湿地生态演变,wetland ecological evolution
1)wetland ecological evolution湿地生态演变
1.Secondly,on this basis,the research analyses mechanism of basin water cycle evolution coupling withwetland ecological evolution.为了促进流域持续发展,对湿地进行合理保护与恢复,需从流域生态安全和水安全角度出发,深刻剖析流域水循环与湿地生态演变之间相互作用,围绕上述研究命题,本文以东北地区嫩江流域为例,在构建流域生态-水文数值模拟平台基础上,初步分析了流域水循环与湿地生态演变之间的相互作用,并在此基础上提出综合调控措施。
英文短句/例句
1.Interactions between Hydrological Processes and Wetland Variation and Related Integrated Regulation in the Nenjiang Basin嫩江流域水循环与湿地生态演变相互作用及综合调控
2.Research for the Evolvement and Repair Programming of the Wetland;山东省湿地演变与生态修复规划研究
3.Driving Factors of Ecotope Evolution and the Hydrological and Ecological Response for the Wetlands in Cold Region;寒区湿地演变驱动因子及其水文生态响应研究
4.Study on Landscape Ecological Evolution and Ecosystem Health Assessment of Liaohe Estuarine Wetland辽河口湿地景观演变与生态系统健康评价研究
5.Environment Succession of Honghu Lake and Development of Ecological Industry in the Wetland洪湖湖泊环境演变与湿地生态产业发展的思考
6.River Bed Evolution in Shenzhen Bay and its Effects on Wetland Ecological System深圳湾河床演变及其对湿地生态系统的影响
7.Changing Spatial-Temporal Patten of Wetland in Panyu and Forecasts for Eco-environmental Quality;番禺区湿地景观时空格局演变及生态环境质量预测
8.The Evolution Process and Analysis on Eco-environmental Effect of the Qilihai Lagoon Wetland七里海泻湖湿地演变过程及其生态环境效应分析
9.Study on Dynamical Changes of Wetland Landscape Patterns and Responses of Ecological Security--Taking Puxiazhou Region of Fuzhou City for Example湿地景观格局演变与生态安全响应——以福州市浦下洲区域及周边湿地为例
10.The Dynamic Evolution and Environmental Renovation of the Qilihai Lagoon Wetland in Hebei Province;河北七里海潟湖湿地动态演变与环境整治研究
11.Dynamic Evolvement of Seaside Wetland Landscape Pattern around the Yalujiang River Delta鸭绿江口滨海湿地景观格局动态演变分析
12.Researching Ecological Effect of Wetland Change in Beijing Region-Take Yeyahu Wetland Example;野鸭湖湿地变化的生态环境效应研究
13.THE SUCCESSION TREND AND MANAGEMENT COUNTE RME ASU RE FOR HONGHD WETLAND ECOSYSTEM洪湖湿地生态系统的演替趋势及管理对策
14.Energy Analysis of Reed wetland Ecosystem Succession in Panjin盘锦芦苇湿地生态系统演替的能值分析
15.Ecological mechanisms of vegetation succession of coastal wetland in Yancheng Nature Reserve盐城自然保护区海滨湿地植被演替的生态机制
16.Study on the Change of Ecological Integrity and Landscape Dynamic in Momoge Wetlands;莫莫格湿地生态完整性变化与景观动态研究
17.The Land Ecology Evlution and the Analysis of Regional Land Dispostion;土地生态的演变与区域土地配置分析
18.Study on the Change Characteristics of Surface Dryness/Wetness and the Responses of Terrestrial Ecosystems in China;中国地表干湿变化及陆地生态系统响应研究
相关短句/例句
wetland evolution湿地演变
1.Study onwetland evolution and ecological restoration in Dingcheng Lake Region;鼎城湖区湿地演变及生态恢复研究
3)ecological evolution生态演变
1.Around the proper objective and scale of the ecological environment and the core task of the reasonable utilization of water resources,the paper studiesecological evolution and ecological water demand of Ningxia using the techniques o.以适宜的生态目标与生态建设规模为目标,以水资源合理利用为核心,利用遥感(RS)、地理信息系统(GIS)等技术,研究了宁夏绿洲的生态演变和生态需水问题。
4)ecological wetland生态湿地
1.Discussion on papermaking wastewater treatment with reedecological wetland system;芦苇生态湿地系统处理造纸废水的探讨
2.Theecological wetland,a kind of new-type sewage disposal system,is paid attention by people day by day.生态湿地作为一种新型污水处理系统日益受到人们的重视。
3.On the basis of reducing the pollutant load and improving the ecological environment,the construction locations of theecological wetland system and the natural geological conditions were analyzed in detail.本文从消减入库污染物负荷和改善水库生态环境的角度出发,对于桥水库水源地生态湿地系统的建设场地、自然地质条件进行了详细分析,并对水源地生态湿地系统的布局及运行维护方案进行了设计,同时,分析了实施水源地生态湿地系统建设项目的综合效益。
5)wetland ecosystem湿地生态
1.As an indicator,cranes show the health ofwetland ecosystem.鹤是湿地生态的重要指示物种。
2.From the necessity of Poyanglake control project,analysis the characteristics ofwetland ecosystem in Poyanglake and the effects from the Poyanglake control project.从探讨鄱阳湖人工控制工程的必要性入手,分析湖区湿地生态环境特征及其受控湖工程的可能影响,在此基础上,提出以适当水位运行方案的控湖工程措施及其他湿地生态保护措施的对策。
6)eco-wetland生态湿地
1.Study and practice on construction ofeco-wetland of Fenhe River;建设汾河生态湿地的探索和实践
2.A secondary wastewater treatment technology was adopted, and the effluent flowed into aneco-wetland before being used for irrigation.结果表明,经活性污泥法和生态湿地处理后,污水中主要污染物COD、BOD5、NH3-N、TN和浊度的去除率均可达到90%以上,出水达到了我国污水综合排放二级标准,完全满足农业灌溉、景观水体的水质要求。
延伸阅读
湿地湿地湿地
