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Notice of Academic Report:"Symposium on Microbial Ecological Mechanism of Soil Carbon and Nitrogen Turnover"

Author:   Date:2016-03-29    

Title: Microbial Ecological Mechanism of Soil Carbon and Nitrogen Turnover
Reporter: Prof. Huaiying Yao
Report time: 1st April, 2:30~3:30 pm
Report location: Lecture Hall of College of Natural Resources and Environment

Introduction on reporter:
Prof. Huaiying Yao is the winner of National Outstanding Youth Fund of 2015. He received his PhD in Zhejiang University in the year 2000, and worked as a researcher in Zhejiang University in the same year. In the year 2012, he was employed as a professor and doctoral supervisor by Institute of Urban Environment, Chinese Academy of Sciences. As a visiting scholar, Prof. Huaiying Yao has been to James Hutton Institute, the University of Aberdeen, North Carolina State University, and University of Florida for academic communication for several years. He does very well in his research, and published about 80 research papers in famous journals, such as Nature Communications, Environmental Microbiology, Environmental Science & Technology, and Soil Biology & Biochemistry. Up to now, his research has been cited more than 1000 times by SCI. Based on the database of Essential Science indicators, the quote rate of his research has been entered the ranks of the world's top 1% in the agricultural sciences. In the year 2008, he won the Outstanding Young Scholar Award of the 1st Soil Science Society of China, and he was selected as "151 talents program” of Zhejiang province in the year 2009. 
Now, he is the editorial board member of several famous journals, including Agriculture Ecosystems & Environment, Plant and Soil, and Frontiers in Microbiology, and he is also the deputy director of Professional committee of Soil Environment, Soil Science Society of China.

The main research area of Prof. Huaiying Yao:
1. the processes of soil carbon and nitrogen biogeochemical cycles and mechanisms of microbial action;
2. Regulatory factors and mechanisms of greenhouse gases emissions in typical environment; 
3. Microbial processes and mechanisms of the distribution, migration and transformation of typical pollutants. 

Welcome to the academic report !

College of Natural Resources and Environment
March 29th, 2016