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卫健学术沙龙:基于5G+人工智能的心理/精神健康服务与管理体系建设
Gauging spacetime inversions
AI合成化学前沿与战略研讨会暨国家智能化学数据中心启动会
Macro to micro- and nano-scale fluidic engineering for analytical chemistry
报告题目:
Large-River Restoration: The Need for Science-based Adaptive Management
 报告人:
Prof. Dr Larry J. Weber
Director, IIHR – Hydroscience and Engineering
The University of Iowa
报告时间:
2006-02-24 09:00
报告地点:
泥沙实验室数字大厅(泥沙馆)
主办单位:
水利系泥沙实验室
  简介:

Larry教授是一位活跃在河流、生态、环境领域的国际知名专家,主要从事河流自然恢复、水动力学计算等方面的研究,本次报告的摘要如下:

River and stream restoration has been an active field of research and engineering practice during the past several decades. Given the inherent uncertainties in the desired future conditions, controlling processes, and response of the ecosystem to local or systemic changes, various strategies for restoration have been implemented. These restoration strategies range from simplistic “build-test” to more complex “adaptive environmental assessment and management” strategies. As societal desires shift from local restoration projects aimed to restore small streams to major restoration programs to restore our nation’s largest river systems, the need for science-based adaptive management becomes increasingly important.  Featured research and applied engineering design projects will demonstrate both successful and unsuccessful restoration projects from Snake and Columbia River juvenile fish passage program, hightlight implications for the Upper Mississippi River Basin’s Navigation and Ecological Sustainability Program and suggest possible collaborative strategies for the rivers of China.

 

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联系人:方红卫

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