The aerosol particles serving as cloud condensation and ice nuclei contribute to key cloud
processes associated with cold-air outbreak (CAO) events but are poorly constrained in …

To determine the impact of dynamic and aerosol processes on marine low clouds, we
examine the seasonal impact of updraft speed w and cloud condensation nuclei …

Due to their fast evolution and large natural variability in macro-and microphysical
properties, the accurate representation of boundary layer clouds in current climate models …

The high variability of aerosol particle concentrations, sizes and chemical composition
makes their description challenging in atmospheric models. Aerosol–cloud interaction …

Airborne measurements of non‐refractory bulk aerosol chemical composition, aerosol size
distributions, and cloud condensation nuclei (CCN) were conducted onboard a research …

The activation ability of aerosols as cloud condensation nuclei (CCN) is crucial in climate
and hydrological cycle studies, but their properties are not well known. We investigated the …

Free tropospheric aerosol particles have important but poorly constrained climate effects
due to transformations of their physicochemical properties during long-range transport. In …

Observations of marine stratus clouds in clean air off the Californian coast reveal a
functional relationship between the number of cloud condensation nuclei (CCN) and …

A full understanding of the climatological properties of aerosols is an important step towards
characterizing their effects on climate. Utilizing the observations from Cloud‐Aerosol Lidar …

As a precursor process to cloud formation, aerosol activation over the Tibetan Plateau (TP)
plays a pivotal role in regional cloud-precipitation and global climate. However, its …