Abstract

The China Levee Project Information Management System (CLPIMS) is an information management platform that was established for levee project management within the seven major river basins in China. The system was developed on the basis of the VS.NET and ArcGIS Server and was combined with the database theory and key techniques of WebGIS, which has the features of real-time display, enquiry, statistics and management of spatial data under browser/server mode. Moreover, additional applications, such as real-time monitoring, safety assessment, early warning and danger forecasting and online analysis, can be further explored through reserved modules. The CLPIMS can serve not only as a scientific, systematic, visual tool for analysis and decision management in levee projects in China but also as a technical platform for flood control practice. Furthermore, the system is capable of unified management and sharing of the levee project information for the seven major river basins in China, and it is important for the improvement of office automation, E-government applications and the level of flood control operations.

Highlights

  • With the improvement of human productivity and living standards, the development and management of water resources has become a major issue of global concern [1,2]

  • To simplify the system deployment and management in the design of the logical structure and centralize the management of data and services, a multi-tier architecture based on browser/server mode (B/S) was adopted in the system

  • The China Levee Project Information Management System (CLPIMS) fully used the advantages of geographical information system (GIS) in spatial data storage and analysis

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Summary

Introduction

With the improvement of human productivity and living standards, the development and management of water resources has become a major issue of global concern [1,2]. There are more than 0.25 × 106 km of various types of levee projects distributed in China’s seven major river basins (figure 1), and. 130 ̊0¢ E river systems and drainage of China.

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