Government fundings:

     2023-2027：The role of land air system in the arctic tropical correlation, National key research and development plan (2022YFF0801703), Co-PI；   

    2022-2026: Source, evolution and radiative forcing effect of black carbon in typical regional atmosphere, Major projects of the National Natural Science Foundation of China (42192512), Co-PI；

    2019-2022: The tropospheric and stratospheric exchange process of atmospheric composition and its climate effects over the Qinghai-Tibet Plateau, Integration project of National Natural Science Foundation of China major research program (91837311), Co-PI；

    2018-2021: Mechanism of multi-factor effect on extreme cooling process in multi-time scales, National key research and development plan (2018YFC1505602), Co-PI；   

    2018-2020: Numerical Simulation of thermal anomalies in tropical oceans coordinating winter stratospheric circulation in the Northern and Southern Hemisphere, National Natural Science Foundation Youth Project (41705024), Investigator;

    2018-2020: Research on the precursory signal and prediction mechanism of persistent freezing rain and snow disasters in southern China, National Natural Science Foundation Youth Project (41705055), Investigator;

    2017-2020: Upper-Stratospheric-core formation mechanism of ozone-valley double core structure over the Tibetan Plateau in summer, National Natural Science Foundation of China (41675039), PI;

    2017-2017: Response of South Asia High to ozone and water vapor changes in the upper troposphere and lower stratosphere over the Tibetan Plateau in summer, Emergency management project of National Natural Science Foundation of China (41641042), Co-PI；

    2016-2019: Temporal and spatial variation of ozone and water vapor in South Asia High region in summer and the flux of material to the stratosphere, Key project of the National Natural Science Foundation of China major research program (91537213), Co-PI；

    2016-2019: Trend and mechanism of wind field in the mesosphere in the middle latitude of the Northern Hemisphere, National Natural Science Foundation of China (41575040), Investigator;

    2016-2019: Intraseasonal evolution process and dynamic mechanism of different forms of blocking high pressure in the Ural Mountains in winter, National Natural Science Foundation of China (41575057), Co-PI；

    2015-2018: The Role of Ocean Feedback in China's Black Carbon Aerosols Affecting Asian Summer Monsoon, National Natural Science Foundation of China (41475140), Co-PI；

    2015-2017: Modulation and Mechanism of Decadal Anomalies of the North Atlantic Sea Temperature to PDO, National Natural Science Foundation Youth Project (41405068), Investigator;

    2014-2017: The cause of non-uniform heating in Eurasia and its role in the evolution of Asian monsoon, National Natural Science Foundation of China (41375092), Co-PI；

    2014-2017: Stratospheric-stratospheric mutual invasion and deep exchange activities in East Asia, National Natural Science Foundation of China (41375047), Investigator;

    2014-2016: Effects of Quasi-11a variation of Ultraviolet on 3D variation of stratospheric ozone and its chemical and dynamic mechanisms, National Natural Science Foundation Youth Project (41305039), PI;

    2014-2016: Research on the relation between stratospheric gravity wave activity and stratospheric-tropospheric matter exchange, National Natural Science Foundation Youth Project (41305038), Investigator;

    2014-2016: Research on stratospheric gravity wave activity and stratospheric-tropospheric material exchange with cut off low, Jiangsu Natural Science Foundation Youth Project (BK20130994), Investigator;

    2013-2016: Evolution Characteristics of Atmospheric Water Vapor Content over the Tibetan Plateau and Its Relationship with Drought and Flood in Summer, National Natural Science Foundation of China (41275095), Investigator;

    2013-2015: Dynamic and chemical mechanisms of the 20 hPa ozone low over the Tibetan Plateau in summer, Natural Science Research Projects of Jiangsu Universities (13KJB170009), PI；

    2013-2015: Variation of Hadley Circulation Meridional Structure in East Asian Monsoon Region in Summer and Its Impact on Precipitation in Eastern China, National Natural Science Foundation Youth Project (41205065), Co-PI；

    2010-2014: Ozone recovery and its impact on climate change, Project of National Key Basic Research Program of China (2010CB428605), Co-PI；

    2009-2012:  Research on the Characteristics and Laws of Climate Change in China in the Past Millennium, Major projects of the National Natural Science Foundation of China (40890053), Investigator;

    2008-2010: Quantitative analysis and prediction application of the anomalous characteristics of the Asia-Pacific Atmospheric Activity Center, Research Innovation Program for College Graduates of Jiangsu Province (CX08B_016Z), PI;

    2008-2008: Research on the build China's meteorological international training evaluation system in new standard vision of WMO, China Meteorological Administration's soft science research project (QR2008-41), Investigator.