Kerry Meyer
Papers
2
Total Citations
106
H-Index
2
About
Kerry Meyer is a leading atmospheric scientist whose research focuses on the complex interactions between aerosols, clouds, and radiation, particularly in the context of climate modeling. Her key contributions lie in understanding how absorbing smoke aerosols from biomass burning influence cloud properties and the Earth’s energy balance. In her highly cited 2019 study (64 citations), Meyer pioneered the use of the ALADIN regional climate model to simulate the transport, vertical distribution, and radiative impact of smoke aerosols over the southeast Atlantic Ocean, a critical region for aerosol-cloud interactions. Her work demonstrated the importance of accurately representing aerosol microphysics and cloud optical properties for estimating direct radiative effects. In another influential paper (42 citations), she advanced the study of aerosol variability near clouds using high-spatial-resolution aircraft remote sensing during the SEAC⁴RS campaign, providing essential insights for improving satellite retrieval algorithms like MODIS’s Dark Target. Meyer’s research is instrumental in reducing uncertainties in climate models, making her a key figure in the ongoing effort to quantify aerosol radiative forcing and its implications for global climate change.
Research Focus
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Top Papers
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