CENTRAL THEME
Water – Across Boundaries
THEME A: Aquifers, Rivers, Reservoirs and Dams
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Surface and groundwater hydraulics and hydrology
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River morphodynamics and sediment transport
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Ecohydraulics and river restoration
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Reservoir sedimentation
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Aquifer recharge and groundwater abstraction
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Dams hydraulic design and case studies
THEME B: Estuaries, Coasts and Ports
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Estuarine and coastal dynamics
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Coastal monitoring
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Protection, management and restoration of coastal systems
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Climate-resilient estuaries and coasts
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Ports and waterways design
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Marine renewable energy
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Coastal and offshore structures
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Nature-based solutions
THEME C: Urban Water
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Floods and water scarcity in urban areas
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Efficient use of water
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Urban water cycle
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Water and energy with focus on urban water systems
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Climate-resilient urban water systems
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Nature-based and hybrid drainage systems
THEME D: Numerical and Experimental Methods
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Computational methods in fluid dynamics and hydro-environmental problems
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Computational methods in sediment dynamics
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Computational methods in fluid-structure interactions
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Hydroinformatics
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Digital twins and cyber-physical systems
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Simulation and hybrid forecasting
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Data science, machine learning and data analytics
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Big data instrumentation, experimental facilities and field experiments
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Emerging hydraulic measurement technologies and analysis methods
THEME E: Climate Change and Risk Mitigation
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Climate change and water management
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Hydraulic design in a changing climate
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Soft computing for modelling floods and droughts
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Monitoring, responding, and recovering from floods and droughts
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Extreme events and risk assessment
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Climate proof infrastructures
THEME F: Governance and Water Resources Management
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Water security and water resources management
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Hydro-environmental education
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Water management and environmental protection
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Emerging solutions for water governance: monitoring, planning, design, operation and adaptation