流域水沙资源,water and sediment resources within river basin
1)water and sediment resources within river basin流域水沙资源
1.Regulation and control techniques and measures for allocation ofwater and sediment resources within river basin流域水沙资源配置的调控技术与措施
英文短句/例句
1.Regulation and control techniques and measures for allocation of water and sediment resources within river basin流域水沙资源配置的调控技术与措施
2.Optimal deployment theory and mathematical model of water and sediment resources in basin and their applications in the lower Yellow River流域水沙资源优化配置理论与模型及其在黄河下游的应用
3.Relations on Population Growth,Water Resource and Desert in Talimu River Area of Xinjiang Province;新疆塔里木河流域人口增长、水资源与沙漠化的关系
4.Study on Water Resources Management Combining the River Basin with the Districts;流域与区域相结合的水资源管理研究
5.Shortage of Water Resourses in the Reaches of the Yellow River and Adjustment of the Administrative Means of Water Resourses;黄河流域水资源短缺与水资源管理方式的转变
6.Research of Basin Water Resources Governance in the View of Social Capital Angle;社会资本视角的流域水资源治理研究
prehensive Management for Water Resources of Interbasin Water Transfers;跨流域调水系统水资源综合管理研究
8.Research on Water Resources Carrying Capacity and Water Cycle Evaluation of River Basin;流域水资源承载力及水循环评价研究
9.SOIL RESOURCE PROTECTION AND SUSTAINABLE UTILIZATION OF JINSHAJIANG XEROTHERMIC VALLEY IN YUNNAN PROVINCE;云南金沙江流域热区土地资源可持续利用
10.Study on the Rational Allocation of Water Resources and Water Resources System Problems about Interbasin Water Transfers;区域水资源合理配置及跨流域调水水资源系统问题研究
11.The Synthetic Resaerch of Water-supply Management System in Nansha Area Guangzhou City;广州南沙区域供水管理体系资源整合研究
12.Efforts have been made to intensify the ecological development of drainage areas and introduce unified management of water resources in these areas to protect rivers and water resources.加强流域生态建设，实施流域水资源统一调度，保护河流和流域水资源。
13.Fuzzy Pattern Recognition Model for Supervision of Abundance of River Basin Water Resources流域水资源丰富度监督模糊模式识别
14.Water Resources Carrying Capacity Oriented by Watershed Ecological Pointviews;基于生态的流域水资源承载能力研究
15.Wastewater Reclamation Projects Study in Shenzhen River& Bay Catchment;深圳河（湾）流域污水资源化工程研究
16.Study on Water Resource Management Institution of Wei He River Basin in Shaanxi Province;陕西省渭河流域水资源管理制度研究
17.Theories and Application Studies on Optimal Allocation of Water Resources in River Basin;流域水资源优化配置理论与应用研究
18.Study on Water Resources Management System of Huaihe Basin in Shandong Province;山东省淮河流域水资源管理体制研究
相关短句/例句
basin water resources流域水资源
1.Theory study on renewable capability ofbasin water resources;流域水资源可再生性的量化方法及理论研究框架
2.Study on property rights structure among different subjects ofbasin water resources;流域水资源管理主体间产权结构探讨
3."Tragedy of The Commons" ofbasin water resources and its game strategy流域水资源的“公地悲剧”及其博弈对策
3)river basin water resources流域水资源
1.Application of nonlinear FCA model to risk evaluation of conflicts ofriver basin water resources;非线性FCA模型在流域水资源冲突风险评价中的应用
2.Advances in research of water quantity and water quality integrated management model forriver basin water resources;流域水资源水量水质集成管理模型研究进展
4)water resource流域水资源
1.The demand forwater resource is great with the rapid growing of population and expanding industries, and there is an obvious water conflict between up and down stream in the basin.文章对当前潮白河密云水库流域水资源利用存在的问题进行了系统的分析,并对存在的问题提出针对性的对策,为中尺度跨地区流域水资源合理利用和管理提供借鉴。
2.Water resource environment is an important part of drainage area management.流域水资源环境是流域管理的一个重要方面,通过对流域水资源环境管理的特殊性、复杂性及关键性、突出性问题进行全面分析,阐述实现《水法》和《水污染防治法》两法对接,建立流域水资源管理新机制的观点,并就进一步完善水资源环境管理的经济政策进行论述。
5)basin water resource流域水资源
1.The paper summarizes the advances ofbasin water resources real-time allocation,and expatiates the necessity and the development of the water resources management in Heihe River basin.系统地总结了流域水资源实时调度的研究现状和调度的基本理论依据。
6)watershed water resource planning流域水资源规划
延伸阅读
长江流域水能资源长江流域水能资源hydro resources of the Yangtze River Valley长江上游(湖北宜昌以上)流域面积100.55万 kmZ，平均年径流量4 510亿m“，平均年输沙量5.2亿 t(居世界河流年输沙量第4位)，可开发装机容量 19 660万kw，年发电量9 840亿kw·h。中下游流域 面积80.3万km“，可开发装机容量3 040万kw，年发 电量1160亿kw·ho 干流水能资源据1981年水力资源普查，通天 河、金沙江和长江干流，共可开发装机容量90“万 kw，年发电量 4 723亿kw·h。经80年代和90年代 初研究规划，有增有减，初步统计净增至可开发装机容 量10 720万kw，年发电量5 220亿kw·h，占长江 全流域的47%。长江干流各河段可开发的水能资源见 表1。 通天河从河源至玉树河长1100km，天然落差 1 86om，但流量较小。安排了8级，共利用水头600m， 装机容量151万kw，年发电量82亿kw·h。各级水 库蓄水位在海拔4 47Om至3 62Om，处于严寒边远地 区，开发较困难。 金沙江上游从青海玉树至云南石鼓，河长958km，天然落差1 722m，安排9级:位于青川边界 的东就拉16万kw，晒拉18万kw;位于川藏边界的 俄南90万kw，白立150万kw，降曲河口320万kw， 巴塘250万kw，王大龙280万kw;位于川滇边界的 日冕280万kw;位于云南境内的拖顶〔其下游的虎跳峡上水库如采用蓄水位2 012m，本级坝址需上移，利 用水头改为88m)约170万kw;合计利用水头1 500 m，装机容量1574万kw，年发电量757亿kw·h; 比原规划增加了400万kw，126亿kw·h。本河段交 通条件较困难，勘测工作做得较少。 金沙江中下游从云南石鼓至四川宜宾，河长 1 332kw，天然落差1 56Om。据建设西南水电能源基 地战略研究报告(1 992年)，规划10级大水电站。
