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Explores the statistical summary of drop properties and the significance of drop size distribution in cloud and precipitation formation.

Explores the impact of Arctic aerosols on climate change, emphasizing their sources, processes, and effects.

Explores radar meteorology principles, microphysics analysis, scanning techniques, and lidar applications in atmospheric measurements.

Explores the impact of aerosols and clouds on radiation balance, climate, and global temperature through radiative forcing.

Covers the impact of mountains on atmospheric flow, local weather, stability, orographic precipitation, downslope winds, and frontal passage.

Explores climate sensitivity, feedback factors, and ECS estimation using emergent constraints and paleoclimate records.

Explores the impact of Arctic aerosols on climate change, emphasizing their sources, processes, and effects.

Explores the greenhouse effect, aerosols, and clouds' role in climate change and their impact on Earth's energy balance.