Recently, the results of the National Natural Science Foundation of China (NSFC) project in 2022 were announced, and the "Mechanism of the Impact of Plant Soil Microbial Interaction on the Carbon Cycle of Northern Forest Soil under Long-term Nitrogen Addition" declared by Professor Wang Qinggui's team from the School of Life Sciences, Qufu Normal University, was supported by the key project for direct funding of 2.7 million yuan, achieving a historic breakthrough in the key NSFC projects of QFNU.

The team led by Professor Wang Qinggui

Field Investigation in Russian Far East 

The research team of "Climate Change and Ecosystem Response" led by Professor Wang Qinggui has been taking the northern forest ecosystem as the research object, systematically carried out artificial nitrogen deposition control experiments, and carried out research around the main line of the mechanism of nitrogen deposition on the carbon and nitrogen cycle of the northern forest ecosystem. Nearly 100 research papers have been published. The research in this field will explore the interaction of plant soil microbial community and its regulation mechanism on the dynamics of soil carbon cycle, improve the coupling model of terrestrial ecosystem carbon nitrogen cycle, effectively reduce the uncertainty of the assessment of regional land "nitrogen promotes carbon sink", provide scientific basis for the terrestrial ecosystem to cope with global change, and also help China achieve the goal of "carbon neutrality" by 2060 through providing the response plan for carbon sequestration of northern forest soil.