Professor Niu Mei, Professor of Tokyo University, Japan, was invited to give lectures

On March 27, at the invitation of Institute of Agro-Equipment Engineering - Institute of Agro-ecology, Professor Mei Mei, a professor of Soil Science at the University of Tokyo, Japan, gave a lecture entitled "Microbial drivers of nitrogen transformation in rice paddy soil: Identification, isolation and application to N2O mitigation ".

Professor Mei Mei, a Japanese paddy field, took the paddy field in Japan as an example and studied the soil denitrifying microorganism. By using the research system of combining metagenomics and in situ separation, this paper systematically expounded the nitrogen loss and the greenhouse Microbiological Mechanism of N2O Emissions from Gas. At the same time, taking the N2O emission reduction in farmland as an example, we demonstrated the development and application of farmland soil microbial resources. Professor Mei tail of this molecular ecology and microbiological study of a single combination of research strategies for the faculty and students to provide a new research ideas, but also for our hospital agricultural ecology provides a new direction for research. After the report was completed, Professor Mei Mei attended the laboratory of Agricultural Machinery Courtyard and Institute of Agroecology in our hospital, gave a high evaluation to the scientific research conditions of microbial ecology in our hospital, and also integrated the microbial ecology and agricultural engineering discipline This new research strategy shows great interest and strong cooperation intention, laying a good foundation for possible future cooperation between the two sides.

Mei sister Kai Shi, Professor of Tokyo University, Tokyo University of biological production engineering research center director, responsible for soil science research. Japan Soil and Fertilizer Association executive director, representative of Japan microbial ecology society, Japan Society of soil microorganism review. The main research directions for the macro-genome analysis of soil microorganisms, nitrogen cycling and utilization of farmland soil, mining of soil microbial phosphorus resources, as well as the development of greenhouse gas emission reduction measures. At present, he has published more than 70 articles on SCI and presided over more than 20 research projects related to plant nutrition, soil science and environmental agronomy by the Japanese government. The total funding for the project has exceeded 400 million yen.