1) Qinhuai River basin
秦淮河流域
1.
The accuracy and effectiveness of the present method was validated by an application case in Qinhuai River basin.
为此,通过对数字流域信息共享模式的研究,探讨了在目前技术条件下进行流域信息共享的可操作性,结合流域实际情况提出了一种利用Web API的新的流域信息共享模式,并以秦淮河流域为例对该流域信息共享模式进行应用试验,验证了该流域信息共享模式的正确性及有效性。
2.
Based on the technology of remote sensing and geographic information systems,a distributed hydrological model(Soil and Water Assessment Tool,SWAT) was applied to study the impacts of land use changes from 1987 to 2000 on hydrological processes in the Qinhuai River basin located in Nanjing,Jiangsu Province,China.
以城市化流域——秦淮河流域为例,采用SWAT分布式水文模型,结合遥感和地理信息系统技术,对流域1987～2000年的土地利用变化对水文过程的影响进行探讨和研究。
2) Huaihe River Basin
淮河流域
1.
Water quality and cluster analysis of Huaihe River Basin in 2004;
2004年淮河流域水质状况和聚类分析
2.
Research on influence of dams' union dispatch on water quality in Huaihe River Basin;
淮河流域闸坝联合调度对河流水质影响分析
3.
Study on the comprehensive treatment to control the non-point source pollution in Huaihe River Basin;
淮河流域非点源污染综合治理研究
3) Huaihe River valley
淮河流域
1.
Consideration about water pollution control of Huaihe River valley;
淮河流域水污染治理的思考
2.
The Basic Characteristics of Agricultural Disasters in Huaihe River Valley During the Han and Tang Dynasties;
淮河流域汉唐时期农业灾害发展的基本特征
3.
Rainstorm Flood over Huaihe River Valley in 2007 and Contrast Analysis with 2003;
2007年淮河流域暴雨洪涝及2003年的对比分析
4) Huaihe valley
淮河流域
1.
Innovation of measures to control water pollution in Huaihe valley;
淮河流域水污染治理与措施创新
2.
A Study on the Management Mechanism for Transboundary Water Pollution in the Huaihe Valley;
淮河流域跨界水污染管理机制研究
3.
Historic importance of Huaihe Valley in the Pre-Qin Dynasty;
先秦秦汉时期淮河流域的历史地位
5) Huai river basin
淮河流域
1.
Causes for water pollution in Huai river basin and prevention measures;
淮河流域水污染成因及防治对策探讨
2.
Research on the Flood Forecasting and Dispatching System for Huai River Basin Based on RS and GIS Technology;
基于RS和GIS的淮河流域洪水预报与调度系统
3.
Information System construction and management in the Huai River Basin;
淮河流域信息化系统建设与管理
6) the Huaihe River basin
淮河流域
1.
The model integration study of flood forecasting system for the Huaihe River basin;
淮河流域洪水预报系统的模型集成研究
2.
A Study on the Sustainable Use of Water Resources and Environmental Economy in the Huaihe River Basin;
淮河流域水资源可持续开发利用与环境经济的研究
3.
This paper also analyzed the necessity and feasibility of flood resources utilization in the Huaihe River Basin,suggested how to utilize the flood resources in the Huaihe River Basin.
分析了洪水资源化在淮河流域实行的必要性和可行性,提出了淮河流域洪水资源化利用的基本思路,并指出了实现淮河流域洪水资源化的主要途径。
补充资料：秦淮河
| 秦淮河 长江下游支流。位于中国江苏省西南部。上游有两源：南源出溧水县东芦山，称溧水河；北源出句容县宝华山（俗称北山），称句容河。两源汇合于江宁县西北村。北流过东山镇、上方门入南京市。到通济门外九龙桥分内、外秦淮：内秦淮由东水关入南京城，经城南夫子庙一带出西水关；外秦淮由通济门经中华门绕行城外。内、外秦淮在西水关外复合，过草场门、定淮门、循石头城北至三汊河入长江。全长110千米。流域面积2630平方千米。
|
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条