We strongly encourage scientists and practitioners to present their research results and experiences in the fields of

• Effects of pollutants, structures and human activities on river ecosystems
  • Economic, social, environmental and cultural aspects in river engineering
  • Identification, monitoring and control of pollutant sources and quantitative and qualitative management in the river
  • Pollution, biological indicators and bioremediation of rivers
  • Evaluation of the impact of river quality management on the environment
  • Environmental assessment of river engineering projects
  • Impact of return flow and drainage management on river water quality
• Inter-basin water transfer and climate change impacts on quantitative and
  qualitative variables of rivers flow
  • Climate change impacts on rivers and adaptation strategies
  • Water footprint and Virtual water
  • Investigation and monitoring inter-basin water transfer impacts on river ecosystems
  • Climate change and inter-basin water transfer interactions in quantitative and qualitative river management
• Hydraulic, morphology, sedimentation and erosion in rivers and wetlands
  • River hydraulics, hydroinformatics and numerical modeling in river engineering
  • Application of physical models in river engineering projects
  • The role of riverbank sustainability in river morphology
  • Physical and mathematical simulation in river engineering
  • Sedimentation and erosion hydraulics
  • Groundwater and surface water interactions
• Hydraulic structures in rivers
  • Structural method for river protection and engineering
  • Applied structural methods in rivers and wetlands improvement
  • Flow regulation structures in rivers
• Application of remote sensing (RS) in river engineering and management
  • RS application o in river bank protection
  • Application of RS and GIS in water resource management
  • Flood and drought management using RS
  • Application of RS in water quality management and monitoring
• New Technologies in monitoring flow and sediment in rivers
  • Application of new technologies in improving the river ecosystem
  • Evaluation of new methods for quantitative and qualitative river monitoring
  • The role and effects of monitoring in river management
• Economic, social, legal, political and cultural effects of river engineering
  activities
  • Value engineering, engineering economics and risk assessment in river management
  • Governance aspects, legal and political issues in river engineering
  • Protecting rivers by determining river boundaries
  • Review of laws and regulations for river operation regarding legal, political and social issues
  • Technical and economic evaluation of drinking water transfer
  • Socio-hydrology in river engineering
• Hydraulic and echo-hydraulic issues in tidal rivers
  • Investigation of echo-hydraulic issues in tidal rivers management
  • Erosion and sedimentation studies in river estuaries and delta formation
  • Hydraulic and hydrodynamic analysis in tidal conditions
• Crisis management in rivers
  • ​​​​​​​Assessing emergency within crisis
  • Application and assessment of risk analysis in river crisis management
  • Flood management
  • Crisis management during droughts
• Evaluation of water tourism in rivers and wetlands
• Special topics in river engineering

International Conference on River Engineering aims to bring together leading academic scientists, researchers and research scholars to exchange and share their experiences and research results on all aspects of River. It also provides a premier interdisciplinary platform for researchers, practitioners and educators to present and discuss the most recent innovations, trends, and concerns as well as practical challenges encountered and solutions adopted in the fields of River Enginnering