CWRM 2019 : 21st International Conference on Water Resources Management is the premier interdisciplinary platform for the presentation of new advances and research results in the fields of Water Resources Management. The conference will bring together leading academic scientists, researchers and scholars in the domain of interest from around the world. Topics of interest for submission include, but are not limited to:

• Hydrological Processes and Evolving Hazards
• Hydrological impacts of environmental change
• Hydromorphological pressure and impact issues in river basin management
• Hydrologic risk and uncertainty
• Ecological effects of land use changes
• Flood control, management and risk assessment
• Urban flood modelling, forecasting and warning
• Impact of climate change and adaptation
• Vulnerability and resilience of water resources systems in the face of climatic variabilities
• Climate proofing
• Climate mainstreaming
• Drought management
• Hydroinformatics - modelling and simulation of integrated water systems
• Soft computing optimization methods
• Numerical simulation of water systems
• Rainfall-runoff processes
• Upland erosion and sediment transport
• Rural water supply network
• Urban water systems
• Hydrologic monitoring and data management
• Advances in hydrologic modelling
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• Geo-information and Water Resources
• The use of earth observation techniques in water resources assessment and management
• Geo-information for disaster and risk management
• Application of Satellite Based Geo-information Technology Integrated with GIS for Monitoring and Understanding Water Problems
• Handling large volumes of geo-data and fusion of data from multiple geo-data sources
• Drought mapping via geo-information technology
• Irrigation and crop management using earth observation tools
• Use of spatial information for water research: migrating from basin-scale assessments toward effective water management
• Remotely-sensed spatial information for trend acquisition in hydrology
• Geo-information for making probable fully-distributed hydrologic modelling
• Deriving spatially-distributed hydrometeorologic input from radar imaging
• Advanced applications of multi-dimensional digital terrain modelling
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• Technological Advances in Water Distribution, Purification and Desalination
• Occurrence and mitigation of emerging contaminants in drinking water
• Seawater desalination and disposal of desalination brine
• State-of-the-art in optimization and modelling of water distribution systems
• New directions in efficiency of water distribution systems
• Nano-technology applications in water treatment
• Water recycling opportunities and challenges
• Water re-use quality standards for public health and environmental protection
• In-situ removal of contaminants from groundwater resources
• Response of water utilities to an increased frequency of extreme events
• Identification of challenges in the use alternative water sources
• Rainwater harvesting
• Data management, model building and calibration for water distribution
• Leakage and demand management
• Demand forecasting
• Asset management and rehabilitation
• Sensors, control and decision support including GIS
• Risk, uncertainty and infrastructure resilience
• Process modelling, control and optimization in water purification and desalination
• Experience of different financing schemes- public, private, public-private projects, etc.- in Desalination
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• Water Pollution and Eco-systems Conservancy
• Point and Non-point Source Pollution - Urbanization, Agriculture, Best Management Practices
• Protection of ecosystems
• Water Quality and Health of Aquatic Systems - Fate and Transport of Pollutants, Modelling, Geographic Information Systems
• Management and Treatment of Solid, Liquid and Gaseous Wastes - Municipal, Industrial, Hazardous
• Eco-efficient water use and reuse
• Ecotoxicity and environmental risk assessment
• Ecological Engineering - Natural Wastewater and Sludge Treatment Systems, Constructed Wetlands, Stabilization Ponds
• Ecosystem Services, Life Cycle Assessment. Water Footprint, Environmental/Ecological Economics
• Assessment of water quality conditions by fuzzy logic and genetic algorithms
• Global changes and water quality
• Regulations, management, emerging issues
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• Multicriteria Sustainability of Water Systems
• Sustainability criteria for water resource systems
• Sustainability issues, challenges, risks and uncertainties
• Sustainability and modelling technology (Decision Support Systems)
• Institutional and social aspects of sustainability
• Securing sustainable water for all (water security)
• Multicriteria decision making methods in water systems analysis
• Irrigation systems and food security
• Sustainable water allocation
• Water supply and demand management
• Conflict management
• Management alternatives and sustainability assessment
• Sustainability of water services
• Implementation of Integrated River Basin Management
• Implementation of international and European level regulations and guidelines for sustainable management
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• Social, Political, Institutional and Legislative Aspects
• Water Governance
• Water Framework Directive implementation
• Transboundary river basin water policy and agreements
• Public involvement and participation
• Socio-economic water relevance and policy
• Participatory decision making in water resources management
• Public involvement in water management
• Water resources projects and society
• Societal response to changing hydrologic conditions