ISFRAM 2014 : Proceedings of the International Symposium on Flood Research and Management /
| Corporate Author: | |
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| Other Authors: | , , , , |
| Format: | eBook |
| Language: | English |
| Published: |
Singapore :
Springer Singapore : Imprint: Springer,
2015.
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| Edition: | 1st ed. 2015. |
| Subjects: |
Table of Contents:
- Analysis of extreme floods in Malaysia
- Part 1 Flood management
- Trend analysis of publications on watershed sustainability indicators in popular 10 academic databases
- Flood management to reduce flood hazards of Gumti river using mathematical modelling
- Community awareness and preparedness towards flood in Kuantan Pahang
- Perspective of stakeholders on flash flood in Kuala Lumpur
- Part 2 Flood modelling
- Gis application in surface runoff estimation for upper Klang river basin Malaysia
- The development and application of Malaysian soil taxonomy in swat watershed model
- Contribution of climate forecast system meteorological data for flow prediction
- Hydrological modeling in Malaysia
- Multi-day rainfall simulations for Malaysian monsoons
- Part 3 Modeling and socio economic impact
- estimating floods from an ungauged river basin using giuh-based nash model
- A gis and excel- based program to calculate flow accumulation from the data of land use
- Flood damage assessment a review of flood stage-damage function curve
- Is farmer's agricultural income dependent on type of irrigation delivery system
- Variable parameter muskingum discharge routing method for overland flow modelling
- Part 4 Water quality
- Detection of pathogenic bacteria in flood water
- Stormwater treatment using porous rock matrices
- Removal of oil from flood water using banana pith as adsorbent
- Salinity velocity pattern in estuary using piv
- Part 5 Weather and climate
- Tsunami forecasting due to seismic activity from Manila trench of Malaysia offshore oil blocks
- Sustainable trend analysis of annual divisional rainfall in Bangladesh
- Flood frequency analysis due to climate change condition at the upper Klang river basin
- Use of numerical weather prediction model and visible weather satellite images for flood forecasting at Kelantan river basin
- Imaginary radar rainfall for quantitative precipitation estimates at Johor river basin
- Enhanced flood forecasting based on land use change model and radar based quantitative precipitation estimation (Qpe).