A. Schladitz
Papers
1
Total Citations
93
H-Index
1
About
A. Schladitz is a leading researcher in atmospheric aerosol science, with a primary focus on the optical and microphysical properties of mineral dust. Her work is central to understanding how Saharan dust particles interact with solar radiation, a key uncertainty in climate modeling. Her most cited study (93 citations) from the 2010 SAMUM 2006 campaign is a landmark contribution. In this work, she combined AERONET Sun photometer, Raman lidar, and in situ instruments to derive shape-independent particle properties for dust over Morocco. This innovative multi-instrument approach allowed for a more robust characterization of dust aerosols, overcoming traditional biases caused by non-spherical particle shapes. By applying AERONET’s latest retrieval algorithms, Schladitz provided critical validation data for satellite remote sensing and radiative transfer models. Her research directly supports the development of more accurate climate projections by quantifying how mineral dust scatters and absorbs sunlight. For students and researchers, Schladitz’s work exemplifies the power of integrating ground-based, remote sensing, and in situ techniques to solve complex atmospheric problems, making her a key figure in aerosol-climate interactions.
Research Focus
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Top Papers
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