land-atmosphere interactions, hydroclimatology, global change, extreme climate, machine learning, remote sensing

Wang R., Lu J., Gentine P., Chen H. Global pattern of soil temperature exceeding air temperature and its linkages with surface energy fluxes .Environmental Research Letters .2024

Chen L., Wang R., Fei Y., Fang P., Zha Y., Chen H. Multi-angle aerosol optical depth retrieval method based on improved surface reflectance .Atmospheric Measurement Techniques .2024

Chen L., Chen H., Du X., Wang R. Retrieval of surface energy fluxes considering vegetation changes and aerosol effects .Remote Sensing .2024

Chen L., Chen H., Wang R., Wei G. Analysis of spatiotemporal distribution of evaporation fractions of different vegetation types based on FLUXNET site .IEEE Geosciences and Remote Sensing Letters .2024

Liu J., Wang R., Li L. Numerical simulation of direct radiation effects of different aerosol types based on Common Earth System Model .Remote Sensing Technology and Application (in Chinese) .2023

Wang R., Li L., Ning L., Yuan L., Lu G. Respective contributions of precipitation and potential evapotranspiration to long-term changes in global drought duration and intensity .International Journal of Climatology .2022 ,42 (16) :1-12

NSFC: Long-term changes in surface fluxes partitioning and its climatic feedback over eastern monsoon region of China based on energy balance (PI) , 2023/01/01 -2025/12/31

Research Start-up Funds of NUIST: Effects of evapotranspiration changes on compound drought and extreme high temperature events (PI) , 2022/07/01 -2024/12/31

NSF of Jiangsu Province Youth Project: Climate feedback effects of surface water-heat fluxes partitioning in the Yangtze River Delta region (PI) , 2022/07/01 -2025/06/30

Chinese Postdoctoral Science Foundation: Long-term estimates of surface water heat fluxes and its climate feedback effects (PI) , 2020/09/01 -2022/03/01

NSFC Joint Project: Study on coordination and optimization of water consumption-social and economic water-resources of ecosystem in Tarim River Basin (Participate in) , 2021/01/01 -2024/12/31

National key Research and development project: Simulation and prediction of response of key elements of land surface to global change (Participate in) , 2017/01/01 -2022/12/31