remote_sensing

Conference Themes

A) Advances in Physically-based Modelling Methods

  • A1: Hydrodynamic Modelling
  • A2: Hydrological Modelling
  • A3: Transport and Eco-hydraulic Modelling
  • A4: Case Studies
  • A5: Emerging Modelling Paradigms and Model Coupling
  • A6: Parallel, Grid, Cloud and Web Services Computing

B) Data-driven Modelling, Soft Computing and Model Optimization

  • B1: Advances in Data-driven Modelling Techniques
  • B2: Application of Data-driven Modelling in Water Sciences
  • B3: Application of Optimization Techniques in Model Development
  • B4: Model Ensembles and Hybrid Models
  • B5: Model-Data Integration and Data Assimilation

C) Remote Sensing, Digital and Sensor Technology

  • C1: Remote Sensing of the Water Environment
  • C2: Advanced Application of Geographical Information Systems
  • C3: Application of Radar Technologies in Hydrology
  • C4: Sensor Networks and Data Streaming
  • C5: Sensor Developments in Water Engineering

D) Early Warning Systems and Disaster Mitigation

  • D1: Developments of Flood and Drought Early Warning Systems
  • D2: Developments of Pollution Early Warning Systems
  • D3: Disaster Mitigation
  • D4: Risk and Uncertainty Analysis

E) Real-Time Control and Decision Support Systems

  • E1: Development of RTC System for Drainage, Irrigation and Water Supply
  • E2:DSS for Water Resources and Quality Management
  • E3: Optimization of Water Resources Management and Control
  • E4: Application Cases of DSS
  • E5: Stakeholder and Public Participation in Decision Making

F) Climate Change Impacts

  • F1: Regional Climate Modelling: Dynamical, Statistical and Stochastic Downscaling
  • F2: Quantification of Uncertainties
  • F3: Impacts on Water Resources, Urban/Rural Flooding, Drought, Erosion, Saltwater Intrusion, Energy, Biodiversity, Health, Socio-economy and Governance
  • F4: Resilience, Adaptation and Mitigation: Strategies and Measures

G) Knowledge and Data Management and Models Interoperability

  • G1: Meta-Data Management
  • G2: Data-Mining Techniques
  • G3: Model Interoperability
  • G4: Data Standards and Protocols
  • G5: Knowledge Representations and Controlled Vocabularies in Water Science

H) Education, Public Awareness and Socio-economic Aspects

  • H1: Hydroinformatics Education and Training
  • H2: Internet-centric Systems in Hydroinformatics
  • H3: Socio-economic Aspects of Hydroinformatics Realizing Active Stakeholder Participation
  • H4: Creating Web-based Hydroinformatic Environments for Promoting Socially Just Physical Environments