Chen Yongbai

Chen Yongbai, Deputy Director/Teacher Senior, Ministry of Science, Technology and Environmental Protection, China Three Gorges Corporation

▶ Profile

•July 1991 to May 2005: environmental protection department, Ministry of construction, China Three Gorges Project Development Corporation

•From May 2005 to April 2015, Ministry of science, technology and environmental protection of China Three Gorges Corporation

•From April 2015 to September 2018, vice president of hydropower Environment Research Institute of China Three Gorges Corporation

•September 2018 -- Environmental Protection Department of China Three Gorges Corporation

▶ Brief introduction of main academic achievements and achievements

Good at the fields: ecological environment planning and management of the main stream of the upper Yangtze River and the downstream of Jinsha River, environmental impact assessment of hydropower and water conservancy projects, hydrologic and water resources, water environment and water ecological protection, environmental flow and ecological dispatching, integrated management of river basin, sustainable development of hydropower, greenhouse gas and material circulation of reservoir, etc.

三峡集团公司生态与环境保护科研项目负责人或技术负责人、项目环境影响评价管理技术负责人。

The aquatic ecological monitoring project of the rare and endemic fish nature reserve and related waters in the upper reaches of the Yangtze River, and the fourth major project of NSFC - "long term ecological effects of large-scale water conservancy projects on important biological resources in the Yangtze River Basin" "Ecological response of important biological groups to water environmental stress" (No. 30490234), Three Gorges Project ecological and environmental compensation project "ecological hydrology mechanism and Protection Countermeasures of Three Gorges reservoir operation affecting the breeding of Chinese sturgeon" of the office of Three Gorges Project Construction Committee of the State Council, and the third national key project of science and technology support "research and demonstration of high quality and efficient freshwater aquaculture technology" The key project of national science and technology support plan is "research and application of key technologies for economic operation of regional giant reservoirs in Hubei Province", "Research on key technologies for development and integration of reservoir group and dispatching automation system in the coming year" (2006bad03b09), and the 973 project of Ministry of science and technology is "evaluation of greenhouse gas monitoring and emission reduction benefits of Three Gorges Reservoir" (2010cb955904), a major consulting project of the Chinese Academy of engineering, on the key issues of greenhouse gas emissions from different power generation energy sources -- hydropower project (2011), etc.

▶ Title or award, honorary certificate, etc

•In June 2010, he won the water science and technology progress award of Dayu water science and Technology Award Committee

•Won the first prize of science and technology progress award of the Ministry of education of the people's Republic of China in January 2011

•Won the second prize of 2011 Hubei Provincial Science and technology progress award of Hubei Provincial People's Government in May 2012

•In October 2013, he won the first prize of Dayu Water Conservancy Association of Dayu water conservancy science and Technology Award Committee

•In June 2015, he was awarded excellent Party member by the group company

▶ Recent papers and academic views

Recent papers:

• Low genetic diversity inbrood stocks of endangered Chinese sucker,Myxocyprinusasiaticus:implications for artificial propagation and conservation.Zookeys. 2018 Oct 23;(792):117-132.

• G-res tool and its application to typical reservoirs in the upper reaches of the Yangtze River, Lake Science, 2019,31 (5): 1479-1488

The main academic viewpoints are as follows

• In view of the adverse impact of the cascade development of the lower Jinsha River on the rare and endemic fish in the upper reaches of the Yangtze River, this paper puts forward the idea of strengthening the protection of important tributaries and establishing alternative habitats. It is suggested that Chishui River and other tributaries should be included in the reserve, which provides a new mode and direction for the ecological protection of water in hydropower development For example, Heishui River and its Wudongde kuwei River are taken as important habitats for protection.

• In view of the lack of systematicness and standardization in international reservoir greenhouse gas monitoring, a monitoring method system for greenhouse gas effect of super large river power generation reservoir is established, and a multi-dimensional and multi-scale reservoir greenhouse gas three-dimensional monitoring system with matching fusion of ground fixed-point and large-scale telemetry with China's regional characteristics and reservoir characteristics is preliminarily formed It has a leading position in China. The greenhouse gas emission characteristics of super large river power reservoir in subtropical climate are preliminarily and systematically mastered, and the level of greenhouse gas emission factors for power generation of the Three Gorges project is proposed for the first time, which fills the gap of international and domestic research. The benefits of greenhouse gas emission reduction of the Three Gorges Project are systematically evaluated.