Sea ice cools Earth by reducing its absorbed solar energy. We combine radiative transfer
modeling with satellite‐derived surface albedo, sea ice, and cloud distributions to quantify …

Abstract The warm Gulf Stream sea surface temperatures strongly impact the evolution of
winter clouds behind atmospheric cold fronts. Such cloud evolution remains challenging to …

This study examines coupled relationships among clouds, atmospheric circulation, and sea
ice in Antarctic winter. We find that the wave-3 pattern dominates the leading covariability …

The role of Arctic clouds in the recent rapid Arctic warming has attracted much attention.
However, Arctic cloud water paths (CWPs) from reanalysis datasets have not been well …

Arctic clouds play a key role in Arctic climate variability and change; however, contemporary
climate models struggle to simulate cloud properties accurately. Model‐simulated cloud …

Cloud optical properties such as optical thickness along with surface albedo are important
inputs for deriving the shortwave radiative effects of clouds from spaceborne remote …

Surface meteorological parameters and heat fluxes play a crucial role in air–sea (ice)
interactions. In this study, the accuracy of surface meteorological parameters and air–sea …

Surface meteorological variables and heat fluxes in the Bering Sea obtained from Chinese
Arctic buoys and US National Data Buoy Center buoys are compared with seven products …

Cloud optical properties such as optical thickness along with surface albedo are important
inputs for deriving the shortwave radiative effects of clouds from space-borne remote …

Arctic low clouds and the water they contain influence the evolution of the Arctic system
through their effects on radiative fluxes, boundary layer mixing, stability, turbulence …