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Frontier Academic Report on the Western Environment of Lanzhou University, Issue 7, 2020
Release time:2020-11-18 19:39:22

At the invitation of Professor Zhang Baoqing from the College of Earth and Environmental Sciences, Lanzhou University and the Key Laboratory of Western China’s Environmental Systems, Ministry of Education, China, Research Fellow Zhang Yongqiang from the Institute of Geographic Sciences and Natural Resources Research, CAS made an academic report. Welcome!

Title: Regional and global evapotranspiration processes and simulations

Time: November 18t, 10:00-11:30.

Site: Lecture room 502, Qilian Building, Chengguan Campus (Western District) of Lanzhou University

Lecturer profile

Zhang Yongqiang, born in Baotou, Inner Mongolia, is a Humboldt scholar of Germany, and a research fellow in the Institute of Geographical Sciences and resources, Chinese Academy of Sciences. In 2018, he was selected as an overseas high-level academic talent of Chinese Academy of Sciences (A-100 of CAS), academic leader of global water cycle direction, and deputy director of Key Laboratory of Water cycle and Related Land Surface Processes, CAS. He is currently the editorial board member of seven international journals. He has published 160 academic papers, including 68 papers from Q1 of Chinese Academy of Sciences. The Google Scholar citations more than 8500 times, the ISI Web of knowledge cited more than 5100 times, and the h index was 36. He has won 12 awards, including the president's special award of the Chinese Academy of Sciences, the GN Alexander Medal of the Australian Water Engineering Commission, and the Outstanding Young Scientist Award of the International Model Simulation Association.

Report content

The report will systematically introduce regional and global evapotranspiration mechanism, process and simulation challenges and opportunities, the latest research progress and the related research of the reporter. It mainly includes three aspects: regional and global evapotranspiration model and parameterization; the impact of vegetation change on regional and global evapotranspiration; and large-scale runoff forecast based on PML.