生态型护岸,ecological revetment
1)ecological revetment生态型护岸
1.The ecological revetment and It’s development prospect;生态型护岸及其发展前景
英文短句/例句

1.Removal of Pollutants from Urban Rain Runoff Using Ecotype Water Purifying Box Revetment生态型护岸净水箱去除城市雨水径流污染物的试验研究
2.New-style Self-embedded Green Retaining Walls with the Idea of Landscape Ecology基于景观和生态理念的新型自嵌式植生护岸
3.Construction of the Revetment of Mangrove Landscape--A Case Study in Guangzhou Dajiaoshan Waterfront Park Project红树林生态景观型护岸的营造——以广州市大角山海滨公园项目为例
4.Development and application of ecological protection bank for inland waterway内河航道生态护岸的发展及应用分析
5.Review on Ecological Restoration on Flinty Riparian by Urban Rivers城市河流硬质护岸生态修复研究进展
6.Application of Ecological Embankment in Restoration of Urban Rivers生态护岸在城市河道生态修复中的应用
7.Research on the Experimental Investigation and Design of Interstitial Spaces & Inhabit Riverbank Unit;多孔隙生态护岸的实验分析与设计研究
8.Water Ecological Characteristics of Casuarina Equisetifolia Protection Forest in Fujian Coastal Area;福建海岸带木麻黄防护林水分生态的初步研究
9.Research on Landscape Design of the Urban Ecological Revetment;城市滨河生态适应性护岸的景观设计初探
10.Ecological Embankment in Japan and its Application in Shenzhen日本河流生态护岸技术及其对深圳的启示
11.On Cultural Ecology and Integration of Culture of Taiwan and Mainland文化生态保护与海峡两岸文化整合初探
12.PROTECTION OF ECOLOGICAL ENVIRONMENT PRENSENT SITUATION IN HAIYAN COUNTY海晏县环湖北岸生态环境现状及保护建设调研
13.The Study on the Eco-environment Current Status and Ecological Protective Function in Hebei Coastal Zone;河北省海岸带生态环境现状与生态防护功能研究
14.Investigations and Study on Ecological Economic Forest in Bedrock Coast of Zhejiang浙江省基岩海岸生态型经济林的调查与研究
15.To integrate into the channel west bank economic zone and construct ecotype economy hub;全面融入海峡西岸经济区 建设生态型经济枢纽
16.ECOLOGICAL ENVIRONMENTAL EVOLVING TREND ANALYSIS OF TIANJIN TYPICAL COASTAL SEA AREAS天津近岸典型区域生态环境变化趋势分析
17.Community types and ecological adaptation characteristics of the riparian forest in upper reach of Wenyuhe Watershed文峪河上游河岸林群落类型及其生态适应性
18.Advances on ecosystem models of marine ecosystem and coastal engineering海洋生态系统及海岸工程生态影响预测模型研究进展
相关短句/例句

ecological embankment生态护岸
1.This paper introduces the conception of ecological embankment and the present situation of domestic regulation of river,and probes into the design scheme of the ecological river embankment of Taiyuan City.介绍了生态护岸理念与国内河道治理现状,探讨了太原市河道生态护岸的设计方案。
2.The structure of the retaining wall can provide full space for the growth and development of aquatic animals and plants,and then can improve the water quality with the technique of phytoremediation and ecological embankment,by which not only t.针对传统重力式挡墙护岸工程费用高、维修频繁、破坏生态、影响景观等缺点,自嵌式植生挡土墙技术无需砂浆,直接干垒,本身结构可以为水生动植物生长提供空间,利用植物修复和生态护岸技术达到对水质的净化,既满足挡墙的要求,又在景观、环保及河道防污、治污、防洪等综合效果方面具有优势。
3.The negative influence of rigidification material is significant,which induces the development of ecological embankment.护岸是河流生态系统的重要组成部分,当前传统硬化护岸的负面效应日益明显,促进了生态护岸的兴起。
3)ecological revetment生态护岸
1.The paper introduces basic varieties of ecological revetment and their corresponding application scope.城市河道生态护岸具有滞洪补枯与调节水位、增强水体自净能力及保护生物植被的功能。
2.This paper presents the structural types of waterway revetment designed in the feasibility study report for Nanjing Gaochun Section of Wuhu-Shanghai Waterway and technology about ecological revetment both in China and abroad.介绍芜申航道南京高淳段整治工可报告中设计的航道护岸结构形式和国内外目前的一些生态护坡技术,并根据芜申航道高淳段的特点,探讨几种可考虑采用的生态护岸结构形式。
4)ecotype water purifying box revetment生态型护岸净水箱
1.Considering the randomcity and uncertainty of rain runoff combined with the complexity of the surface, carrying out simulation test of ecotype water purifying box revetment dealing with urban rain runoff pollutants.在对城市雨水径流污染的随机性和不确定性以及城市地表的复杂性认识的基础上,对生态型护岸净水箱去除城市雨水径流污染物进行模拟试验,重点探讨了COD、NH_3-N、NO_3~--N、P以及Cu、Zn为代表的重金属在不同进水浓度(低、中、高)、不同水力停留时间(0。
5)Riparian shelterbelt水岸生态防护林带
6)Urban ecological revetment城市生态适应性护岸
延伸阅读

生态型生态型ecotype同一物种内因适应不同生境而表现出具有一定结构或功能差异的不同类群。此词主要用于植物。生态型一词是瑞典植物学家G.蒂勒松于1921年提出的。他把不同生境中的同种植物移栽到一起,结果发现它们在植株高矮、株形曲直、叶子厚薄和形状以及开花迟早等方面所具有的差异稳定不变。他认为,这些差异显示出各自的原生境特点,可作为种内不同的生态类群,代表不同的基因型。种内分化成生态型的原因不外两条:物种扩散到新生境,或原生境局部条件改变。一般说来,物种分布越广,特别是分布区内生境差异越大,分化出的生态型就越多;物种系统发育的历史越久,分化的机会也越多。生态型是新种的先驱。