The scarcity of water resources in Shiyang River Basin is discussed in the view of risk in this paper.
本文从风险的角度对石羊河流域水资源短缺问题进行了探讨。
The meteorological factors' variation trend of Shiyang River Basin in the recent 50years was analyzed.
分析了石羊河流域各站近50年气象要素的变化趋势。
The first part involves historical changes of water resources management system of the Shiyang River Basin.
第一部分为石羊河流域水资源管理体系的历史演变。
The characteristic of climate was becoming warm and dry gradually since from 19 century in Shiyang river basin.
石羊河流域自19世纪以来则处于持续的暖干化过程中。
The fourth part deals with reform and perfection of water resources management system of the Shiyang River Basin.
第四部分为石羊河流域水资源管理体制改革与完善。
The State of the Art in Water Resources Utilization in Shiyang River Basin and the Countermeasures for Sustainable Utilization;
文章从制度角度分析了石羊河流域的水资源问题并提出了对策。
This paper analyzes the water problems and put forwards counter measures in the Shiyang River basin from an institutional aspect.
文章从制度角度分析了石羊河流域的水资源问题并提出了对策。
In the Hexi Corridor, the WRCI is the largest in the Shiyang River Basin, in the eastern part, and where water resources are the scarcest.
河西走廊的WRCI是东部石羊河流域最大的，同时也是水资源最短缺的。
The oasis region of Minqin County which is surrounded by Tengger Desert and Badain Jaran Desert is located in lower reaches of the Shiyang River Basin.
甘肃石羊河流域下游的民勤沙漠绿洲区位于腾格里沙漠和巴丹吉林沙漠之间。
The information system will make the water resources management more standardized, and it can improve the efficiency of management in Shiyang River Basin.
该系统的建立可提高流域管理工作效率和水平，使该流域水资源管理工作进一步规范化。
The results show the level of environmental negative effect of water resources development increases sharply from the upper reaches to the lower reaches in Shiyang River Basin.
结果表明，该水土环境效应综合排序结果与石羊河流域的上下游行政分区一致，从上游到下游，水资源开发引起的环境负面效应急剧增大。
Based on the qualitative analyses on water resources transformation mechanism, combining with each calculation unit, the water resources transformation model in Shiyang river basin is developed.
对石羊河流域水资源转化机理进行了定性分析，结合各计算单元建立了石羊河流域水资源转化模型。
This study will help improve the management efficiency of Shiyang River, and provide a scientific reference to river basin water resource management.
以期为石羊河流域水资源有效管理提供科学借鉴。
This study will help improve the management efficiency of Shiyang River, and provide a scientific reference to river basin water resource management.
以期为石羊河流域水资源有效管理提供科学借鉴。
应用推荐