Polar environments are among the fastest changing regions on the planet. It is a crucial time
to make significant improvements in our understanding of how ocean and ice …

The thermodynamic phase of clouds in low and middle levels over the Southern Ocean and
the Arctic marine regions is poorly known, leading to uncertainties in the radiation budget in …

Abstract The persistent Southern Ocean (SO) shortwave radiation biases in climate models
and reanalyses have been associated with the poor representation of clouds, precipitation …

Precipitation plays an important role in cloud and aerosol processes over the Southern
Ocean (SO). The main objective of this study is to characterize SO precipitation properties …

Entrainment and associated mixing (ie, entrainment‐mixing) have been shown to impact
drop size distributions. However, most past studies have focused on warm clouds and have …

Single‐and multi‐layer clouds are commonly observed over the Southern Ocean in varying
synoptic settings, yet few studies have characterized and contrasted their properties. This …

The cloud thermodynamic phase is a crucial parameter to understand the Earth's radiation
budget, the hydrological cycle, and atmospheric thermodynamic processes. Spaceborne …

Clouds observed by the airborne High‐Performance Instrumented Airborne Platform for
Environmental Research (HIAPER) Cloud Radar (HCR) were classified into twelve …

The thermodynamic phase of clouds in low and middle levels over the Southern Ocean and
the Arctic Ocean is poorly known, leading to uncertainties in the radiation budget in weather …

The thermodynamic phase of clouds in low and middle levels over the Southern Ocean and
the Arctic Ocean is poorly known, leading to uncertainties in the radiation budget in weather …