Alexander de Meij
Papers
2
Total Citations
113
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2
About
Alexander de Meij is a leading atmospheric scientist whose research focuses on the critical role of desert dust in the Earth’s climate system. His primary expertise lies in the parameterization of dust emissions within global chemistry-climate models, a complex challenge that directly impacts our understanding of radiative transfer, atmospheric chemistry, and nutrient cycles. De Meij’s most influential work centers on the EMAC (ECHAM/MESSy Atmospheric Chemistry) model, where he developed and refined parameterization schemes to more accurately compute desert dust emissions. His landmark 2012 paper, cited over 110 times, demonstrated how factors like model nudging and soil properties significantly alter dust emission estimates, providing a crucial framework for improving climate simulations. By advancing these parameterizations, de Meij has enabled more precise predictions of how airborne dust influences regional and global climate, from direct radiative effects to indirect impacts on cloud formation and nutrient deposition. His contributions are essential for researchers studying aerosol-climate interactions, offering tools that bridge the gap between local dust sources and global atmospheric dynamics.
Research Focus
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Top Papers
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