The heterogeneous nucleation of ice is an important atmospheric process facilitated by a
wide range of aerosols. Drop-freezing experiments are key for the determination of the ice …

We investigated the ice nucleation activities of humic‐like substances (HULIS), an important
component of organic aerosol (OA), derived from atmospheric and biomass burning …

Aerosol–cloud interactions, including the ice nucleation of supercooled liquid water droplets
caused by ice-nucleating particles (INPs) and macromolecules (INMs), are a source of …

Particulate matter from both natural and anthropogenic sources is known to affect air quality
and human health. However, the abundance and varied composition of the suspended …

Aerosol–cloud interactions dominate the uncertainties in current predictions of the
atmosphere's radiative balance. Specifically, the ice phase remains difficult to predict in …

Ice-nucleating particles (INPs) originating from deserts, semi-arid regions, and dried
lakebeds may cause heterogeneous ice nucleation, impacting cloud properties. Recently …

Climate extremes are on the rise. Impacts of extreme climate and weather events on
ecosystem services and ultimately human well‐being can be partially attenuated by the …

Organic matter can initiate heterogeneous ice nucleation in supercooled water droplets,
thereby influencing atmospheric cloud glaciation. Predicting the ice nucleation ability of …

Abstract Potassium feldspars (K-feldspars), such as microcline, are considered key dust
minerals inciting ice nucleation in mixed-phase clouds. Besides the high ice nucleation …

Volcanic ash (VA) from explosive eruptions contributes to aerosol loadings in the
atmosphere. Aside from the negative impact of VA on air quality and aviation, these particles …