旱区水文学与水资源管理研讨会
为应对气候变化和人类活动对全球旱区生态水文过程产生的影响,实现旱区水资源科学管理和区域可持续发展,兰州大学云顶集团yd222旱区流域科学与水资源研究中心及水利工程系特举办“旱区水文学与水资源管理研讨会”。本次研讨会邀请到英国利兹大学地理学院Lee Brown教授,德国于利希研究中心、TERENO陆地环境观测网负责人Heye Bogena 博士及兰州大学的部分学者参与。具体会议议程如下,欢迎各位老师同学参加!
Symposium on Arid Region Hydrology and Water Resource
Management
502 Qilian Building, Lanzhou University
3-5 June, 2024
(兰州大学祁连堂502,2024/6/3—6/5)
Climate change and human activities have significantly altered the eco-hydrological processes and water cycles in global arid regions. Over the past decades, despite tremendous achievements in hydrological science, water resources management, and technology, water scarcity remains a global challenge, particularly in arid regions.
This symposium aims: 1) to enhance our understanding of advances, challenges and opportunities on dryland hydrological research and water resources management; 2) foster interactions and collaborations among participants; 3) explore comprehensive solutions to achieve sustainable water sustainability in arid regions.
Specifically, the symposium will focus on the following topics: 1) advances in eco-hydrological processes in arid regions under the combined influence of climate change and human activities; 2) theory and methods of sustainable management of water resources; 3) ecological, hydrological, and social effects of large-scale ecological restoration projects in arid regions.
Symposium agenda
Date |
Time |
Position |
Theme |
2024/6/3 |
08:00~12:20 |
Lanzhou University |
Advances in eco-hydrological processes in arid regions Lee Brown, Heye Bogena, Jie Tian, Xuejin Wang, Lanhui Zhang |
2024/6/3 |
14:30~18:00 |
Lanzhou University |
Effects of large-scale ecological restoration projects Lee Brown, Heye Bogena, Baoqing Zhang, Lei Tian, Xuefeng Xu |
2024/6/4 |
07:00~12:00 |
Field Trip |
Visit Dayekou hydrological observation station |
2024/6/4 |
14:00~18:00 |
Dayekou station |
Open discussion - Monitoring of multi-scale hydrological processes in the field |
2024/6/5 |
15:00~18:00 |
Lanzhou University |
Open Discussion - Impact of soil hydrological properties on hydrological processes |
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