Papers
1
Total Citations
98
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1
About
M. Esselborn is a leading atmospheric scientist whose research focuses on the physical and optical properties of mineral dust aerosols, particularly through the integration of remote sensing and in situ measurements. Their most impactful work stems from the Saharan Mineral Dust Experiment (SAMUM) 2006, where they conducted a landmark case study of nearly pure Saharan dust. By combining data from AERONET Sun photometers, Raman and high spectral resolution lidars, and airborne instruments, Esselborn revealed how particle shape critically influences dust properties—a contribution that has shaped how the community interprets aerosol remote sensing data. This seminal paper, with 98 citations, remains a cornerstone for understanding dust morphology and its radiative effects. Esselborn’s work bridges ground-based, airborne, and satellite observations, advancing our ability to model dust transport and its climate impacts. Their rigorous multi-instrument approach has set a standard for field campaigns and continues to inform studies of aerosol-cloud interactions and atmospheric heating. For students and researchers in aerosol science, Esselborn’s research exemplifies how detailed case studies can unravel the complexity of natural aerosols.
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