Publications

G.P.Williams, 2006: Abstract / PDF
Circulation sensitivity to tropopause height.
J. Atmospheric Sciences, 63, 1954-1961.
To Zoom Original Figures: FIG2 , FIG3

G.P.Williams, 2006: Abstract / PDF
Equatorial superrotation and barotropic instability: Static stability variants.
J. Atmospheric Sciences, 63, 1548-1557.

G.P.Williams & K.Bryan, 2006: Abstract / PDF
Ice age winds: An aquaplanet model.
J. Climate, 19, 1706-1715.
Corrigendum. PDF
J. Climate, 19,3334.

G.P.Williams, 2003: PDF
Super circulations.
Bulletin of the American Meteorological Society, 84, 1190.

G.P.Williams, 2003: Abstract / PDF
Barotropic instability and equatorial superrotation.
J. Atmospheric Sciences, 60, 2136-2152.

G.P.Williams, 2003: Abstract / PDF
Jet sets.
J. Meteor. Soc. Japan, 81, 439-476.

G.P.Williams, 2003: Abstract / PDF
Jovian dynamics. Part III: Multiple, migrating, and equatorial jets.
J. Atmospheric Sciences, 60, 1270-1296.

G.P.Williams, 2002: Abstract / PDF
Jovian dynamics. Part II: The genesis and equilibration of vortex sets.
J. Atmospheric Sciences, 59, 1356-1370.

G.P.Williams, 1997: Abstract / PDF
Planetary vortices and Jupiter's vertical structure.
J. Geophysical Research, 102 (E4), 9303-9308.

G.P.Williams, 1996: Abstract / PDF
Jovian dynamics. Part I: Vortex stability, structure, and genesis.
J. Atmospheric Sciences, 53, 2685-2734.

G.P.Williams, 1988: Abstract / PDF
The dynamical range of global circulations -- II.
Climate Dynamics, 3, 45-84.

G.P.Williams, 1988: Abstract / PDF
The dynamical range of global circulations -- I.
Climate Dynamics, 2, 205-260.

G.P.Williams & R.J.Wilson, 1988: Abstract / PDF
The stability and genesis of Rossby vortices.
J. Atmospheric Sciences, 45, 207-241.

G.P.Williams, 1985: Abstract / PDF
Geostrophic regimes on a sphere and a beta plane.
J. Atmospheric Sciences, 42, 1237-1243.

G.P.Williams, 1985: PDF
Jovian and comparative atmospheric modeling.
Advances In Geophysics, 28A, 381-429.

G.P.Williams & T.Yamagata, 1984: Abstract / PDF
Geostrophic regimes, intermediate solitary vortices and Jovian eddies.
J. Atmospheric Sciences, 41, 453-478.

G.P.Williams, 1983: No Abstract
Review of "Weather and Climate on Planets".
Bulletin of the American Meteorological Society, 64, 647-649.

G.P.Williams & J.L.Holloway, 1982: Abstract / PDF
The range and unity of planetary circulations.
Nature, 297, 295-299.

G.P.Williams, 1979: PDF
Ultra-long baroclinic waves and Jupiter's Great Red Spot.
J. Meteorological Society of Japan, 57, 196-198.

W.B.Rossow & G.P.Williams, 1979: Abstract / PDF
Large-scale motion in the Venus stratosphere.
J. Atmospheric Sciences, 36, 377-389.

G.P.Williams, 1979: Abstract / PDF
Planetary circulations: 3. The terrestrial quasi-geostrophic regime.
J. Atmospheric Sciences, 36, 1409-1435.

G.P.Williams, 1979: Abstract / PDF
Planetary circulations: 2. The Jovian quasi-geostrophic regime.
J. Atmospheric Sciences, 36, 932-968.

G.P.Williams, 1978: Abstract / PDF
Planetary circulations: 1. Barotropic representation of Jovian and
terrestrial turbulence.
J. Atmospheric Sciences, 35, 1399-1426.

G.P.Williams, 1975: PDF
Jupiter's atmospheric circulation.
Nature, 257, 778.

G.P.Williams, 1975: PDF
Some ocean-Jupiter connections.
MODE Hot Line News, 78, 1-5.

G.P.Williams & J.B.Robinson, 1974: Abstract / PDF
Generalized Eady waves with Ekman pumping.
J. Atmospheric Sciences, 31, 1768-1776.

G.P.Williams, 1974: Abstract / PDF
Generalized Eady waves.
J. Fluid Mechanics, 62, 643-655.

G.P.Williams & J.B. Robinson, 1973: Abstract / PDF
Dynamics of a convectively unstable atmosphere: Jupiter?
J. Atmospheric Sciences, 30, 684-717.

G.P.Williams, 1972: Abstract / PDF
Friction term formulation and convective instability in a
shallow atmosphere.
J. Atmospheric Sciences, 29, 870-876.

G.P.Williams, 1972: Abstract / PDF
The field distributions and balances in a baroclinic annulus wave.
Monthly Weather Review, 100, 29-41

G.P.Williams, 1971: Abstract / PDF
Baroclinic annulus waves.
J. Fluid Mechanics, 49, 417-449.

S.A.Piacsek & G.P.Williams, 1970: Abstract / PDF
Conservation properties of convection difference schemes.
J. of Computational Physics, 6, 392-405.

G.P.Williams, 1970: Abstract / PDF
Axisymmetric annulus convection at unit Prandtl number.
Geophysical Fluid Dynamics, 1, 357-369.

G.P.Williams, 1969: Abstract / PDF
Numerical integration of the three-dimensional Navier-Stokes
equations for incompressible flow.
J. Fluid Mechanics, 37, 727-750.

G.P.Williams, 1968: Abstract / PDF
Thermal convection in a rotating fluid annulus: Part 3.
Suppression of the frictional constraint on lateral boundaries.
J. Atmospheric Sciences, 25, 1034-1045.

G.P.Williams, 1967: Abstract / PDF
Thermal convection in a rotating fluid annulus: Part 2.
Classes of axisymmetric flow.
J. Atmospheric Sciences, 24, 162-174.

G.P.Williams, 1967: Abstract / PDF
Thermal convection in a rotating fluid annulus: Part 1.
The basic axisymmetric flow.
J. Atmospheric Sciences, 24, 144-161.

G.P.Williams & D.R.Davies, 1967: PDF
A time average model of the general circulation.
Proceedings of International Symposium on Dynamics of Large-scale
Atmospheric Processes, Moscow: June 23-30, 1965, 148-151.

G.P.Williams & D.R.Davies, 1965: Abstract / PDF
A mean motion model of the general circulation.
Quarterly J. Royal Meteorological Society, 91, 471-489.

Some References

J.Audouze & G.Israël, 1994:
Cambridge Atlas of Astronomy, 3rd ed.
Cambridge University Press.

I.N.James, 1994:
Introduction to Circulating Atmospheres.
Cambridge University Press.

J.H.Rogers, 1995:
The Giant Planet Jupiter.
Cambridge University Press.