Sara Herrero‐Anta

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About

Sara Herrero‐Anta is an atmospheric scientist whose research focuses on advancing the retrieval of aerosol properties from ground-based remote sensing. Her key contributions center on the innovative application of the GRASP algorithm (Generalized Retrieval of Atmosphere and Surface Properties) to zenith sky radiance measurements—a technique that captures sky brightness directly overhead. In her most cited work (2023, 4 citations), she demonstrated that these zenith observations, recorded at four wavelengths, can effectively constrain aerosol optical properties, offering a simpler, more accessible method for atmospheric monitoring. A follow-up study (2023, 2 citations) further validated this approach, highlighting its potential for expanding aerosol characterization in regions with limited instrumentation. By leveraging a widely used retrieval framework in a novel observational geometry, Herrero‐Anta’s research bridges the gap between complex radiative transfer models and practical field applications. Her work is particularly valuable for improving air quality assessments and climate modeling, especially in understudied environments. With a growing citation impact, she is establishing herself as a promising voice in aerosol remote sensing, contributing to more robust and versatile tools for understanding atmospheric composition.