The Plankton, Aerosol, Clouds, ocean Ecosystem (PACE) mission presents new
opportunities and new challenges in applying observations of two complementary multi …

Classifying observed aerosols into types (eg, urban‐industrial, biomass burning, mineral
dust, maritime) helps to understand aerosol sources, transformations, effects, and feedback …

Most current and proposed satellite remote sensing of tropospheric aerosols relies upon
radiance measurements that are interpreted using algorithms that determine best fits to …

Accurate multi-spectral, multi-angle polarimetric measurements are a key remote sensing
tool for the determination of the burden and microphysical properties of atmospheric …

We investigated the importance of spectral range and angular resolution for aerosol retrieval
from multiangle photopolarimetric measurements over land. For this purpose, we use an …

The extensive set of measurements performed during the Chesapeake Lighthouse and
Aircraft Measurements for Satellites (CLAMS) experiment provides a unique opportunity to …

The evaluation of the direct and indirect aerosol forcings of climate requires precise
knowledge of the aerosol optical thickness, size distribution, chemical composition, and …

We present a new approach to retrieve the aerosol properties over land that uses accurate
polarization measurements over a broad spectral (410–2250 nm) and angular (±60° from …

In the fall of 2017, an airborne field campaign was conducted from the NASA Armstrong
Flight Research Center in Palmdale, California to advance the remote sensing of aerosols …

The impact of tropospheric aerosols on climate can vary greatly based upon relatively small
variations in aerosol properties, such as composition, shape and size distributions, as well …