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About

Axel Kreuter is an atmospheric physicist whose research centers on aerosol characterization and long-term atmospheric monitoring, with a particular focus on Alpine environments. His most influential work, "Feasibility of polarized all-sky imaging for aerosol characterization" (2013, 9 citations), pioneered the use of polarized all-sky imaging combined with Zernike polynomial decomposition to analyze relative Stokes parameter distributions—a novel technical framework that enables more precise aerosol property retrieval from ground-based observations. This methodological contribution has provided a foundation for subsequent studies in atmospheric optics. More recently, Kreuter has advanced our understanding of regional aerosol trends through his extended analysis of aerosol optical depth (AOD) time series in the Alpine valley of Innsbruck, Austria, spanning 2007 to 2023. His comparative study with the Alpine station of Davos, Switzerland (2024, 2 citations), leverages long-term sun photometer measurements to reveal decadal-scale variability and regional differences in aerosol loading. By establishing robust, long-term datasets and innovative imaging techniques, Kreuter’s work supports climate modeling, air quality assessment, and the interpretation of aerosol radiative effects in complex mountainous terrain.