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587
Practices and suggestions on urban lake management in the middle and lower reaches of the Yangtze River A case study of Tangxun Lake in Wuhan全文录用

事 张*, 方凯 马, 健 王, 望朋 徐, 兆波 高, 捷缘 朱, 忠义 张

Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory

509
A comprehensive conceptual diagram for the hydro-morphological interactions with vegetation exerted over by external forcing actions摘要录用

Hyoseop Woo*

Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory

505
Spatio-temporal evolution characteristics of water ecological footprint in Ordos City from 2011 to 2021全文录用

乐 白*

Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory

494
Ecological regulation and effectiveness evaluation of Elodea nuttallii controlling in the Danjiangkou-Wangfuzhou section of the Hanjiang全文录用

XIN Xiaokang*

Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory

489
Near-surface turbulent dissipation at a laboratory-scale confluence: Implications on gas transfer全文录用

Jiawei Lin, Saiyu Yuan*

Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory

455
On the role of Froude number in turbulent flow and sediment transport through boulder arrays摘要录用

Tang Zhengdao*

Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory

451
Research and Application of Water Quality Models for Typical Tributaries of Danjiangkou Reservoir全文录用

敏 冯*, 克栋 岳

Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory

416
Muti-scale Hydrodynamic processes of Water-vegetation Interfaces in Eco-rivers终稿

文浩 潘*, 红 潘

Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory

388
Modeling the mean flow and turbulent structures of vegetated flow based on an improved double averaging procedure considering wake kinetic energy production全文待审

文浩 潘*, 华康 郑

Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory

    9 条记录 1/1页
重要日期

  • 会议日期

    10月14日

    2024

    至

    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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