Papers
3
Total Citations
182
H-Index
3
About
Naixiu Sun is a leading researcher in atmospheric science, specializing in aerosol remote sensing and its climatic implications. Her work centers on understanding the vertical distribution, optical properties, and radiative effects of aerosols, particularly over China—a region with complex aerosol mixtures from both natural and anthropogenic sources. Sun’s most impactful study, published in 2017 with 154 citations, leverages long-term satellite data from CALIOP and ground-based observations from AERONET to map seasonal and spatial variations in aerosol vertical profiles and optical properties across China. This foundational work has become a key reference for regional climate modeling and air quality studies. In another notable contribution, Sun introduced a novel classification based on aerosol nonsphericity to reveal how mixed-type aerosols enhance bottom-of-the-atmosphere cooling and atmospheric heating efficiency, advancing understanding of their climate effects. Her research, combining satellite and ground-based lidar with sun photometer data, provides critical insights into aerosol–climate interactions, making her a respected voice in the field. Sun’s work continues to inform policy and scientific efforts to mitigate aerosol impacts on climate and public health.
Research Focus
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