Xuhui Zhou

Biography

Male, born in 1973, received a bachelor's degree in environmental protection from Zhejiang Agricultural University in 1997, a master's degree in environmental engineering from Zhejiang University in 2000, a lecturer from Zhejiang Forestry University from 2000 to 2003, a lecturer at the University of Oklahoma in 2003, ) Ph.D. and Ph.D. in 2007; Postdoctoral fellowship at the University of Oklahoma, USA, 2007-2009; hired as Research Assistant Professor, University of Oklahoma, USA, 2009-2011 for Global Change and Territory Ecosystem research on field control and ecological model; July 2011 Returned home Fudan University Life Science Institute researcher, doctoral tutor. In January 2012, he was awarded the title of Distinguished Professor (Oriental Scholar) of Shanghai University and was awarded the grant. In February 2012, he was selected into the second batch of "Youth Thousand Talents Program" of the Central Organization Department. Male, born in 1973, received a bachelor's degree in environmental protection from Zhejiang Agricultural University in 1997, a master's degree in environmental engineering from Zhejiang University in 2000, a lecturer from Zhejiang Forestry University from 2000 to 2003, a lecturer at the University of Oklahoma in 2003, ) Ph.D. and Ph.D. in 2007; Postdoctoral fellowship at the University of Oklahoma, USA, 2007-2009; hired as Research Assistant Professor, University of Oklahoma, USA, 2009-2011 for Global Change and Territory Ecosystem research on field control and ecological model; July 2011 Returned home Fudan University Life Science Institute researcher, doctoral tutor. In January 2012, he was awarded the title of Distinguished Professor (Oriental Scholar) of Shanghai University and was awarded the grant. In February 2012, he was selected into the second batch of "Youth Thousand Talents Program" of the Central Organization Department.

Research Interest

Mainly engaged in global change ecology, ecosystem ecology and soil ecology research. The research interest is to study the effects and feedback mechanisms of global changes on the terrestrial ecosystem subsurface process using field control experiments, model simulations, data assimilation and integration, with an emphasis on the correlation between the underground plant root and soil carbon and the ecosystem carbon-nitrogen water coupling The mechanism of circulation is mainly for wetlands and forest ecosystems.