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Climate Modelling

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Climate Modelling

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Research Frontiers in Cloud Microphysics Parameterization Schemes

Refinement of cloud droplet formation, ice crystal nucleation, and precipitation processes in global climate models to improve radiative forcing accuracy.

Aerosol-Cloud Coupling in Convective Regimes

Ice Crystal Habit Evolution Under Atmospheric Shear

Subgrid Turbulence Effects on Droplet Coalescence

Collision-Coalescence Pathways in Mixed-Phase Clouds

Entrainment-Mixing Dynamics at Cloud Boundaries

Precipitation Efficiency Across Microphysical Scales

Heterogeneous Nucleation on Dust and Soot Particles

Riming and Accretion in Supercooled Water Environments

Radiative Effects of Cloud Optical Property Variability

Microphysical Feedbacks in Warm Rain Initiation

All Climate Modelling PhD categories