TEMPERATURE TIME-SERIES
NATURE 355:6362 (1992) 686-686
Characterisation of Chaotic Regimes and Transitions in a Thermally-Driven, Rotating Stratified Fluid
Chapter in Nonlinear Dynamics in Engineering Systems, Springer Nature (1990) 241-248
Finite-amplitude, neutral baroclinic eddies and mean flows in an internally heated, rotating fluid: 2. Effects of spatially varying N2
Dynamics of Atmospheres and Oceans Elsevier 11:3-4 (1988) 211-264
The dynamics of planetary atmospheres
Science Progress 72:3 (1988) 421-450
Abstract:
Current knowledge of the dynamics of the atmospheres of the planets is reviewed. This has expanded a great deal in recent years, due to the numerous space missions which have gathered new observational data. Nevertheless, there is also much which remains unknown, and many cases where new observations have simply posed additional questions of a fundamental kind. We undertake an examination of some particular examples, including the banded structure and long-lived eddies on Jupiter and Saturn, the rapid rotation of Venus' atmosphere, and the climate of Mars. -AuthorsOn the scale of baroclinic instability in deep, compressible atmospheres
Quarterly Journal of the Royal Meteorological Society Wiley 114:480 (1988) 421-437