Jiancheng SHI, the National Distinguished Researcher at the National Space Science Center, CAS, has been dedicated to the fundamental theory and cutting-edge technology research in remote sensing science for an extended period. He developed an improved microwave radiation transfer model for key parameters in land surface water and energy exchange processes. Additionally, he proposed a remote sensing inversion algorithm for separating soil-vegetation-snow microwave backscatter signals. He pioneered the design and demonstration of a novel remote sensing payload and satellite program for global water cycle observation, established the Committee on Space Earth Science, Chinese Society of Space Research, and promoted the integrated development of remote sensing technology and Earth system science in China.

As a Chief Scientist, he has led projects such as the National Basic Research Program (973), the National High Technology Research and Development Program (863), National Natural Science Foundation key projects, general projects, and over 10 research projects from NASA, ESA, and JAXA. With more than 500 published papers, total citations exceeding 16,000, an H-index of 52, he has been consistently listed in the top 2% of scientists globally in the "Career Impact" ranking by Elsevier for multiple years. He is a Fellow of the IEEE, SPIE, and the American Electromagnetic Engineering Academy, and serves as the Associate Editor for the journal Remote Sensing of Environment, Chinese Journal of Space Science and an editorial board member for SCIENCE CHINA Earth Sciences.