防洪示範區淹水境況模擬與決策支援系統之研究─子計畫：基隆河流域淹水損害評估模式與相關資料庫建立(I)
Date Issued
2001
2001-07-31
Date
2001
2001-07-31
Author(s)
DOI
892625Z002062
Abstract
Because the geographic location, Taiwan encounters many natural disasters such as earthquakes, typhoon, and flood, etc. every year. These hazards usually cause major loss of assets and casualties from the high density of population and intensive land usage. The government invests huge budget to mitigate the damage from the disasters. The investment of disaster mitigation should be proposition to the risk of the area so that adequate economical efficiency can be maintained. The risk assessment should base on a sound model for regional damage estimation. The estimation of regional flood damage involves a tremendous amount of data and most of them arc spatially distributed such as population, traffic network, administration and land use zoning, building types and distribution, etc. This project is to implement the spatial database for regional flood damage estimation using Geographic Information System (GIS) as a spatial data management tool. The Basin of KeeLung River is chosen as pilot area for its high residential density and intense commercial and industrial activities.
Related data such as population, commercial and industrial activities, building type and distribution, digital terrain, dike and pumping stations, etc. were collected and integrated into a spatial database. Functions relating damages to inundation depth were established for different types of activities and land use. Regional flood damage can then be assessed spatially. The results from other related co-project such as inundation model were used for computation of the flooding risks. The results are useful for decision support for regional flood damage mitigation planning.
Subjects
Flood
Damage Assessment
Risk
GIS
Spatial data
SDGs
Publisher
臺北市：國立臺灣大學生物環境系統工程學系暨研究所
Type
report
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Name
892625Z002062.pdf
Size
5.34 MB
Format
Adobe PDF
Checksum
(MD5):0767c5aac7cd8aef192948cace4247a0