1. Preface

   • Jakob Flury
   • Reiner Rummel

   OriginalPaper 05 November 2005 Pages: 1 - 1

2. Geoid and Gravity in Earth Sciences – An Overview

   • R. Rummel

   OriginalPaper 05 November 2005 Pages: 3 - 11

3. Future Satellite Gravimetry for Geodesy

   • J. Flury
   • R. Rummel

   OriginalPaper 05 November 2005 Pages: 13 - 29

4. Challenges From Solid Earth Dynamics for Satellite Gravity Field Missions in the Post-Goce Era

   • Bert L. A. Vermeersen

   OriginalPaper 05 November 2005 Pages: 31 - 40

5. Time Variation In Hydrology and Gravity

   • J. Riegger
   • A. Güntner

   OriginalPaper 05 November 2005 Pages: 41 - 55

6. Future Gravity Missions and Quasi-steady Ocean Circulation

   • P. Legrand

   OriginalPaper 05 November 2005 Pages: 57 - 71

7. Future Benefits of Time-Varying Gravity Missions to Ocean Circulation Studies

   • Chris W. Hughes
   • Pascal Legrand

   OriginalPaper 05 November 2005 Pages: 73 - 81

8. Ice Mass Balance and Ice Dynamics from Satellite Gravity Missions

   • J. Flury

   OriginalPaper 05 November 2005 Pages: 83 - 91

9. Benefits to Studies of Global Sea Level Changes from Future Space Gravity Missions

   • Philip L. Woodworth

   OriginalPaper 05 November 2005 Pages: 93 - 102

10. Gravity and Topography of Moon and Planets

    • R. Rummel

    OriginalPaper 05 November 2005 Pages: 103 - 111

11. Science Requirements on Future Missions and Simulated Mission Scenarios

    • Nico Sneeuw
    • Jakob Flury
    • Reiner Rummel

    OriginalPaper 05 November 2005 Pages: 113 - 142

12. Impact of Limitations in Geophysical Background Models on Follow-on Gravity Missions

    • Ernst J. O. Schrama

    OriginalPaper 05 November 2005 Pages: 143 - 163

13. UN Basic Space Science Initiative for the International Heliophysical Year

    Announcement 05 November 2005 Pages: 165 - 165