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Introduction (K.C. Condie). 1. Volcanic Rocks of Early Proterozoic Greenstone Belts (T.E. Smith). 2. The Proterozoic Ophiolite Problem (H.H. Helmstaedt, D.J. Scott). 3. Proterozoic Rifts (J.C. Green). 4. Geochemistry and Significance of Mafic Dyke Swarms in the Proterozoic (J. Tarney). 5. Tectonic Setting of Proterozoic Layered Intrusions with Special Reference to the Bushveld Complex (G. von Gruenewaldt, R.E. Harmer). 6. Proterozoic Anorthosite Complexes (R.A. Wiebe). 7. The Role of Anorogenic Granites in the Proterozoic Crustal Development of North America (J. Lawford Anderson, J. Morrison). 8. Proterozoic Granulite Terranes (S.L. Harley). 9. Xenoliths in Proterozoic Crust: Evidence for Reworking of the Lower Crust (J. Ruiz). 10. Proterozoic Iron-Formations (C. Klein, N.J. Beukes). 11. Proterozoic Collisional and Accretionary Orogens (B.F. Windley). 12. Proterozoic Terranes and Continental Accretion in Southwestern North America (K.C. Condie). 13. Isotopic Studies of Proterozoic Crustal Growth and Evolution (P.J. Patchett). References Index. Subject Index.
As a final product of the International Geological Correlation Program (IGCP) Project 217, this volume brings together significant advances in the understanding of Proterozoic crustal evolution. This IGCP Project focussed on nine research objectives: 1) Comparison of Archean and Proterozoic supracrustal assemblages to more fully understand differences between Archean and post-Archean tectonic regimes; 2) To more fully understand the geochemical differences between Archean and post-Archean sediments and to evaluate the various factors that control sediment composition; 3) From combined U/Pb zircon and whole-rock Sm/Nd studies, to see if the apparent 2.4-2.0 continental crust "generation gap" is real; 4) To employ new techniques in the dating of individual zircons to more fully understand Proterozoic tectonic history and the role of crustal reworking; 5) From trace element ratios and Nd isotopic data from basalts, to better understand Proterozoic mantle evolution; 6) To encourage more detailed studies of the anorogenic granite-anorthosite association to better understand its origin and significance in terms of crustal evolution; 7) From combined Nd, Pb, and Sr isotopic data, to more precisely estimate the amount of new continental crust formed during the Proterozoic; 8) To encourage joint P-T and geochronological studies of Proterozoic and high-grade terranes to better understand Proterozoic orogenesis: and 9) To try and understand why hydrothermal precious metal deposits are relatively rare in the Proterozoic compared to both the Archean and the Phanerozoic.
The book should be of interest to professionals in the geosciences (especially geochemists, petrologists and structural geologists) and graduate students in the same fields.
- No. of pages:
- © Elsevier Science 1992
- 3rd February 1993
- Elsevier Science
- eBook ISBN:
@qu:This volume is definitely an excellent reference book. I highly recommend it to all serious workers and libraries. @source:Tectonophysics @qu:Kent Condie has edited a welcome time-saver - a volume that provides a good general review of the problems of the Proterozoic... the volume provides some excellent summaries of active areas of research, and should provoke both thought and interest. @source:Nature @qu:This book has been written by well known and practised students of the Precambrian and should provide a valuable up-to-date review of Precambrian research. @source:Australian Mineral Foundation Inc.
Department of Geosciences, New Mexico Tech, Socorro, NM 87801, USA
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