Part 1: 1. Solar-Terrestrial Environment (A. C.-L. Chian and Y. Kamide). 2. The Solar Interior - Radial Structure, Rotation, Solar Activity Cycle ( A. Brandenburg). 3. Solar Atmosphere (E. R. Priest). 4. How the Corona of the Sun Becomes the Solar Wind (E. N. Parker). 5. Magnetosphere (M. Schulz). 6. Ionosphere (P.-L. Blelly and D. Alcaydé). 7. Thermosphere (S. Kato). Part 2: 8. Space Plasmas (C. Uberoi). 9. Reconnection in the Earth's Magnetosphere (A. Nishida). 10. Nonlinear Processes in Space Plasmas (L. Stenflo and P. K. Shukla). Part 3: 11. Coronal Mass Ejections (P. J. Cargill and L. K. Harra). 12. Solar Radio Emissions(J. L. Bougeret and M. Pick). 13. The Aurora (B. Hultqvist). 14. Substorms (G. Rostoker). 15. Geomagnetic Storms (Y. Kamide and Y. P. Maltsev). 16. Ultra Low Frequency Waves in the Magnetosphere (U. Villante). 17. Space Weather (L. Lanzerotti). 18. Space Climatology (K. Labitzke). 19. Planetary Magnetospheres (M. G. Kivelson). 20. The Solar-Comet Interaction (D. A. Mendis)
From the reviews:
"The book is a solid, comprehensive ... text providing a full overview of solar-terrestrial science, pitched at the graduate student level. The book provides an excellent summary of the underlying physics controlling Sun-Earth connections, and it certainly merits a place on the bookshelf of an academic working in the field. ... is worthwhile for working solar-terrestrial physicists ... . If you are an ambitious graduate student and have decided you want to make a career in solar-terrestrial physics, then you might consider it ... ." (Andy Breen, EOS, Vol. 90 (11), March, 2009)