Abstract: s an effective eigen method for phenomenon identification and space reduction, empirical orthogonal function (EOF) analysis is widely used in climate research. However, because of its orthorgonality constraint, EOF analysis ...

Abstract: A linear Markov model has been developed to simulated and predict the short-term climate change in the Antarctic, with particular emphasis on sea ice variability. Seven atmospheric variables along with sea ice were chosen ...

Abstract: linear Markov model has been developed to predict the short-term climate variability of the East Asian monsoon system, with emphasis on precipitation variability. Precipitation, sea level pressure, zonal and meridional ...

Abstract: Internal tides near a midlatitude shelf?slope front are studied using an idealized numerical model, with emphasis on their structure, energetics, and mixing effects. It is found that the properties of internal tides are ...

Abstract: atellite-based ocean color measurements indicate clear evidence for bioclimate interactions in the tropical Pacific associated with El Niño?Southern Oscillation (ENSO). Recent modeling studies have demonstrated that ocean ...

Abstract: Generation of mesoscale eddies in the eastern South China Sea (SCS) in winters during August 1999 to July 2002 is studied with a reduced-gravity model. It is found that the orographic wind jets associated with the northeast ...