riverine

英 [ˈrɪvəraɪn] 美 [ˈrɪvəraɪn]

adj.  河流(上)的; 河流附近的; 河岸(上)的

COCA.24832



牛津词典

adj.

  1. 河流(上)的;河流附近的;河岸(上)的
    on, near, or relating to a river or the banks of a river

    双语例句

    1. Riverine Ecology Restoration by Ecological Engineering and Naturalization Characters and successions of natural wetland vegetation in Yellow River Delta
      生态工程自然化恢复米勒河滨水生态研究黄河三角洲自然湿地植被的特征及演化
    2. Londoners are less than thrilled by the thought of the "crystalline cube" that will slowly rise from the semi-gentrified riverine site of Nine Elms.
      伦敦人对于九号榆树巷半人工河处徐徐崛起的“水晶立方”建筑丝毫没有兴奋之感。
    3. The basic figure that the construction of the riverine development of cities has often proves to be residing along rivers, flourishing due to rivers and obtaining superiority because of rivers.
      城市沿江开发建设的基本特性一般具有依水而居、因水而兴、拥水而优的特性。
    4. The riverine carbon transport is closely related to the processes of terrestrial erosion-deposition.
      河流碳输移与陆地侵蚀-沉积过程紧密相关。
    5. Dynamic characteristics of substrate enzyme activities and bacteria species groups in special riverine ecosystem
      河渠特定生态岸坡基质酶活性及细菌种群的动态特征
    6. Qiqiao pivot of riverine expressway interflows the line and crosses over the the main bridge of the Jingfu expressway adopted the steel case roof beam structure form.
      沿江高速公路峭岐枢纽互通跨线主桥采用钢箱梁结构形式,全焊式连接。
    7. The three power stations have greatly helped to develop transportation, municipal construction, tourism and telecommunication facilities in the backward riverine areas.
      这三个水电站的建成有助于发展沿岸落后的交通,市政建设,旅游和电信设备建设。
    8. Study on nitrogen leaching in farmlands with different crops in riverine plain area of Taihu Lake
      太湖水网地区不同种植类型农田氮素渗漏流失研究
    9. Flow& Sediment Regime Alteration Downstream Dam and Its Impact on Riverine Ecosystem; Research on active storage in flooding control forecasted and regulation of a reservoir
      水库下游水沙过程调整及对河流生态系统影响初步研究水库防洪预报调度中动库容问题研究
    10. Understanding the characteristics of riverine ecosystem and flow regime is the primary condition for good management of rivers.
      对河流生态系统特征及流量变化的生态效应的认知,是进行河流有效管理的前提。
    11. All these activities changed or weakened the structure and function of the riverine ecosystem.
      这些活动都直接或间接地改变或损害了河流生态系统的结构、功能。
    12. The riverine marsh might receive much more mineral sediments;
      溪边沼泽接受更多的矿质沉积物;
    13. The deduction of Riverine wetlands dimension and deterioration of water quality caused the detraction of vegetation's biomass and degradation of some typical vascular plant and it's community seriously.
      河流湿地面积减少、水质恶化,造成了河流湿地植被生物多样性减少,部分典型水生植物和群落严重退化。
    14. The area of the drainage basin and differences in climate and environment markedly impact the export and cycle processes of the riverine carbon.
      流域面积的大小及气候和环境性质的差异对河流碳的输移及循环过程影响显著。
    15. Riverine carbon flux and continental erosion
      河流碳通量与陆地侵蚀研究
    16. Model studies indicated that the atmospheric input, riverine input and benthic flux of inorganic nitrogen account for 3, 4 and 12 percent of nitrogen requirement by phytoplankton ( NRP) in the Bohai Sea and Yellow Sea, respectively.
      模式研究结果表明,大气沉降、陆源输入和海底输入的无机氮通量分别占黄、渤海无机氮浮游植物总需求量的3%、4%和12%。
    17. The human being activities'impacts on the riverine ecosystem, mainly including water resource's project, agriculture and urbanization is reviewed.
      介绍了流域水利工程建设、农业生产及城市化对河流生态系统的影响。
    18. The relation of Riverine wetlands dimension and land use condition, climate, vegetal cover, water environment.
      定性分析和定量揭示了近十年来北京河流湿地变化与周边土地利用变化、气候因子变化及河流湿地植被多样性之间的关系。
    19. The avian species, density, Shannon-Wiener index and G-F index in riverine wetland were the lowest.
      hm-2,而河流湿地鸟的种类数、密度、Shannon-Wiener指数、G-F指数均最低。
    20. Dam construction-induced environmental impact on riverine ecosystem
      大坝对河流生态系统的环境影响分析
    21. The export and cycle processes of the riverine carbon are closely related to coastal zone environment, dynamics of the ocean carbon pool and the global climate system.
      构成全球碳循环的一个关键环节河流碳的输出及循环过程与近岸水域环境、海洋碳库变动及全球气候系统紧密相关。
    22. The Feedback and Response of the Riverine Carbon Cycle to Global Changes
      河流碳循环对全球变化的响应与反馈
    23. Irregular flooding disturbance keeps the different degrees of hydrological connections between river channels and flood plain wetlands, and is likely to be a fundamental driving force in maintaining the riverine landscape heterogeneity and the balance of ecological systems.
      不定期的洪水干扰维持了河流与其洪泛湿地不同程度的水文连通性,成为维持河流洪泛湿地景观异质性和生态系统平衡的重要营力。
    24. Advances in studies on transported flux and properties of riverine organic carbon
      河流有机碳的输出通量及性质研究进展
    25. Simulating hydrological characteristics of riverine wetlands in semi-humid regions
      半湿润地区河滩湿地水文特性的模拟研究
    26. Riverine wetlands provide abundant water resources and be the one of the important drinking water resources of Beijing.
      北京河流湿地为北京市提供丰富的水资源,是北京城市饮用水重要的来源之一。
    27. Applying with community species diversity index method, univariate analysis of variance and correlation analysis, the general condition of wetland vegetation, the main community types and plant species composition, diversity characteristics of the riverine wetland were studied.
      采用多样性指数等群落生态学方法,研究了沿江湿地植被概况、主要群落类型和植物群落的物种组成、多样性特征。
    28. To restore the riverine wetland plant community, preserving and protecting actions should be taken in both habitat improvement and vegetation recovery pertinently, with long period monitoring, management and assessment of the restoration actions.
      在沿江湿地植物群落修复方面,应从生境改善和湿地植被恢复两个角度,针对性地进行恢复和保护,并进行长期的监测、管理和评价。
    29. The long-term dynamic changes of the degradation and bioavailability of pyrene as well as soil enzymatic activities were studied after addition of pyrene at the high rate ( 10mg-kg-1) and the very high rate ( 200mg-kg-1) to the riverine wetland soil in waterlogged and non-waterlogged conditions.
      本文研究了不同水分条件下河流湿地土壤中加入高浓度(10mg-kg-1)和极高浓度(200mg-kg-1)芘后,芘降解过程、芘生物有效性和土壤酶活性的长期动态变化。
    30. The protection and management strategy of the Yangtze riverine wetland in Changshu are: a. to strengthen management and planning; b. to strengthen monitoring and dynamics studies of wetlands; c. to enhance pollution control and protect the wetland environment.
      常熟沿江湿地保护与管理策略主要有:①加强规划管理;②加强湿地监测和动态研究;③加强污染控制,保护湿地环境。