Scopes
(The following topics include but are not limited to)
Track 1: Hydrology
Surface hydrology and watershed hydrological processes
Groundwater hydrology and groundwater-surface water interaction
Ecological hydrology and environmental flow
Hydroinformatics and hydrological data assimilation
Isotope hydrology and tracer techniques
Urban hydrology and urban water cycle
Agricultural hydrology and irrigation hydrology
Glacial hydrology and cold region hydrological processes
Hydrological model development and parameter optimization
Modeling and prediction of floods and droughts
Scale effects and nonlinear responses of hydrological processes
Hydrological observation and sensor technology
Application of remote sensing in hydrological monitoring
Hydrological big data and machine learning methods
Formation mechanisms and attribution of extreme hydrological events
River dynamics and sediment transport
Hydrological processes in wetlands and ecological hydrological processes
Evolution of water cycle under changing environments
Track 2: Water Resources Management
The relationship between water, energy, food, and ecosystem
Optimal allocation and scheduling of water resources
Water resources planning and sustainable utilization
Agricultural water resources management and efficient irrigation
Industrial water management and recycling
Urban water supply systems and demand management
Groundwater management and sustainable extraction
Development and utilization of unconventional water resources
Reclaimed water and desalination technologies
Water rights, water markets, and water economic policies
Cross-border water resources management and international cooperation
Integrated watershed management and ecological compensation
Water resources governance and institutional innovation
Smart water conservancy and digital twin river basins
Water resources security and climate resilience
Water cultural heritage and traditional water resources management
Track 3: Climate Change and Hydrological Response
The impact of climate change on hydrological cycles
Water resources assessment under climate change scenarios
Extreme hydrological events (floods, droughts) and climate change
Detection and attribution analysis of climate change
Downscaling techniques and climate scenario simulation
Hydrological models and climate models coupling
Glacier melting and snow hydrological response
Sea level rise and coastal hydrological response
Impact of climate change on water quality
Hydrological response of ecosystems to climate change
Climate change adaptation and resilience enhancement
Synergy between climate change mitigation and water resources management
Water resources management under the carbon neutrality goal
Climate smart water resources management strategies
Climate change and water resources policies...
Track 1: Hydrology
Surface hydrology and watershed hydrological processes
Groundwater hydrology and groundwater-surface water interaction
Ecological hydrology and environmental flow
Hydroinformatics and hydrological data assimilation
Isotope hydrology and tracer techniques
Urban hydrology and urban water cycle
Agricultural hydrology and irrigation hydrology
Glacial hydrology and cold region hydrological processes
Hydrological model development and parameter optimization
Modeling and prediction of floods and droughts
Scale effects and nonlinear responses of hydrological processes
Hydrological observation and sensor technology
Application of remote sensing in hydrological monitoring
Hydrological big data and machine learning methods
Formation mechanisms and attribution of extreme hydrological events
River dynamics and sediment transport
Hydrological processes in wetlands and ecological hydrological processes
Evolution of water cycle under changing environments
Track 2: Water Resources Management
The relationship between water, energy, food, and ecosystem
Optimal allocation and scheduling of water resources
Water resources planning and sustainable utilization
Agricultural water resources management and efficient irrigation
Industrial water management and recycling
Urban water supply systems and demand management
Groundwater management and sustainable extraction
Development and utilization of unconventional water resources
Reclaimed water and desalination technologies
Water rights, water markets, and water economic policies
Cross-border water resources management and international cooperation
Integrated watershed management and ecological compensation
Water resources governance and institutional innovation
Smart water conservancy and digital twin river basins
Water resources security and climate resilience
Water cultural heritage and traditional water resources management
Track 3: Climate Change and Hydrological Response
The impact of climate change on hydrological cycles
Water resources assessment under climate change scenarios
Extreme hydrological events (floods, droughts) and climate change
Detection and attribution analysis of climate change
Downscaling techniques and climate scenario simulation
Hydrological models and climate models coupling
Glacier melting and snow hydrological response
Sea level rise and coastal hydrological response
Impact of climate change on water quality
Hydrological response of ecosystems to climate change
Climate change adaptation and resilience enhancement
Synergy between climate change mitigation and water resources management
Water resources management under the carbon neutrality goal
Climate smart water resources management strategies
Climate change and water resources policies...
Important Dates/重要日期
- Submission Deadline: 2026.11.4
- Registration Deadline: 2026.11.11
- Conference Date: 2026.11.19
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: iacademic_info@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
蒋老师
+86-15680824672(微信同号)
3761629232
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