David Saint‐Martin
Papers
1
Total Citations
64
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1
About
David Saint-Martin is a leading climate modeler whose research focuses on the representation of aerosols and their complex interactions with clouds and radiation. His major contributions lie in advancing the simulation of biomass burning aerosols, particularly absorbing smoke plumes, within regional climate models. His most cited work (2019, 64 citations) demonstrates this expertise by using the ALADIN model to simulate smoke transport, vertical distribution, and optical properties during the ORACLES-2016 and LASIC experiments over the southeast Atlantic Ocean. This study was critical for estimating the direct radiative effect of smoke above stratocumulus clouds, a key uncertainty in climate forcing. By integrating detailed microphysical and optical properties of both aerosols and clouds, Saint-Martin has provided essential tools for understanding how absorbing aerosols alter the Earth’s energy balance. His work is highly influential for researchers studying aerosol-cloud-radiation interactions and the climatic impacts of African biomass burning, establishing him as a key figure in regional climate modeling and atmospheric composition studies.
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