Introduction to the Report:

Against the backdrop of global warming, the Arctic environment is experiencing swift transformations. Space-based remote sensing, ship-borne detection, and sub-ice exploration serve as pivotal pillars in comprehending the dynamics of Arctic ice and sea environmental changes. This report delves into the recent advancements in China's three-dimensional perception technology for the Arctic ice and sea environment, presents the inaugural Arctic Ocean air-space ice and sea three-dimensional observation and remote sensing experiment conducted by the Sun Yat-sen University team, and outlines future perspectives.

Profile of the Speaker:

Cheng Xiao, a second-level professor and dean of Sun Yat-sen University. Director of the Key Laboratory of Stereoscopic Observation and Application of Polar Environment, Ministry of Education, winner of the National Science Fund for Distinguished Young Scholars, expert of the National Key Research and Development Program General Group, member of the Surveying and Remote Sensing Subject Review Group of the Academic Degrees Committee of the State Council. He has long been engaged in the research of remote sensing theory and application in the polar environment, and his achievements have been applied to China's polar scientific expeditions, promoting the construction and application of China's first polar remote sensing small satellite - Binglu Satellite, and successfully organizing the implementation of the "Sun Yat-sen University Polar" 2024 Arctic Ocean Scientific Expedition.