Restoring nature in engineering structure: a modelling of Kuching bypass floodway

Engineering infrastructure development usually causes disturbances to environment. Rarely, the natural processes are restored in these physical structures. This paper highlights examples of coexistence of nature and engineering structure in flood control systems in US and Kong Kong, and treats the i...

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Bibliographic Details
Published in:Journal of coastal conservation 2011-11, Vol.15 (4), p.565-571
Main Author: Mah, Darrien Yau Seng
Format: Article
Language:English
Subjects:
Bypasses
Coastal
Coastal Sciences
Computer simulation
Conservation
Control systems
Drainage
Earth and Environmental Science
Ecological engineering
Engineering structures
Environmental engineering
Environmental impact
Flood control
Floods
Floodways
Flushing
Freshwater
Geography
Infrastructure
Marshes
Modelling
Nature Conservation
Oceanography
Peat
Ponds
Remote Sensing/Photogrammetry
Rivers
Saline intrusion
Swamps
Wetlands
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Summary:Engineering infrastructure development usually causes disturbances to environment. Rarely, the natural processes are restored in these physical structures. This paper highlights examples of coexistence of nature and engineering structure in flood control systems in US and Kong Kong, and treats the idea on a new project, a bypass flooding system in Kuching, Malaysia by computer simulation. When the Kuching floodway idles during normal days, it is modelled as a pond to match the surrounding peat swamp. The in-channel pond requires lower flow, allowing the downstream river its natural flows. The modelling simulation shows plausible results to put back nature in man-made system to restrain saline intrusion and problem of low flushing due to flow diversion. With that, it is time to call for the society, particularly the engineering communities to adopt a more nature-sensitive approach in engineering designs.
ISSN:1400-0350
1874-7841
DOI:10.1007/s11852-011-0145-4