With their extensive coverage, marine low clouds greatly impact global climate. Presently,
marine low clouds are poorly represented in global climate models, and the response of …

Warm boundary layer clouds in the eastern North Atlantic region exhibit significant diurnal
variations in cloud properties. However, the diurnal cycle of the aerosol indirect effect (AIE) …

The detection of the early growth of drizzle particles in marine stratocumulus clouds is
important for studying the transition from cloud water to rainwater. Radar reflectivity is …

A closed-cell marine stratocumulus case during the Aerosol and Cloud Experiments in the
Eastern North Atlantic (ACE-ENA) aircraft field campaign is selected to examine the …

Seven years of data collected at the Atmospheric Radiation Measurement's Eastern North
Atlantic (ENA) site are analyzed to understand the controls of Cloud Condensation Nuclei …

Cloud droplet number concentration (N d) is crucial for understanding aerosol–cloud
interactions (ACI) and associated radiative effects. We present evaluations of four ground …

Airborne measurements are pivotal for providing detailed, spatiotemporally resolved
information about atmospheric parameters and aerosol and cloud properties, thereby …

Marine stratocumulus clouds are the “global reflectors,” sharply contrasting with the
underlying dark ocean surface and exerting a net cooling on Earth's climate. The magnitude …

In numerical atmospheric models that treat cloud and rain droplet populations as separate
condensate categories, precipitation initiation in warm clouds is often represented by an …

Low‐level clouds in a marine environment are examined using multiple ground‐based
instruments. We used Doppler radar and Doppler lidar measurements (a) to examine cloud …