Improving water conservation in the Energy Exascale Earth System Model's atmosphere component has important implications for projecting sea level change.

Surrounded by the Amazon rainforest, aircraft measurements from the urban plume over Manaus, Brazil, reveal the life cycle of organic aerosol.

With improved cloud microphysics representing observed storm structures, models can better simulate long-lasting storms prone to produce flooding.

New open-source software mimics complex global hydrological models with extraordinary computational efficiency.

Study identifies recurrent patterns of temperature response to energy changes at random locations.

A new method provides a previously unavailable data set that could help improve the representation of shifty shallow cumulus clouds in atmospheric models.

A positive shift in the Atlantic Multidecadal Oscillation and changes in the large-scale hurricane environment are behind the increase in magnitude of rapid intensification.

Researchers zero in on the radiative feedback processes that continue to drive warming in the Arctic.

Cloud shadows are found to influence shallow cloud size and water content.

During 1980–2014, aerosols arriving from East Asia offset radiative flux increases in the western United States induced by domestic air pollution reductions.

Study strengthens understanding of how momentum is changed by vertical motions of storms across scales.

A review of modeling research on two-way interactions between human and Earth systems sheds light on system interactions and informs directions for future Earth system modeling research.