行政院國家科學委員會專題研究計畫期中進度報告:即時洪水預報模式之研發與應用─子計畫:即時洪水預報展示系統之建立與應用(1/3)
Date Issued
2004
Date
2004
Author(s)
陳增壽
DOI
922625Z002017
Abstract
The main goals of National Science
and Technology Program for Hazards
Mitigation in the second period are
continuing the development of hazards
mitigation technology, and studying on the
real-time flood forecasting system for
emergency response of flooding. The
three-year integrated research project,
named “The Development and Application
of Model for Real-time Flood Forecasting”,
is proposed basing on these purposes. This
project is 4th sub-project of the integrated
project, which is going to establish the
display system of real-time flood
forecasting for improving the present
flooding emergency response measures.
The display system will integrate all the
monitor information of watershed, the
forecasting results of all other sub-projects
and the hardy facility data of flood control.
The visual display system can provide
quickly and effectively information to
decision-makers.
According to the watershed location,
the occurred causes of flooding and the
regional demands, the Lan-Yang Creek
Basin is chosen as the pilot study area. To
maintain the display system conveniently
in the future, the construction of the
system will be divided into several
modules, including the system maintaining,
the real-time information monitoring,
model forecasting and decision supporting.
The results can be applied to the Lan-Yang
Creek Basin to reinforce the hydrology
monitoring and flood warning skills and
enhance the emergency response
capabilities for possible future floods.
and Technology Program for Hazards
Mitigation in the second period are
continuing the development of hazards
mitigation technology, and studying on the
real-time flood forecasting system for
emergency response of flooding. The
three-year integrated research project,
named “The Development and Application
of Model for Real-time Flood Forecasting”,
is proposed basing on these purposes. This
project is 4th sub-project of the integrated
project, which is going to establish the
display system of real-time flood
forecasting for improving the present
flooding emergency response measures.
The display system will integrate all the
monitor information of watershed, the
forecasting results of all other sub-projects
and the hardy facility data of flood control.
The visual display system can provide
quickly and effectively information to
decision-makers.
According to the watershed location,
the occurred causes of flooding and the
regional demands, the Lan-Yang Creek
Basin is chosen as the pilot study area. To
maintain the display system conveniently
in the future, the construction of the
system will be divided into several
modules, including the system maintaining,
the real-time information monitoring,
model forecasting and decision supporting.
The results can be applied to the Lan-Yang
Creek Basin to reinforce the hydrology
monitoring and flood warning skills and
enhance the emergency response
capabilities for possible future floods.
Subjects
Lan-Yang Creek Basin
flood forecasting
real-time monitors
visual display system
emergency responses
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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