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ICWR2018 Call For Participant
ICWR2018 Call For Papers
Format of the Abstract
ICWR2018 Full Paper Format
Themes
| WATERSHED MANAGEMENT |
| Multi-objective planning and management |
| Riverine sediment transport and morphology |
| Riverine hydrodynamics |
| River-reservoir and ecosystem management |
| Climate change impact |
| International water laws and treaties |
| Integrated river basin management |
| Forest hydrology and peat soil management |
| Information management system |
| System analysis in water resources |
| FLOOD MANAGEMENT |
| Socio-economic and environmental impacts |
| Flood plain management and flood risk mapping |
| Flood mitigation and innovative control measures |
| Dam and reservoir as flood control structures |
| Rainfall modelling and flood forecasting system |
| Climate change and adaptive measures |
| Management capacity for sustainable infrastructure |
| Urban stormwater |
| WATER SUPPLY AND ECONOMICS |
| Water security and economic development |
| Reservoir management and water supply |
| Groundwater management and modelling |
| Groundwater irrigation and rainwater harvesting |
| Water supply and sanitation |
| Water management and irrigation system |
| Water distribution system and modelling tools |
| Sustainability and competitiveness investment |
| Conservation and water use efficiency |
| Water for food and irrigated agricultural land |
| Economics analysis of water and modelling tools |
| Stochastic programming and bargaining theory |
| Hydropower generation |
| COASTAL MANAGEMENT |
| Coastal and ocean climate variation |
| Coastal processes and environment |
| Marine aquatic biodiversity |
| Integrated coastal zone management |
| Coastal sediment transport and morphology |
| Coastal structure and protection |
| Port, harbour and waterways |
| Estuarine hydrodynamics and transport |
| ENVIRONMENTAL SCIENCE |
| Prevention and mitigation measures of water pollution |
| Aquatic biodiversity maintenance |
| Contamination of lake, river and wetland ecosystems |
| Climate variability and modelling |
| Environmental hydraulics and hydrology |
| Water pollution and ecosystem degradation |
| Water quality and water age |
| Environmental Impact Assessment |
| NATURAL DISASTER |
| Tsunami and regional disaster |
| Coastal flooding and defence |
| Sea level rise and adaptation strategy |
| Costs of damages and disruption |
| Global warming and drought management strategy |
| Disaster risk management |
| MATHEMATICS AND COMPUTING |
| Probability distribution/models and time series methods |
| Computational fluid dynamics |
| Big data analytics |
| Internet of Things |
| Numerical Methods |
| Discretisation Method |
| Differential Equations |
| Machine Learning: Neural Networks, Deep Learning |
| Evolutionary computing and artificial intelligence |
| Data mining and intelligent information retrieval |
| OTHER RELATED DISCIPLINES |
| Water and sustainable tourism industry |
| Water and agritourism/ ecotourism |
| Water in islamic art and culture |
| Water and renewable energy |
| Water and green buildings |
| Water in architecture and urban planning |
| Photogrammetry and GIS in water engineering |
| Water laws, policy and economic models |
| Water related education |
Faculty of Engineering
Department of Irrigation and Drainage (DID) Malaysia
Kedah State Government
Langkawi Development Authority (LADA)
Ministry of Water, Land and Natural Resources (KATS)
Humid Tropics Centre, Kuala Lumpur
National Hydraulic Research Institute of Malaysia (NAHRIM)
The Malaysian National Commission for UNESCO (MNCU)