7 7/16 X 9 11/16 in 1. The earth's crust from a planetary perspective (R.L. Rudnick).
2. Composition of the continental crust (R.L. Rudnick, Shan Gao) .
3. Heat producing element distribution in the crust (C. Jaupart, J.-C. Mareschal).
4. Granites and intracrustal differentiation (M.P. Atherton).
5. Basalts and basaltic u nderplating (G.L. Farmer).
6. Volcanic exhalatives (C. Opp enheimer).
7. Rhyolites and explosive volcanism (G.A. Maho od).
8. Magma chamber chronology (M.R. Reid).
9. Fluid-Flow in the deep crust (J. Ague).
10. Geochemic al zoning in metamorphic minerals (M.J. Kohn).
11. Thermoc hronology of metamorphic belts (K. V. Hodges).
12. Contine ntal crust subduction and UHP metamorphism (D.R. Rumble III, J.G. Liou, B. Jahn).
13. Isotopic evolution and crustal growth histor y (P.J. Patchett).
14. Secular evolution of crust composit ion and the processes of its formation (C.J. Hawkesworth).
15. Ore deposits (P.A. Candela).
16. Active geothermal sy 9. Fluid-Flow in the deep crust. 10. Geochemical zoning in metamorphic minerals. 11. Thermochronology of metamorphic belts. 12. Continental crust subduction and UHP metamorphism. 13. Isotopic evolution and crustal growth history. 14. Secular evolution of crust composition and the processes of its formation. 15. Ore deposits. 16. Active geothermal systems. 17. Oceanic crust: MORB, gabbros and cumulates. 18. U-series studies and melt percolation models. 19. Hydrothermal alteration processes. 20. Oceanic plateaus. 21. Oceanic crust subduction. 22. Arcs (oceanic and continental).