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Explores the parameterization of atmospheric processes, including microphysics, turbulence, radiation, convection, and surface processes, to improve forecast accuracy and quantify uncertainties.
Explores sustainable high-performance cooling through liquid-vapor phase change, novel materials, and innovative cooling systems, aiming to address the challenges of increasing cooling demand and carbon emissions.
Explores evapotranspiration mechanisms, energy balance formulations, and methods for estimating water vapor release rates, emphasizing the role of vegetation and meteorological data.
Covers ice crystal formation, processes, shapes, and snow metamorphism, explaining the significance of snow metamorphism and the growth of ice crystals.
