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我的稿件
352
Extreme Hydrological Processes Variations in the River Source Regions in Qinghai-Tibet Plateau全文录用

Chuchu Zhang, Yuyan Zhou*, Jiayue Zhang, Yuliang Yan, Zeying Yin

#Subtheme 1: Water-related Hazard and Risk Reduction

351
An Experimental Observation of River Turbidity Using Camera Image and Optical Fiber Sensor全文录用

Tianxu Han, Masayasu Irie*, Takashi Yamano, Daiki Sakai

#Subtheme 3: Eco-hydraulics and Environment

349
Numerical experiments on the effects of coastline alteration on circulation patterns in Hakata Bay全文录用

Akihiro Hashimoto*

#Subtheme 8: Estuarine and Coastal Engineering

347
Application of atmospheric, hydrodynamic, and biogeochemical models to enhance simulation accuracy of water temperature and hypoxia in a shallow lake (Kasumigaura, Japan)摘要录用

Masayasu Irie*, Ryo Nagai, Ayato Kohzu, Hironori Higashi

#Subtheme 2: Integrated Water Resources Management

346
Saltwater Intrusion Prediction in Yangtze River Estuary Based on Machine Learning Algorithms全文录用

Zhenjie Mo, Zhengzheng Zhou*, Shuguang Liu, 珏 王

#Subtheme 1: Water-related Hazard and Risk Reduction

345
Population at risk estimation and emergency evacuation for dam-break based on POI and map route data摘要录用

Lian Liu*

#Subtheme 1: Water-related Hazard and Risk Reduction

344
Reflection on flood risk prevention and control of typical mountainous cities in the upper reaches of the Yangtze River during the new era ——Taking the central urban area of Luzhou as an example摘要录用

冬冬 张, 程伟 卢*, 冶坚 黄, 柱 荆, 强 吴, 佳明 刘

#Subtheme 1: Water-related Hazard and Risk Reduction

343
The Effect Analysis of Water Diversion on Water Quality Improvement: A Case Study in Urban Lake, China摘要录用

晶晶 李*, 朝望 邹

#Subtheme 3: Eco-hydraulics and Environment

341
Effect of Coated-Powder Aggregate on the Performance and Microstructure of RCC摘要录用

hui guo*

#Subtheme 1: Water-related Hazard and Risk Reduction

340
The Performance Evaluation of Flood Emergency Remote Sensing Monitoring Based on UAV swarm全文录用

Wenjing LU*, Zhe Yu

#Subtheme 1: Water-related Hazard and Risk Reduction

338
Research on the Comprehensive Investment Benefits of the Three Gorges Project Based on DEA Model全文录用

Jin Yaxuan, Huang Zhuo*

#Subtheme 4: Water-Energy-Food Nexus and Sustainable Economic Development

重要日期
  • 会议日期

    10月14日

    2024

    10月17日

    2024

  • 09月30日 2024

    初稿截稿日期

  • 10月17日 2024

    注册截止日期

主办单位
国际水利与环境工程学会亚太地区分会
承办单位
长江水利委员会长江科学院
四川大学
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