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  • Opening Ceremony
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  • SS1 From models to Decision Support Systems
  • SS2 Digital twins for watersheds: challenges and advanced Hydroinformatic solutions
  • SS3 Water knowledge platforms and applications
  • SS4 Flash Flood Program: Advanced Hydroinformatic approaches for flash flood defence and prevention
  • SS5 Urban flooding and waterlogging
  • SS6 Extreme Drought and its Impacts in a Changing Environment
  • SS7 New remote sensing methods and new products for hydroinformatics solutions
  • SS9 Modelling and machine learning for understanding flash floods and mitigating their impact on Society
  • SS10 Climate Change Impacts on Urban Flooding: Challenges and Innovative Solutions
  • SS11 Marine and Coastal Hydroinformatics
  • SS12 Data-driven risk management of water-related disasters
  • SS13 High-Performance Computing in Hydrodynamics, Hydrology and Hydroinformatics
  • SS15 River and Lake Protection and Intelligent Management
  • SS16: Hybrid Modeling: Bridging Data-Driven and Mechanistic Approaches for Water Management
  • SS19 Smart Water Management and Technology in the Era of Climate Change
  • SS20 Hydroinformatics of deep tunnel drainage systems
  • SS21 Return on Experience: operational benefits of hydroinformatics for water utilities and cities
  • Hydraulic and hydrological modeling
  • SUEZ
  • Technologies for water management and monitoring
  • Emerging solutions in modelling methods
  • Complex water systems, remote sensing and control
  • Big-data, knowledge, and water data management
  • Climate change impacts
  • Environmental and coastal hydroinformatics
  • Digital transformation of urban water systems
  • Water – Energy – Food nexus
All Dates (UTC+8):
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  • 2024-05-27 [Monday]
  • 2024-05-28 [Tuesday]
  • 2024-05-29 [Wednesday]
All Rooms:
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  • Ballroom 金源厅
  • Conference Room 1第一会议厅
  • Conference Room 5 第五会议厅
  • Conference Room 6 第六会议厅
  • Conference Room 7 第七会议厅
  • Conference Room 8 第八会议厅
  • Conference Room 9 第九会议厅
  • International Conference Room 国际会议厅

Conference Room 5 第五会议厅

2024-05-29 (UTC+8) Wed

09:00-10:30 (UTC+8) | S7.5 SS3 Water knowledge platforms and applications [SS3 Water knowledge platforms and applications]

The session is dedicated to the development of water knowledge graph approach that integrates various knowledge and information in the field of water into a visual, interactive system that facilitates rapid access and understanding of water knowledge by water practitioners and researchers. The session will cover theory and various application fields as well.

Moderator:
NO. Beijing Time (UTC+8) Type Presentation Topic Speaker Affiliation / Organization
1 09:00-09:15 Oral Presentation

Graph-based neural network for contaminant transport modeling from multiple sources in heterogenous aquifers

Min Pang Hohai University
2 09:15-09:30 Invited Speech

Multimodal Knowledge Graph Construction for Risk Identification in Water Diversion Projects

Lihu Wang North China University of Water Resources and Electric Power
3 09:30-09:45 Oral Presentation

Construction and Application of a Monitoring and Early Warning Platform for Flash Floods in Hainan Province

XIAOLEI ZHANG China Institute of Water Resources and Hydropower Research (IWHR)
4 09:45-10:00 Invited Speech

LLM In-Context Learning Based Reasoning Approach for Risk Prevention and Control in Water Resources Projects

Wenhao Han North China University of Water Resources and Electric Power
5 10:00-10:15 Oral Presentation

Streamflow Simulation in Baihe River Basin Based on SWAT Model

Mengyan Shen China Institute of Water Resources and Hydropower Research
6 10:15-10:30 Oral Presentation

A Safety Risk Assessment Method for Long-distance Water Diversion Project based on Knowledge Graph

Hairui Li North China University of Water Resources and Electric Power
13:30-14:45 (UTC+8) | S7.6 SS7 New remote sensing methods and new products for hydroinformatics solutions [SS7 New remote sensing methods and new products for hydroinformatics solutions]

In recent years, extreme weather events have occurred frequently worldwide, and flood and drought disasters have become more frequent and stronger. The contradiction between water resource supply and demand has become increasingly acute, and water environment problems have become prominent. The intelligent perception ability of all elements of water conservancy objects and the entire process of governance management is crucial for addressing governance issues related to water disasters, water resources, and water environment. This session will mainly focus on new remote sensing methods and new products to enhance the remote sensing monitoring capabilities for hydroinformatics solutions.

Moderator:
NO. Beijing Time (UTC+8) Type Presentation Topic Speaker Affiliation / Organization
1 13:30-13:45 Oral Presentation

Data fusion of satellite imagery and downscaling for generating highly fine-scale precipitation

Xiang Zhang China University of Geosciences, Wuhan
2 13:45-14:00 Oral Presentation

Monitoring and Analysis of Long Time Series River Water Regime in the Three Gorges Region Based on Remote Sensing Hydrological Stations

Tianshi Feng China Institute of Water Resources and Hydropower Research
3 14:00-14:15 Oral Presentation

Research on the Application of High-Resolution Remote Sensing Satellites in River and Lake Health Assessment and Supervision

Yuxuan Chen Nanjing Hydraulic Research Institute
4 14:15-14:30 Oral Presentation

Precise Drought Threshold Monitoring in Winter Wheat Using the Unmanned Aerial Vehicle Thermal Method

Hongjie Liu China Institute of Water Resources and Hydropower Research
5 14:30-14:45 Oral Presentation

Natural Breaks (Jenks) for River Channel Extraction from Digital Elevation Model Data

Rongjie Gui China Institute of Water Resources and Hydropower Research