Relatively unknown global weather patterns can drive the hurricane season. What are the ITCZ, Central American Gyre and the ...

A team of geophysicists and atmospheric scientists at Princeton's NOAA/Geophysical Fluid Dynamics Laboratory and the University of Maryland Center for Environmental Science has found evidence that ...

The discovery of atmospheric rivers overriding El Niño and La Niña weather patterns reinforced the need for a model that can predict when atmospheric rivers are coming, Luna-Niño said.

Oceanography, Vol. 25, No. 2, SPECIAL ISSUE ON Internal Waves (JUNE 2012), pp. 20-29 (10 pages) ABSTRACT. Ocean tides, and the atmospherically forced oceanic general circulation and its associated ...

Atmospheric circulation anomalies and climate indices SAM and ONI were evaluated during events with negative (positive) scores in the austral summer. The statistical significance of the mean anomalies ...

Our 1.4° model is >3,500-times faster than X-SHiELD, meaning if researchers simulated the atmosphere for a year with X-SHiELD, it would take them 20 days, compared with just 8 minutes with NeuralGCM.

Basic circulation model indicates that increasing global wind power by 18-34 times from 1 Terawatt today will be like doubling atmospheric CO2. This would be counter to the stated goals of reducing ...

Article citations More>> Mingalev, I.V. and Mingalev, V.S. (2005) The Global Circulation Model of the Lower and Middle Atmosphere of the Earth with a Given Temperature Distribution. Mathematical ...

The global dataset suggests significant large-scale shifts in the atmospheric circulation pattern associated with the DO events. We show that the proxy-inferred changes are consistent with simulations ...

You, X.T., Qian, W.H. and Zou, Y.R. (1998) A Numerical Simulation of the Effect of Global SSTA on the Low-Level Atmospheric Circulation and Precipitation Anomalies. Acta Meteorologica Sinica, 12, ...

This would accelerate global sea-level rise. An overturning slowdown would also reduce the ocean’s ability to take up carbon dioxide, leaving more greenhouse gas emissions in the atmosphere.

The researchers think those changes are caused by warming-driven shifts in global atmospheric circulation patterns. “It’s a pretty holistic view,” Wood says of the analysis.