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Ramiro Checa‐Garcia is a leading atmospheric scientist specializing in aerosol-climate interactions, with a particular focus on improving how Earth system models represent natural and biomass-burning aerosols. His research is central to the CRESCENDO and AeroCom initiatives, where he leads critical evaluations of global model performance. His most-cited work (45 citations) provides a rigorous assessment of mineral dust in five Earth system models, quantifying the global dust cycle and identifying key model biases. He further advanced the field by leading a satellite-based evaluation of biomass burning aerosol (20 citations), offering essential insights into how models simulate these complex, climate-relevant particles. Checa‐Garcia has also made foundational contributions to the AeroCom Phase III control experiment (9 citations), where he coordinated a multi-model, multi-platform assessment of aerosol optical properties using AERONET, MODIS, and other observations, and has investigated aerosol absorption (4 citations), a poorly constrained but climatically critical process. Through these systematic model-observation comparisons, his work directly supports improved climate projections and informs policies on air quality and radiative forcing.