A NOTE ON THE GENERAL CONCEPT OF WAVE BREAKING FOR ROSSBY AND GRAVITY-WAVES

PURE AND APPLIED GEOPHYSICS 123:6 (1985) 964-975

Authors:

ME MCINTYRE, TN PALMER

Response of two atmospheric general circulation models to sea- surface temperature anomalies in the tropical East and West Pacific.

Nature 310:5977 (1984) 483-485

Authors:

TN Palmer, DA Mansfield

Abstract:

We present several atmospheric general circulation experiments which model the atmospheric response to SST anomalies in the tropical East and West Pacific. We have found that the extratropical response to a relatively small West Pacific anomaly can be stronger than, and qualitatively different from the response to a much larger East Pacific anomaly. These experiments suggest a possible explanation for the difference in mid-latitude response during the 1976-77 El Nino winter and the El Nino winters of 1972-73 and 1982-83.-from Authors

THE IMPORTANCE OF NONLINEAR-WAVE PROCESSES IN A QUIESCENT WINTER STRATOSPHERE

QUARTERLY JOURNAL OF THE ROYAL METEOROLOGICAL SOCIETY 110:464 (1984) 289-301

Authors:

J AUSTIN, TN PALMER

THE SURF ZONE IN THE STRATOSPHERE

JOURNAL OF ATMOSPHERIC AND TERRESTRIAL PHYSICS 46:9 (1984) 825-849

Authors:

ME MCINTYRE, TN PALMER

Stratospheric sudden coolings and the role of nonlinear wave interactions in preconditioning the circumpolar flow.

Journal of the Atmospheric Sciences 40:4 (1983) 909-928

Authors:

TN Palmer, CPF Hsu

Abstract:

The mechanisms responsible for the transition of the circumpolar flow from its normal midwinter state to this preconditioned state are investigated through a combination of observational numerical and theoretical studies. For the 1978-79 winter, this transition occurred during the substantial wavenumber-1 minor warming of January 1979, and the characteristic structure associated with the preconditioned mean zonal flow was established four days after the peak of this warming, during a period of intense high latitude acceleration.-from Authors