Multi-year ground-based remote-sensing datasets were acquired with the Leipzig Aerosol
and Cloud Remote Observations System (LACROS) at three sites. A highly polluted central …

Dust aerosols have been generally regarded as efficient ice nuclei (IN), but their influences
on mixed-phase clouds and precipitation are poorly quantified. In this study, combining …

Supercooled clouds substantially impact polar surface energy budgets, but large-scale
models often underestimate their occurrence, which motivates accurately establishing …

The presented study investigates the efficiency of heterogeneous ice formation in natural
clouds over Lauder, New Zealand/Aotearoa. Aerosol conditions in the middle troposphere …

Despite advances in our understanding of ice‐nucleating particles, the effect of cloud
glaciation on the Earth's radiation balance has remained poorly constrained. Particularly …

Mixed‐phase clouds are ubiquitous in the Arctic and play a critical role in Earth's energy
budget at the surface and top‐of‐the‐atmosphere. These clouds typically occupy the lower …

In this work, collocated lidar–radar observations are used to retrieve the vertical profiles of
cloud properties above the Eastern Mediterranean. Measurements were performed in the …

One of the largest uncertainties in numerical weather prediction and climate models is the
representation of mixed‐phase clouds. With the aim of understanding how the supercooled …

In this paper, we present long-term observations of the multiwavelength Raman lidar Polly
XT conducted in the framework of the DACAPO-PESO campaign. Regardless of the …

The supercooled liquid fraction (SLF) in mixed-phase clouds (MPCs) is an essential variable
of cloud microphysical processes and climate sensitivity. However, the SLF is currently …