Liqiao Lei

Papers

Total Citations

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About

Liqiao Lei is a remote sensing scientist whose work bridges atmospheric optics and air quality monitoring. Her primary research focuses on the development and evaluation of lidar-based retrieval algorithms for aerosols and ozone, particularly in the ultraviolet spectral region. In her highly cited 2020 study, "Evaluation of UV aerosol retrievals from an ozone lidar," Lei tackled a critical challenge: correcting aerosol interference in ozone measurements while simultaneously characterizing aerosol properties. This work is essential for improving the accuracy of tropospheric ozone lidar data and for understanding the complex interactions between ozone and aerosols in the atmosphere. With 22 citations, her research has already informed subsequent studies on aerosol–ozone correlations and lidar data processing. Lei’s contributions are particularly valuable for advancing remote sensing techniques used in climate and air pollution studies, where precise separation of aerosol and ozone signals is vital. Her work demonstrates a keen ability to solve practical measurement problems, making her a rising figure in atmospheric lidar applications.