Atmospheric aerosol particles play a key role in air pollution, health, and climate. Particles
from biomass burning emissions are an important source of ambient aerosols, have …

Soot and black carbon (BC) particles are generated in the incomplete combustion of fossil
fuels, biomass, and biofuels. These airborne particles affect air quality, human health …

Ice nucleating particles are a minor fraction of tropospheric aerosol, yet they play a key role
for cloud microphysical processes. One poorly understood process is the impact of …

Ice-nucleating particles can modify cloud properties with implications for climate and the
hydrological cycle; hence, it is important to understand which aerosol particle types nucleate …

Ice nucleation and the resulting cloud glaciation are significant atmospheric processes that
affect the evolution of clouds and their properties including radiative forcing and …

Ice‐nucleating particles (INPs) are required for initial ice crystal formation in clouds at
temperatures warmer than about− 36° C and thus play a crucial role in cloud and …

It is generally known that ash particles from coal combustion can trigger ice nucleation when
they interact with water vapor and/or supercooled droplets. However, data on the ice …

Quantifying the impact of complex organic particles on the formation of ice crystals in clouds
remains challenging, mostly due to the vast number of different sources ranging from sea …

Abstract Ice-nucleating particles (INPs), which are precursors for ice formation in clouds, can
alter the microphysical and optical properties of clouds, thereby impacting the cloud lifetimes …

Measurements of ice formation by biomass combustion particles generated in controlled
laboratory burns were made using a continuous flow diffusion chamber operating in the …