Publication List
April 23, 2007

YODEN Shigeo
Department of Geophysics, Kyoto University, Kyoto, 606-8502, JAPAN
Tel: +81-75-753-3932
1.

Fax: +81-75-753-3715

E-mail: yoden@kugi.kyoto-u.ac.jp

Yoden, S., 1979: Some dynamical properties of non-linear baroclinic waves in a quasi-geostrophic
model. J.Met.Soc.Japan, 57-6, 493-504.

2.

Yoden, S., 1981: Quasi-periodic energy variation in a zonal flow-baroclinic wave interaction model.
J.Met.Soc.Japan, 59-3, 291-302.

3.

Yoden, S., 1983: Nonlinear interactions in a two-layer, quasi-geostrophic, low-order model withtopography. Part I: Zonal flow-forced wave interactions. J.Met.Soc.Japan, 61-1, 1-18.

4.

Yoden, S., 1983: Nonlinear interactions in a two-layer, quasi-geostrophic, low-order model with
topography. Part II: Interactions between zonal flow, forced waves and free waves. J.Met.Soc.Japan,
61-1, 19-35.

5.

Yoden, S. and H. Mukougawa, 1983: Instabilities of a baroclinic zonal flow in the presence of surface
topography. J.Met.Soc.Japan, 61-6, 789-804.

6.

Yoden, S. and I. Hirota, 1984: A numerical study on periodic and chaotic behaviour in a geophysicalfluid system. Turbulence and Chaotic Phenomena in Fluids, T.Tatsumi, Ed., North-Holland, 477-482.

7.

Yoden, S., 1985: Bifurcation properties of a quasi-geostrophic, barotropic, low-order model with
topography. J.Met.Soc.Japan, 63-4, 535-546.

8.

Yoden, S., 1985: Multiple stable states of quasi-geostrophic barotropic flow over sinusoidal
topography. J.Met.Soc.Japan, 63-6, 1031-1045.

9.

Yoden, S., 1985: A numerical study on bifurcation properties of some low-order models in geophysicalfluid dynamics. Recent Studies on Turbulent Phenomena, T. Tatsumi, H. Maruo and H. Takami, Eds.,
Association for Science Documents Information, 151-161.

10. Yoden, S., 1987: Bifurcation properties of a stratospheric vacillation model. J.Atmos.Sci., 44-13,1723-1733.
11. Yoden, S., 1987: Dynamical aspects of stratospheric vacillations in a highly truncated model.
J.Atmos.Sci., 44-24, 3683-3695.
12. Yoden, S., 1987: A new class of stratospheric vacillations in a highly truncated model due to waveinterference. J.Atmos.Sci., 44-24, 3696-3709.
13. Yoden, S., M. Shiotani and I. Hirota, 1987: Multiple planetary flow regimes in the southernhemisphere. J.Met.Soc.Japan, 65-4, 571-586.
14. Yoden, S. and J.R. Holton, 1988: A new look at equatorial quasi-biennial oscillation models.
J.Atmos.Sci., 45-19, 2703-2717.
15. Yoden, S., 1990: An illustrative model of seasonal and interannual variations of the stratosphericcirculation. J.Atmos.Sci., 47-15, 1845-1853.
16. Mukougawa, H., M. Kimoto and S. Yoden, 1991: A relationship between local error growth andquasi-stationary states: Case study in the Lorenz system. J.Atmos.Sci., 48-10, 1231-1237.
17. Sugata, S. and S. Yoden, 1991: The effects of centrifugal force on the stability of axisymmetricviscous flow in a rotating annulus. J.Fluid Mech., 229, 471-482.
18. Kimoto, M., H. Mukougawa, and S. Yoden, 1992: Medium-range forecast skill variation and blocking
transition: A case study. Mon.Wea.Rev., 120-8, 1616-1627.
19. Sugata, S. and S. Yoden, 1992: Steady axi-symmetric flow due to differential heating in a rotating
annulus and its dependence on experimental parameters. J.Met.Soc.Japan, 70-5, 1005-1017.
20. Yoden, S. and K. Ishioka, 1993: A numerical experiment on the breakdown of a polar vortex due toforced Rossby waves. J.Met.Soc.Japan, 71-1, 59-72.
21. Yoden, S. and K. Ishioka, 1993: A numerical experiment on the evolution of a polar vortex. Coupling
Processes in the Lower and Middle Atmosphere, E.V.Thrane et al.,Eds., Kluwer Academic Publishers,
67-76.
22. Yoden, S., 1993: A numerical experiment on 2-D Turbulence on a rotating sphere. Coupling Processes
in the Lower and Middle Atmosphere, E.V.Thrane et al.,Eds., Kluwer Academic Publishers, 363-367.
23. Yoden, S. and M. Yamada, 1993: A numerical experiment on two-dimensional decaying turbulence on
a rotating sphere. J.Atmos.Sci., 50-4, 631-643.
24. Yoden, S. and M. Nomura, 1993: Finite-time Lyapunov stability analysis and its application toatmospheric predictability. J.Atmos.Sci., 50-11, 1531-1543.
25. Sugata, S. and S. Yoden, 1993: A numerical study on regime transitions of the rotating annulus flowwith a semi-spectral model. J.Met.Soc.Japan, 71-4, 491-501.
26. Ishioka, K. and S. Yoden, 1994: Nonlinear evolution of a barotropically unstable circumpolar vortex.
J.Met.Soc.Japan, 72-1, 63-80.
27. Sugata, S. and S. Yoden, 1994: Chaotic Lagrangian motion and heat transport in a steady, baroclinic
annulus wave. J.Met.Soc.Japan, 72-4, 569-587.
28. Ishioka, K. and S. Yoden, 1995: Non-linear aspects of a barotropically unstable polar vortex in aforced-dissipative system: Flow regimes and tracer transport. J.Met.Soc.Japan, 73-2, 201-212.
29. Ishioka, K. and S. Yoden, 1996: Numerical methods of estimating bounds on the non-linear saturationof barotropic instability. J.Met.Soc.Japan, 74-2, 167-174.
30. Yoden, S., Y. Naito and S. Pawson, 1996: A further analysis of internal variability in a perpetualJanuary integration of a troposphere-stratosphere-mesosphere GCM. J.Met.Soc.Japan, 74-2, 175-188.
31. Horinouchi, T. and S. Yoden, 1996: Excitation of transient waves by localized episodic heating in thetropics and their propagation into the middle atmosphere. J.Met.Soc.Japan, 74-2, 189-210.
32. Yamane, S. and S. Yoden, 1997: Predictability variation and quasi-stationary states in simple
non-linear systems. J.Met.Soc.Japan, 75-2, 557-568.
33. Horinouchi, T. and S. Yoden, 1997: Propagation of waves exited by localized episodic heating in thetropics and their effect on the middle atmosphere: Comparison between two QBO phases.
J.Met.Soc.Japan, 75-3, 641-656.
34. Nozawa, T. and S. Yoden, 1997: Formation of zonal band structure in forced two-dimensional
turbulence on a rotating sphere. Phys. Fluids, 9-7, 2081-2093.

35. Akahori, K. and S. Yoden, 1997: Zonal flow vacillation and bimodality of baroclinic eddy life cycles
in a simple global circulation model. J.Atmos.Sci., 54-19, 2349-2361.
36. Nozawa, T. and S. Yoden, 1997: Spectral anisotropy in forced two-dimensional turbulence on arotating sphere. Phys. Fluids, 9-12, 3834-3842.
37. Yoden, S., 1997: Classification of simple low-order models in geophysical fluid dynamics and climatedynamics. Nonlinear Analysis, Theory, Methods & Applications, 30-7, 4607-4618.
38. Horinouchi, T. and S. Yoden, 1998: Wave-mean flow interaction associated with a QBO-likeoscillation simulated in a simplified GCM. J.Atmos.Sci., 55-4, 502-526.
39. Yamane, S. and S. Yoden, 1998: Low-frequency variations and optimal excitation in a simple
barotropic model with zonal asymmetry. J.Met.Soc.Japan, 76-4, 561-580.
40. Yoden, S., T. Yamaga, S. Pawson and U. Langematz, 1999: A composite analysis of the stratosphericsudden warmings simulated in a perpetual January integration of the Berlin TSM GCM.
J.Met.Soc.Japan, 77-2, 431-445.
41. Yoden, S., K. Ishioka, Y.-Y. Hayashi and M. Yamada, 1999: A further experiment on two-dimensional
decaying turbulence on a rotating sphere. Il Nuovo Cimento C, 22-6, 803-812.
42. Ishioka, K., M. Yamada, Y.-Y. Hayashi and S. Yoden, 2000: Technical approach for the design of ahigh-resolution spectral model on a sphere: Application to decaying turbulence. Nonlinear Processes
in Geophysics, 7, 105-110.
43. Hayashi, Y.-Y., K. Ishioka, M. Yamada and S. Yoden, 2000: Emergence of circumpolar vortex in two
dimensional turbulence on a rotating sphere. Proceedings of the IUTAM Symposium on Developmentsin Geophysical Turbulence (Fluid Mecahnics and Its Applications Vol.58), R.M. Kerr and Y. Kimura
Eds., Kluwer Academic Pub., 179-192.
44. Yamane, S. and S. Yoden, 2001: Finite-time evolution of small perturbations superposed on a chaotic
solution: Experiment with an idealized barotropic model. J.Atmos.Sci., 58-9, 1066-1078.
45. Yoden, S. and M. Taguchi, 2001: Numerical experiments on intraseasonal and interannual variationsof the troposphere-stratosphere coupled system. IUTAM Symposium on Advances of Atmosphere andOcean Dynamics (Fluid Mechanics and Its Applications Vol.61), P.F. Hodnett Ed., Kluwer AcademicPub., 285-290.
46. Mizuta, R. and S. Yoden, 2001: Chaotic mixing and transport barriers in an idealized stratosphericpolar vortex. J.Atmos.Sci., 58-17, 2616-2629.
47. Taguchi, M., T. Yamaga and S. Yoden, 2001: Internal variability of the troposphere-stratosphere
coupled system simulated in a simple global circulation model. J.Atmos.Sci., 58-21, 3184-3203.
48. Yoden, S., M. Taguchi and Y. Naito, 2002: Numerical studies on time variations of thetroposphere-stratosphere coupled system. J.Met.Soc.Japan, 80-4B, 811-830.
49. Taguchi, M. and S. Yoden, 2002: A parameter-sweep experiment on the annular variability with asimple global circulation model. J.Met.Soc.Japan, 80-4B, 1077-1088.
50. Yoden, S., K. Ishioka, M. Yamada and Y.-Y. Hayashi, 2002: Pattern formation in two-dimensional
turbulence on a rotating sphere. "Statistical Theories and Computational Approaches to Turbulence" Y.
Kaneda and T. Gotoh Eds., Springer-Verlag, Tokyo, 317-326.

51. Taguchi, M. and S. Yoden, 2002: Internal interannual variability of the troposphere-stratosphere
coupled system in a simple global circulation model. Part I: Parameter sweep experiment. J.Atmos.Sci.,
59-21, 3021-3036.
52. Taguchi, M. and S. Yoden, 2002: Internal interannual variability of the troposphere-stratosphere
coupled system in a simple global circulation model. Part II: Millennium integrations. J.Atmos.Sci.,
59-21, 3037-3050.
53. Mizuta, R. and S. Yoden, 2002: Interannual variability of the 4-day wave and isentropic mixing inside
the polar vortex in midwinter of the Southern Hemisphere upper stratosphere. J.Geophys.Res.,
107-D24, 4798, doi:10.1029/2001JD002037
54. Naito, Y., M. Taguchi and S. Yoden, 2003: A parameter sweep experiment on the effects of theequatorial QBO on stratospheric sudden warming events. J.Atmos.Sci., 60-11, 1380-1394.
55. Nishizawa, S. and S. Yoden, 2004: A parameter sweep experiment on topographic effects on theannular variability. J.Met.Soc.Japan, 82-3, 879-893.
56. Hio, Y. and S. Yoden, 2004: Quasi-periodic variations of the polar vortex in the Southern Hemispherestratosphere due to wave-wave interaction. J.Atmos.Sci., 61-21, 2510-2527.
57. Hio, Y. and S. Yoden, 2005: Interannual variations of the seasonal march in the Southern Hemispherestratosphere for 1979-2002 and characterization of the unprecedented year 2002. J.Atmos.Sci., 62-3,567-580.
58. Naito, Y. and S. Yoden, 2005: A statistical analysis on the effects of the equatorial QBO on theextratropical stratosphere and troposphere based on large samples of daily data. SOLA, 1, 17-20,
doi:10.2151/sola.2005-005
59. Nishizawa, S. and S. Yoden, 2005: Distribution functions of a spurious trend in a finite length data set
with natural variability: Statistical considerations and a numerical experiment with a global circulation
model. J.Geophys.Res., 110, D12105, doi:10.1029/2004JD005714.
60. Sugimoto, N., K. Ishioka and S. Yoden, 2005: Froude number dependence of gravity wave radiationfrom unsteady rotational flow in f-plane shallow water system. Theoretical and applied mechanics
Japan, 54, 299-304.
61. Otsuka, S. and S. Yoden, 2005: Numerical experiments on the layered structures in themid-troposphere over the equatorial pacific. SOLA, 1, 69-72, doi:10.2151/sola.2005-019
62. Hasegawa, J., K. Ishioka and S. Yoden, 2006: Asymmetrization of jet profiles in β-plane turbulence.
Proceedings of the IUTAM Symposium on Elementary Vortices and Coherent Structures:Significancein Turbulence Dynamics (Fluid Mechanics and Its Applications Vol.79), S. Kida Ed., Springer,
207-211.
63. Naito, Y. and S. Yoden, 2006: Behavior of planetary waves before and after stratospheric sudden
warming events in several phases of the equatorial QBO. J.Atmos.Sci., 63-6, 1637-1649.
64. Thalongsengchanh, P., T.W. Hadi, M. Niwano, S. Otsuka and S. Yoden, 2006: An experimental
numerical weather prediction in Indochina region with a meso-scale model. Annuals of Disas. Prev.
Res. Inst. Kyoto Univ., 49-B, 459-465.
65. Ishioka, K., J. Hasegawa and S. Yoden, 2007: Asymmetrization mechanism of jet profiles in decaying

β-plane turbulence. J.Atmos.Sci., 64, in press.
66. Hio, Y. and S. Yoden, 2007: A parameter sweep experiment on quasi-periodic variations of a polar
vortex due to wave-wave interaction in a spherical barotropic model. J.Atmos.Sci., 64, in press.