Trace Elements in Igneous Petrology - 1st Edition - ISBN: 9780444416582, 9781483289595

Trace Elements in Igneous Petrology, Volume 5

1st Edition

A Volume in Memory of Paul W. Gast

Editors: C.J. Allègre S.R. Hart
eBook ISBN: 9781483289595
Imprint: Elsevier Science
Published Date: 1st January 1979
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Table of Contents


Quantitative Models of Trace Element Behavior in Magmatic Processes

1. Introduction

2. Historical Developments

3. Quantitative Models for Trace Elements

4. Partition Coefficients

5. Process Identification

6. Parameter Determination and Inverse-Problem Solution

7. Conclusions



The Application of Trace Elements to the Petrogenesis of Igneous Rocks of Granitic Composition

1. Introduction

2. Use of Mineral/Melt Distribution Coefficients in Petrogenesis

3. Residual Minerals in Granitic Melts

4. Trace Element Modeling

5. Late-Stage Residual Fluids

6. Examples of Petrogenetic Interpretations for Granitic Rocks

7. Geodynamics and Tectonic Setting



An Assessment of Local and Regional Isotopic Equilibrium in the Mantle

1. Introduction

2. The Scale of Isotopic Disequilibrium

3. Evidence Based on Analytical Data from Volcanic Rocks

4. Limits on the Phlogopite and Potassium Content of the Mantle

5. Phlogopite Stability

6. Evidence Derived from Time Constraints

7. Fractional Crystallization

8. Evidence for Mineral Disequilibrium

9. Application of Kinetic Data



Isotopic Composition of Lead in Oceanic Basalt and its Implication to Mantle Evolution

1. Introduction

2. Background for Lead Isotope Tracer Studies

3. Uranium, Thorium, and Lead Concentrations in Basalts

4. Sea Water Alteration

5. Lead in Basalts from the Island of Hawaii

6. Thorium-Uranium-Lead Systematics of Basalts from Reykjanes Ridge

7. Lead Isotopic Compositions in Abyssal Basalts

8. Disequilibrium Partial Melting

9. Mantle Evolution Model

10. Conclusions



Strontium Isotopes in Basalts from the Pacific Ocean Basin

1. Introduction

2. Data and Discussion

3. Conclusions


Trace Elements in Ocean Ridge Basalts

1. Introduction

2. Commonly Assumed Petrologic Constraints

3. Trace Elements in Ocean Ridge Basalts

4. Variations in Ocean Ridge Basalt Chemistry

5. Comparison of Ocean Ridge Basalts with Other Terrestrial Basalts: Large Ion Lithophile Elements

6. Conclusions



Factors Controlling the Noble Gas Abundance Patterns of Deep-Sea Basalts

1. Introduction

2. Physical Processes Affecting Noble Gas Composition

3. Applications to Noble Gas Measurements of Glassy Deep-Sea Basalts

4. Conclusions



Ultramafic Inclusions from San Carlos, Arizona: Petrologic and Geochemical Data Bearing on their Petrogenesis

1. Introduction

2. Basanites

3. Group I Inclusions

4. Group II Inclusions

5. Transitional Inclusions

6. Summary of Inclusions



Oxygen and Hydrogen Isotope Studies of Plutonic Granitic Rocks

1. Introduction

2. Isotopically Normal Granitic Rocks

3. Interactions Between Meteoric Groundwaters and Igneous Intrusions

4. Cordilleran Batholiths of Western North America

5. High-18O Granitic Rocks

6. Conclusions



Early Archaean Rocks and Geochemical Evolution of the Earth's Crust

1. Introduction

2. Occurrence of Early Archaean Crustal Remnants

3. The Geochemistry and Petrogenesis of Archaean Rocks

4. Composition of Archaean Mantle

5. Concluding Remarks



Lead Isotopes in Archaean Plutonic Rocks

1. Introduction

2. Africa

3. Greenland

4. North America

5. Australia

6. Summary and Conclusions


Trace Elements and Anorthosite Genesis

1. Introduction

2. Strontium and Barium in Plagioclase

3. Potassium and Rubidium

4. Rare Earth Elements

5. Transition Elements

6. Strontium Isotopic Composition

7. Oxygen Isotopic Composition

8. General Conclusions




Trace Elements in Igneous Petrology, 5: Developments in Petrology: A Volume in Memory of Paul W. Gast focuses on the contributions and influence of Gast in petrology, including crystallization, magmatic processes, isotopic composition, and ocean ridge basalt chemistry.

The selection first takes a look at quantitative models of trace element behavior in magmatic processes; application of trace elements to the petrogenesis of igneous rocks of granitic composition; and an assessment of local and regional isotopic equilibrium in the mantle. Discussions focus on evidence derived from time constraints, scale of isotopic disequilibrium, fractional crystallization, trace element modeling, geodynamics and tectonic setting, partition coefficients, quantitative models for trace elements, and parameter determination and inverse-problem solution. The publication then examines the isotopic composition of lead in oceanic basalt and its implication to mantle evolution; strontium isotopes in basalts from the Pacific Ocean basin; and trace elements in ocean ridge basalts. Concerns cover variations in ocean ridge basalt chemistry, trace elements in ocean ridge basalts, disequilibrium partial melting, seawater alteration, background for lead isotope tracer studies, and uranium, thorium, and lead concentrations in basalts. The book examines trace elements and anorthosite genesis, lead isotopes in Archaean plutonic rocks, early Archaean rocks and geochemical evolution of the earth's crust, and factors controlling the noble gas abundance patterns of deep-sea basalts.

The selection is a valuable source of data for researchers interested in petrology.


© Elsevier Science 1978
Elsevier Science
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About the Editors

C.J. Allègre Editor

S.R. Hart Editor