By greatly reducing the associated uncertainty, a new model is better able to discern statistically significant trends, offering the potential to improve the seasonal forecasting of rare events.
Modeling
Posted inNews
Icy Clouds May Counter Climate Warming Less Than Expected
A new analysis of cloud composition and behavior suggests that scientists have overestimated the ability of a type of mixed-phase ice-and-water cloud to mitigate climate change effects.
Posted inResearch Spotlights
Modeling the Effects of Clouds on Climate
New research investigates how mixed-phase cloud partitioning and cloud cover compensate each other in GCMs.
Posted inEditors' Vox
Insights on Climate Systems from Interglacials
Interglacials provide insights into the impacts of warmer than present conditions in certain regions of Earth.
Posted inResearch Spotlights
Considering Atmospheric Electricity in Climate Models
Researchers create a new model of the electric currents circulating throughout the atmosphere that will improve the accuracy of global climate models.
Posted inScience Updates
High-Resolution Climate Modeling for Regional Adaptation
High-Resolution Climate Modeling in the Northern Great Plains; Boulder, Colorado, 24–25 September 2015
Posted inResearch Spotlights
Which Geodynamo Models Will Work Best on Next-Gen Computers?
A new study uses identical tests to evaluate the accuracy and performance of current models of Earth's magnetic field, then extrapolates the results to anticipated "petascale" supercomputers.
Posted inNews
Faster-Merging Snow Crystals Speed Greenland Ice Sheet Melting
Satellite data and modeling reveal a trend toward coarser-grained, more-light-absorbent snow.
Posted inResearch Spotlights
How Oceans Could Change If We Reverse Anthropogenic Warming
A computer simulation shows a net increase in primary production by phytoplankton if climate change were mitigated by 2200 but also indicates big changes in the makeup of those species.
Posted inResearch Spotlights
What Causes the Strange Pulses in Saturn's Magnetosphere?
A new model shows that a spiral wave may explain why many phenomena in the gas giant's magnetosphere undergo periodic cycles.