稻土是自然土壤在人为水耕熟化过程中形成的特殊人为湿地土壤，也是我国最重要的农业资源优势与特色。
Wetland area of wetland mainly divided into the knowledge popularization, artificial wetland view, natural wetland recreation etc visit parts.
湿地展区主要分为湿地知识普及、人工湿地观景、自然湿地游憩等游览部分。
Importance will be attached to the protection of the existing ecological system in wetlands and development of artificial wetland as appropriate.
重视保护现有湿地生态系统，在适宜地区建设人工湿地。
Artificial wetland technique is used for lake riparian. Aquatic plants, aquatic animals and microorganism are equipped to the water body of the lake.
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 deal with waste water technology have a good treatment result to the rainwater, sanitary sewage, chemical waste water and other items.
人工湿地处理废水技术对雨水、生活污水、化工废水等处理都有良好的处理效果。
The effect of hydraulic retention time (HRT), plant, packing and hydraulic flow state on purification efficacy and oxygen state was studied in artificial wetland.
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。
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.
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。
This design by artificial wetland landscape design of many of the problems for the lead, step by step, further investigation, analysis and study, will solutions used in practical projects.
本设计由人工湿地景观设计中所遇到的问题为引，一步步深入调查、分析、研究，将解决方案应用于实际项目中。
The biological purification tank combined of artificial wetland technique and the bio-contact oxidation method was applied for malodorous river water in central urban region of Shanghai City.
将人工湿地技术与生物接触氧化法相组合的生物净化槽应用于上海市中心城区黑臭河水净化。
An artificial wetland sewage processing method and system belongs to processing of sewage and sludge, can solve problems of present artificial wetland biological film obstruction and short life.
人工湿地生活污水处理方法及系统。属污水和泥渣的处理类。解决现有人工湿地生物膜堵塞、寿命短的问题。
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…
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。
The relationship between pollutant degradation efficiency and the microorganism activity inside wetland was investigated by using ABR processing and artificial wetland to treat pollutant in winter.
利用ABR酸化预处理和人工湿地联合去除污染物，在冬季运行条件下，探讨了污染物的降解效能与湿地内微生物活性关系。
Under the natural and artificial influences, the structure and function of the Xi 'an wetlands have appeared obviously degraded, such as, wetland loss, weakening of wetland function.
在自然和人为因素影响下，西安地区湿地系统结构和功能发生明显的退化趋势，湿地面积缩小、调节功能减弱。
Purification of artificial scenic water using rainwater and reclaimed water as resource by constructed wetland was studied in this paper.
本研究采用人工湿地净化以雨水和再生水为主要水源人工景观水体的水质净化技术。
The ecosystem balance of wetland was destroyed by multifarious artificial activities.
由于人为活动较频繁，致使湿地生态平衡受到威胁。
Conversion type IV, Artificial types restored to natural wetland types.
转换类型IV：人工类型恢复为天然湿地类型。
Conversion type IV, Artificial types restored to natural wetland types.
转换类型IV：人工类型恢复为天然湿地类型。
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