Xinyue Mo
Papers
1
Total Citations
24
H-Index
1
About
Xinyue Mo is a climate scientist whose research focuses on aerosol–radiation interactions, with a particular emphasis on how aerosol morphology and mixing state influence the Earth's radiative balance. Her work addresses a critical gap in climate modeling: the treatment of mixed-type aerosols, which combine anthropogenic and natural components. In her highly cited 2017 study, Mo demonstrated that accounting for aerosol nonsphericity significantly alters estimates of bottom-of-the-atmosphere cooling and atmospheric heating efficiency. Using simultaneous sun photometer and depolarization lidar observations over the Semi-Arid Climate region, she developed a classification scheme that reveals how mixed-type aerosols produce distinct radiative effects compared to pure dust or anthropogenic particles. This finding has important implications for regional climate forcing assessments, particularly in arid and semi-arid zones where dust and pollution frequently interact. With 24 citations, this work has become a reference point for researchers studying aerosol mixing states and their climatic impacts. Mo’s contributions help refine climate models by moving beyond spherical aerosol assumptions, offering more accurate predictions of how complex aerosol mixtures affect atmospheric heating and surface cooling.
Research Focus
Key Achievements
Top Papers
- 1