Papers
3
Total Citations
65
H-Index
3
About
Fábio Lopes is an atmospheric physicist whose research focuses on aerosol and cloud interactions, with a particular emphasis on remote sensing of the atmosphere. His work centers on understanding how volcanic eruptions, biomass burning, and urban pollution affect atmospheric composition and radiative balance. Lopes made significant contributions to the study of volcanic aerosol transport, notably through his 2019 paper on the Calbuco volcanic eruption, which demonstrated how satellite and ground-based lidar observations can track pyroclastic material dispersal and assess aviation hazards (42 citations). He also conducted the first comprehensive 12-year analysis of aerosol optical properties over Northeast Brazil, integrating data from MODIS, CALIOP/CALIPSO, AERONET, and ground-based lidar systems (20 citations). Earlier in his career, Lopes developed a preliminary classification scheme for cirrus clouds over São Paulo City, combining systematic lidar observations with satellite and photometer data to better understand upper-tropospheric cloud impacts on Earth's radiative budget. His work bridges satellite remote sensing and ground-based instrumentation, providing critical insights into aerosol-cloud interactions across South America.
Research Focus
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