The EarthCARE mission aims to probe the Earth's atmosphere by measuring cloud and
aerosol profiles using its active instruments, the Cloud Profiling Radar (CPR) and …

A large fraction of the uncertainty around future global warming is due to the cooling effect of
aerosol-liquid cloud interactions, and in particular to the elusive sign of liquid water path …

Aerosols can cause brightening of stratocumulus clouds, thereby cooling the climate.
Observations and models disagree on the magnitude of this cooling, partly because of the …

Cold-air outbreaks (CAOs) are characterized by extreme air–sea energy exchanges and low-
level convective clouds over large areas in the high-latitude oceans. As such, CAOs are an …

Cloud microphysical processes, such as droplet activation, condensational growth, and
collisional growth, play a central role in the evolution of clouds and precipitation. Accurate …

A large convection–cloud chamber has the potential to produce drizzle-sized droplets, thus
offering a new opportunity to investigate aerosol–cloud–drizzle interactions at a fundamental …

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

An initially well‐mixed stratocumulus deck can remain overcast for several tens of hours
under warm‐advection conditions, although moisture supply is cut off from the ocean due to …

A THz radar, with its wide bandwidth, is capable of high‐resolution imaging down to the
centimeter scale. In this study, a THz radar is applied to detect hydrometeors generated in a …

Radar Doppler spectra observations provide a wealth of information about cloud and
precipitation microphysics and dynamics. The interpretation of these measurements …