Tropospheric anthropogenic aerosols contribute the second-largest forcing to climate
change, but with high uncertainty owing to their spatio-temporal variability and complicated …

Estimating the effects of continuous-valued interventions from observational data is a
critically important task for climate science, healthcare, and economics. Recent work focuses …

The impact of aerosol number concentration on cloud albedo is a persistent source of
spread in global climate predictions due to multi-scale, interactive atmospheric processes …

Increased anthropogenic aerosol concentrations modify cloud micro-and macrophysical
properties and precipitation, which significantly impacts the global hydrological cycle and …

Using spaceborne lidar and radar observations, this study identifies deep convection
systems (DCSs), including deep convection cores (DCCs) and anvils, over the Tibetan …

We have analyzed near-global stratospheric data (and mesospheric data as well for H 2 O)
in terms of absolute abundances, variability, and trends for O 3, H 2 O, HCl, N 2 O, and HNO …

Anthropogenic activities have drastically impacted the climate system since the Industrial
Revolution. However, to what extent anthropogenic emissions influence the cloud droplet …

The dark target (DT) and deep blue (DB) algorithms have been applied to the VIIRS to
construct a long-term climate data recording of atmospheric aerosols. This study provides …

A key uncertainty in Aerosol‐cloud interactions is the cloud liquid water path (LWP)
response to increased aerosols (λ). LWP can either increase due to precipitation …

Precipitation microphysics and the effective radiative forcing due to aerosol‐cloud
interactions (ERFaci) contribute to some of the largest uncertainties in general circulation …