1.1 - Urban rainfall
1.2 - Evapotranspiration, infiltration, runoff formation and transport
1.3 - Climate change impacts
1.4 - Sources, accumulation, wash-off and transport of pollutants
1.5 - Special conditions in hot and cold climates
2.1 - Hydraulics of urban drainage networks and structures
2.2 - Sewer infiltration and exfiltration
2.3 - Sediment characteristics and transport
2.4 - Pollutants transport and transformation
2.5 - Combined sewer overflows
3.1 - Urban floods, flood risks and damages
3.2 - Receiving environment impacts
3.3 - Priority substances
3.4 - Aquatic habitat issues
4.1 - Storm water controls and BMPs, LID, SUDS and WSUD
4.2 - Rainwater harvesting and use
4.3 - Urban stream restoration
4.4 - Urban drainage retrofits
4.5 - Innovative urban drainage systems
4.6 - Advanced stormwater and CSO treatment
4.7 - Technologies for developing countries
4.8 - Technologies for countries with hot or cold climate
5.1 - Data availability, reliability and uncertainty
5.2 - Instrumentation, measurement and monitoring
5.3 - Modelling of integrated urban water systems and their components
5.4 - Forecasting and Real time control
5.5 - Model and parameter identification, uncertainty and sensitivity analysis
5.6 - Artificial intelligence based methods applied to urban drainage systems
5.7 - Decision support systems
6.1 - Urban drainage and urban planning
6.2 - Integrated urban water management
6.3 - Socio-economic interactions, public participation and stakeholders involvement
6.4 - Institutional arrangements and policies
6.5 - Benchmarking, performance indicators and asset management
6.6 - Global change adaptation
6.7 - Urban drainage in developing countries
6.8 - Education, training, technology sharing and international cooperation
0.1 - Green infrastructure for diffuse pollution management and restoration of water circulation in urban landscape
0.2 - Flood modelling, impact assessment and resilience strategies for future cities
0.3 - Metrology, experimentation and hypothesis testing in urban drainage
0.4 - Water 4.0 for the international urban drainage sector - solutions for the digitalization of the urban drainage sector
0.5 - Hygienically relevant microorganisms: pathways from sewer systems into surface waters and treatment techniques
0.6 - Sponge Cities: conceptual development, quantitative assessment and practical application
0.7 - Integrated modelling for evaluation of strategies for improving receiving water ecological quality
0.8 - Models in real time control applications
0.9 - Gas odour from sewers
0.10 - Realising Water Sensitive Cities: Processes and tools to enable the adoption of innovation
0.11 - Modelling permeable pavements: hydrologic and water quality aspects
0.12 - Progress and challenges in stormwater management in the CEE region
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