Observed zonal propagation speeds of nonlinear eddies, derived using an eddy tracking
algorithm, are compared with the classical long Rossby wave speed, Doppler shifted by just …

The Dispersion Relation for Planetary Waves in the Presence of Mean Flow and Topography.
Part II: Two-Dimensional Examples and Global Results in: Journal of Physical Oceanography …

The aim of this paper is on the propagations of barotropic–baroclinic coherent structures
based on the two-layer quasi-geostrophic model (2LQG) through a Fourier spectrum …

The Dispersion Relation for Planetary Waves in the Presence of Mean Flow and Topography.
Part I: Analytical Theory and One-Dimensional Examples in: Journal of Physical Oceanography …

Ocean storm tracks have previously been associated with the midlatitude western boundary
currents (WBCs) and the Antarctic Circumpolar Current (ACC). Here we identify and …

Nonlinear Midlatitude Ocean Adjustment in: Journal of Physical Oceanography Volume 33 Issue
5 (2003) Jump to Content Jump to Main Navigation Logo Logo Logo Logo Logo Logo …

A medium‐resolution ocean general circulation model (OGCM) simulation is used to
investigate the subthermocline interannual variability in the eastern South Pacific. The focus …

The local response of an ocean with slowly varying mean flow, stratification, and topography
to two sources of disturbance is examined, concentrating on whether the resulting surface …

Subducted temperature anomalies have been invoked as a possible way for midlatitudes to
alter the climate variability of equatorial regions through the so-called thermocline bridge …

Comments on “The Effect of Bottom Topography on the Speed of Long Extratropical
Planetary Waves” in: Journal of Physical Oceanography Volume 33 Issue 7 (2003) Jump to …