Computational Technology Resources - CCP

Keywords: object oriented, unstable land, observation data, MIS, GIS, ecological engineering.

Summary

The information technology has been growth rapidly for last decades. In order to pursue the economic development, people have abused natural resources in developing countries. Usually we only emphasize the investment value and neglect the environmental protection of the natural resources [1]. The concept of ecological protection [2] has been promoted gradually; therefore, environmental protection is a main issue in the planning, design and construction stage for dam watersheds [3].

From the survey of unstable land in the environmental protection area of the Shih-Men watershed, this research uses the Object Oriented and Windows ^TM environments, such as ER-Studio and Interbase to construct a data structure and use Delphi to develop the "Environmental Protection Management Information System" for the Shih-Men Dam watershed. The tool has integrated MIS, GIS and Multi-media to develop a handy tool that provides engineers to cope with complicate interface tasks in a single package.

This system can be used to build environmental data for the unstable land, to input related data into the system to be verified. This system can help the observers to record observation data, such as the maintenance and inquiring data of the present state of the unstable land. Also, using the cross-inquiring function of the system, unstable land data from different locations and time scopes can be integrated and sorted to obtain different results. Furthermore, the system will integrate the information management system and the geographic information system to better understand the surrounding environment such as observation stations and the construction situation of the Shih-Men dam watershed area. This platform can provide a long-term environment monitoring mechanism to follow up the differences before and after the construction of ecological engineering.

References

1: Bo-Ying Lin, "A Study on the Multi-purpose Integration for Coastal Ecological Engineering for Hsin-Chu Area in Taiwan", Master Thesis, Chung-Hwa University, June 2004.
2: We-Chang Chen, "A Study on the Development of Internet Ecological Engineering Information System", Master Thesis, National Cheng-Kong University, Taiwan, June 2002.
3: Yo-Jang Hsei, "A Study on the development of 'Coast Environment Information Management System' for An-Ping Harbor", Master Thesis, Chung-Hwa University, June 2005.

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Front Page Browse CCP CSETS CTR IJRT Other Authors Search Purchase Guide FAQ Contact us	Civil-Comp Proceedings ISSN 1759-3433 CCP: 84 PROCEEDINGS OF THE FIFTH INTERNATIONAL CONFERENCE ON ENGINEERING COMPUTATIONAL TECHNOLOGY Edited by: B.H.V. Topping, G. Montero and R. Montenegro Paper 150 Development of an Environmental Protection Management Information System for the Watershed of the Shih-Men Dam Y.C. Shiau¹ and S.J. Sung² ¹Department of Construction Engineering, Chung-Hwa University, Hsin-Chu, Taiwan ²Kang & Associates, Ju-Bei, Hsin-Chu, Taiwan doi:10.4203/ccp.84.150 purchase the full-text of this paper Full Bibliographic Reference for this paper Y.C. Shiau, S.J. Sung, "Development of an Environmental Protection Management Information System for the Watershed of the Shih-Men Dam", in B.H.V. Topping, G. Montero, R. Montenegro, (Editors), "Proceedings of the Fifth International Conference on Engineering Computational Technology", Civil-Comp Press, Stirlingshire, UK, Paper 150, 2006. doi:10.4203/ccp.84.150 Keywords: object oriented, unstable land, observation data, MIS, GIS, ecological engineering. Summary The information technology has been growth rapidly for last decades. In order to pursue the economic development, people have abused natural resources in developing countries. Usually we only emphasize the investment value and neglect the environmental protection of the natural resources [1]. The concept of ecological protection [2] has been promoted gradually; therefore, environmental protection is a main issue in the planning, design and construction stage for dam watersheds [3]. From the survey of unstable land in the environmental protection area of the Shih-Men watershed, this research uses the Object Oriented and Windows ^TM environments, such as ER-Studio and Interbase to construct a data structure and use Delphi to develop the "Environmental Protection Management Information System" for the Shih-Men Dam watershed. The tool has integrated MIS, GIS and Multi-media to develop a handy tool that provides engineers to cope with complicate interface tasks in a single package. This system can be used to build environmental data for the unstable land, to input related data into the system to be verified. This system can help the observers to record observation data, such as the maintenance and inquiring data of the present state of the unstable land. Also, using the cross-inquiring function of the system, unstable land data from different locations and time scopes can be integrated and sorted to obtain different results. Furthermore, the system will integrate the information management system and the geographic information system to better understand the surrounding environment such as observation stations and the construction situation of the Shih-Men dam watershed area. This platform can provide a long-term environment monitoring mechanism to follow up the differences before and after the construction of ecological engineering. References 1 Bo-Ying Lin, "A Study on the Multi-purpose Integration for Coastal Ecological Engineering for Hsin-Chu Area in Taiwan", Master Thesis, Chung-Hwa University, June 2004. 2 We-Chang Chen, "A Study on the Development of Internet Ecological Engineering Information System", Master Thesis, National Cheng-Kong University, Taiwan, June 2002. 3 Yo-Jang Hsei, "A Study on the development of 'Coast Environment Information Management System' for An-Ping Harbor", Master Thesis, Chung-Hwa University, June 2005. purchase the full-text of this paper (price £20) go to the previous paper go to the next paper return to the table of contents return to the book description purchase this book (price £105 +P&P)
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