Papers
3
Total Citations
412
H-Index
3
About
Michael Esselborn is a leading figure in atmospheric research, whose work has fundamentally advanced our understanding of mineral dust transport and its optical properties. His primary research areas focus on the remote sensing of Saharan dust, utilizing a sophisticated combination of ground-based lidar, airborne high-spectral-resolution lidar (HSRL), and Sun photometer observations. Esselborn’s major contribution lies in the detailed vertical profiling of dust plumes, providing critical data on particle shape, size, and extinction coefficients. His landmark 2008 paper, which has garnered 281 citations, demonstrated the power of multi-instrument lidar networks to capture the three-dimensional structure of Saharan dust outbreaks over Morocco. This work was pivotal in the SAMUM campaign, establishing a benchmark for dust characterization. In a highly cited 2010 study (93 citations), he further refined these measurements by integrating AERONET data to derive shape-independent particle properties, a key step for improving climate models. His modeling work, also from 2010, connects these observations to large-scale dust emission and transport simulations. Esselborn’s research is essential for anyone studying aerosol–climate interactions, providing the observational backbone needed to validate and improve dust transport models.
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