Water is not only an essential component of life supporting systems, but also an important element for food security, economic development and global sustainability. Ever increasing water demand and gradual reduction of water resources have changed the water supply-demand balance and threatened not only economic developments, but also livelihood. The 2030 Sustainable Development Agenda centers around health since it is both a major contributor and beneficiary of sustainable development policies. As health, economic, social and environmental progress are inter-related, water is indispensable and plays an important role to provide sustainable developments in all fields.
The 4th International Conference on Water Resources (ICWR-2018) aims to bring together the academics, scientists, leading engineers, researchers, water managers, government officials and practitioners from wide range of disciplines working on water resources and sustainability science to collaborate, communicate, and share their experiences and research results, to reiterate the importance of managing water resources and to reestablish virtue and harmonizing the natural order of life through knowledge.
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
11月27日
2018
11月28日
2018
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