1. Preface

   • Rudolph Dvorak
   • Jacques Henrard

   EditorialNotes Pages: ix - ix

2. Integration error over very long time spans

   • Andrea Milani
   • Anna M. Nobili

   Long Term Evolution of Planetary Systems Pages: 1 - 34

3. Alternative representation of planetary perturbations

   • Carol Williams

   Long Term Evolution of Planetary Systems Pages: 35 - 35

4. Fitting a line to a sine

   • J. Laskar
   • J. L. Simon

   Long Term Evolution of Planetary Systems Pages: 37 - 45

5. Stable planetary orbits around one component in nearby binary stars

   • D. Benest

   Long Term Evolution of Planetary Systems Pages: 47 - 53

6. Planet X — The current status

   • P. K. Seidelmann
   • R. S. Harrington

   Long Term Evolution of Planetary Systems Pages: 55 - 68

7. On resonance

   • S. Ferraz-Mello

   Long Term Evolution of Planetary Systems Pages: 69 - 89

8. The 3/2 resonance

   • A. Lemaitre
   • J. Henrard

   Long Term Evolution of Planetary Systems Pages: 91 - 98

9. Sweeping through a second order resonance

   • Jacques Henrard
   • Anne de Vleeschauwer

   Long Term Evolution of Planetary Systems Pages: 99 - 112

10. Secular resonances: New results

    • Ch. Froeschlé
    • H. Scholl

    Long Term Evolution of Planetary Systems Pages: 113 - 117

11. Normal CO-ordinates and asymptotic expansions in resonance cases in celestial mechanics

    • P. J. Message

    Long Term Evolution of Planetary Systems Pages: 119 - 125

12. The critical inclination problem — 30 years of progress

    • A. H. Jupp

    Long Term Evolution of Planetary Systems Pages: 127 - 138

13. Limits of predictability of gravitational systems

    • Victor Szebehely

    Long Term Evolution of Planetary Systems Pages: 139 - 145

14. Short and long period orbits

    • G. Contopoulos

    Long Term Evolution of Planetary Systems Pages: 147 - 162

15. Stability of particle orbits

    • E. Keil

    Long Term Evolution of Planetary Systems Pages: 163 - 176

16. A small example of Arnold diffusion

    • C. Marchal
    • F. Rannou-Montigny

    Long Term Evolution of Planetary Systems Pages: 177 - 184

17. Area-preserving Poincaré mappings of the unit disk

    • Wolfram Neutsch
    • Josef Kallrath

    Long Term Evolution of Planetary Systems Pages: 185 - 191

18. Two-body motion in the post-Newtonian approximation

    • D. L. Richardson
    • T. J. Kelly

    Long Term Evolution of Planetary Systems Pages: 193 - 210

19. The general Kepler equation and its solutions

    • P. Stumpff

    Long Term Evolution of Planetary Systems Pages: 211 - 222

20. Integration theory for the restricted three-body-problem with application to P-type orbits

    • J. Hagel

    Long Term Evolution of Planetary Systems Pages: 223 - 236

21. Physical time and astronomical “time”

    • Heinrich Eichhorn

    Long Term Evolution of Planetary Systems Pages: 237 - 241

22. Cometary dynamics

    • Hans Rickman
    • Claude Froeschlé

    Long Term Evolution of Planetary Systems Pages: 243 - 263

23. Monte Carlo modelling of cometary dynamics

    • Claude Froeschlé
    • Hans Rickman

    Long Term Evolution of Planetary Systems Pages: 265 - 284

24. Orbital evolution studies of planet-crossing asteroids

    • Gerhard Hahn
    • Claes-Ingvar Lagerkvist

    Long Term Evolution of Planetary Systems Pages: 285 - 302

25. Long periodic perturbations of Trojan asteroids

    • B. Érdi

    Long Term Evolution of Planetary Systems Pages: 303 - 308

26. Resonant asteroids between the main belt and Jupiter's orbit

    • J. Schubart

    Long Term Evolution of Planetary Systems Pages: 309 - 317

27. On the past orbital history of comet P/Halley

    • A. Carusi
    • L. Kresák
    • G. B. Valsecchi

    Long Term Evolution of Planetary Systems Pages: 319 - 322

28. Long term evolution of comet Halleys orbit

    • R. Dvorak
    • J. Kribbel

    Long Term Evolution of Planetary Systems Pages: 323 - 323

29. On the stochasticity of Halley like comets

    • Claude Froeschlé
    • Robert Gonczi

    Long Term Evolution of Planetary Systems Pages: 325 - 330

30. Long-term evolution of the orbits of natural satellites

    • L. Duriez

    Long Term Evolution of Planetary Systems Pages: 331 - 348

31. Elliptical Hill's problem (large and small impact parameters)

    • M. Moons
    • F. Delhaise
    • E. Depaepe

    Long Term Evolution of Planetary Systems Pages: 349 - 359

32. New results on the possible chaotic motion of Enceladus

    • M. Karch
    • R. Dvorak

    Long Term Evolution of Planetary Systems Pages: 361 - 369

33. Periodic orbits of the planetary type and their stability

    • John D. Hadjidemetriou

    Long Term Evolution of Planetary Systems Pages: 371 - 390

34. Stability of periodic resonance-orbits in the elliptic restricted 3-body problem

    • J. Kribbel
    • R. Dvorak

    Long Term Evolution of Planetary Systems Pages: 391 - 398

35. Bounded orbits in the elliptic restricted three-body problem

    • Josef Kallrath

    Long Term Evolution of Planetary Systems Pages: 399 - 408

36. Discussion of current status of planet X

    • P. K. Seidelmann
    • C. A. Williams

    Long Term Evolution of Planetary Systems Pages: 409 - 412

37. Relation between small bodies: Discussion

    • Hans Rickman

    Long Term Evolution of Planetary Systems Pages: 413 - 416

38. Predictability in dynamical systems

    • Heinrich Eichhorn

    Long Term Evolution of Planetary Systems Pages: 417 - 420

39. Call for papers

    Announcement Pages: 421 - 421

40. Announcement

    Announcement Pages: 422 - 422