An assessment and comparison of the performances of climate models participating in three phases of the Coupled Model Intercomparison Project (CMIP3, CMIP5 and CMIP6).
Scientists are applying climate models to distant planets to determine their habitability.
For 60 years atmospheric scientist Warren M. Washington has conducted groundbreaking climate modeling—and launched brilliant careers.
Although their frequency may decrease, models suggest anthropogenic climate change will increase the intensity of tornado outbreaks.
Climate modeling predicts that conditions conducive to severe thunderstorms will arise more often as Earth warms.
Major river basins around the world, including the Amazon, may be hot spots for ecological shifts as the planet warms.
A new analysis suggests that models do not accurately capture how fresh Arctic surface waters mix with deeper waters, contributing to underestimation of Arctic surface freshening.
An ensemble of climate simulations identifies factors that drove long-term trends of a prehistoric greenhouse climate.
The unicellular plants more readily take up iron in the presence of salp feces than in krill feces, an experiment in Antarctica reveals.