Edward L. Schultz

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About

Edward L. Schultz has made significant contributions to the field of atmospheric remote sensing, with a particular focus on the challenging problem of detecting and characterizing aerosols over highly reflective surfaces like snow. His key research areas include aerosol optical thickness (AOT) retrieval using infrared (IR) satellite observations and radiative transfer (RT) modeling. Schultz’s most notable work, "Remote sensing of aerosols over snow using infrared AATSR observations" (2011), has accumulated 43 citations, demonstrating its impact on the scientific community. In this study, he tackled the inherent difficulty of IR retrievals, where aerosol layers exhibit low reflectance at longer wavelengths, by conducting detailed RT simulations for coarse and accumulation mode particles. This work advanced the understanding of how to overcome the limitations of traditional visible-wavelength methods, which often fail over bright surfaces. Schultz’s research is vital for improving air quality monitoring and climate modeling in polar and snow-covered regions, where accurate aerosol data is scarce. His achievements underscore a career dedicated to solving complex observational problems, making him a valuable resource for students and researchers interested in satellite-based environmental monitoring and radiative transfer theory.