Andreas Petzold
Papers
2
Total Citations
191
H-Index
2
About
Andreas Petzold is a leading atmospheric scientist whose research centers on aerosol–cloud interactions, mineral dust characterization, and the optical properties of atmospheric particles. His major contributions stem from the Saharan Mineral Dust Experiment (SAMUM) 2006, where he pioneered the integration of ground-based, airborne, and remote sensing instruments to unravel the complex behavior of desert dust. Two of his most-cited works—both published in 2010—have together garnered over 190 citations. The first study examined shape-dependent particle properties using AERONET Sun photometers, Raman lidars, and in situ instruments, revealing how non-sphericity affects dust radiative forcing. The companion paper focused on shape-independent properties, providing a robust framework for interpreting dust optical and microphysical parameters. These landmark studies have become essential references for modeling dust transport and climate impacts. Petzold’s work is notable for its methodological rigor, combining multi-platform observations to reduce uncertainties in aerosol remote sensing. His achievements include advancing the operational use of AERONET’s inversion algorithms and shaping international field campaigns that bridge laboratory measurements and satellite validation. For students and researchers, Petzold’s research exemplifies how detailed case studies can transform our understanding of global aerosol cycles.
Research Focus
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