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Content material:
Chapter 1 creation to big factor on Granites and Rhyolites: A remark for the Nonspecialist (pages 10131–10135): Fred Barker
Chapter 2 A precis of the Geology and Petrology of the Sierra l. a. Primavera, Jalisco, Mexico (pages 10137–10152): Gail A. Mahood
Chapter three Gradients in Silicic Magma Chambers: Implications for Lithospheric Magmatism (pages 10153–10192): Wes Hildreth
Chapter four Partitioning of infrequent Earths and different hint components among Sanidine and Coexisting Volcanic Glass (pages 10193–10199): William P. Leeman and David W. Phelps
Chapter five Volcanic Ash Beds: Recorders of higher Cenozoic Silicic Pyroclastic Volcanism within the Western usa (pages 10200–10222): Fred Barker
Chapter 6 Pleistocene High‐Silica Rhyolites of the Coso Volcanic box, Inyo County, California (pages 10223–10241): Charles R. Bacon, Ray Macdonald, Robert L. Smith and Philip A. Baedecker
Chapter 7 The Mineralogy and Chemistry of the Anorogenic Tertiary Silicic Volcanics of S.E. Queensland and N.E. New South Wales, Australia (pages 10242–10256): A. Ewart
Chapter eight Petrogenesis of Oceanic Andesites (pages 10273–10286): Sven Maaløe and Tom Svane Petersen
Chapter nine Gravity and Thermal versions for the dual Peaks Siliclc Volcanic heart, Southwestern Utah (pages 10287–10302): Fred Barker
Chapter none Gravity and Thermal versions for the dual Peaks Siliclc Volcanic middle, Southwestern Utah (pages 10287–10302): Fred Barker
Chapter 10 past due Cenozoic Volcanism at dual Peaks, Utah: Geology and Petrology (pages 10303–10320): H. R. Crecraft, W. P. Nash and S. H. Evans
Chapter eleven Geochemistry and Petrology of Mid‐Tertiary Ash stream Tuffs from the Sierra El Virulento sector, jap Chihuahua, Mexico (pages 10321–10334): Elizabeth J. Moll
Chapter 12 3 S‐Type Volcanic Suites From the Lachlan Fold Belt, Southeast Australia (pages 10335–10348): D. Wyborn, B. W. Chappell and R. M. Johnston
Chapter thirteen Calderasin The Precambriante Rrane of the ST. Francois Mountains, Southeastern Missouri (pages 10349–10364): J. Ronald aspects, M. E. Bickford, R. D. Shuster and R. L. Nusbaum
Chapter 14 Chemical Evolution of Magmas within the Proterozoic Terrane of the ST. Francois Mountains, Southeastern Missouri 1. box, Petrographic, and significant aspect information (pages 10365–10386): M. E. Bickford, J. R. aspects and R. L. Cullers
Chapter 15 Chemical Evolution of Magmas within the Proterozoic Terrane of the St. Francois Mountains, Southeastern Missouri (pages 10388–10401): R. L. Cullers, R. J. Koch and M. E. Bickford
Chapter sixteen Contrasting Evolution of Calc‐Alkalic Volcanic and Plutonic Rocks of Western Chihuahua, Mexico (pages 10402–10410): W. C. Bagby, okay. L. Camero and M. Cameron
Chapter 17 part Relationships of I‐Type Granite With H20 to 35 Kilobars: The Dinkey Lakes Biotite‐Granite From the Sierra Nevada Batholith (pages 10412–10422): Charles R. Stern and Peter J. Wyllie
Chapter 18 The Redskin Granite: proof for Thermogravitational Diffusion in a Precambrian Granite Batholith (pages 10423–10430): Steve Ludington
Chapter 19 Chemistry of Rock‐Forming Minerals of the Cretaceous‐Paleocen Beatholith in Southwestern Japan and Implications for Magma Genesis (pages 10431–10469): Gerald ok. Czamanske, Shunso Ishihara and Steven A. Atkin
Chapter 20 A Neodymium and Strontium Isotopic learn of the Mesozoic Calc‐Alkaline Granitic Batholiths of the Sierra Nevada and Peninsular levels, California (pages 10470–10488): Donald J. Depaolo
Chapter 21 Petrology and Geochronology of Metamorphosed Volcanic Rocks and a center Cretaceous Volcanic Neck within the East‐Central Sierra Nevada, California (pages 10489–10501): Ronald W. Kistler and Samuel E. Swanson
Chapter 22 Caledonian Plutonism in Britain: A precis (pages 10502–10514): Fred Barker
Chapter 23 part Relationships of S‐Type Granite With H20 to 35 kbar: Muscovite Granite From Harney height, South Dakota (pages 10515–10529): W. L. Huang and P. J. Wyllie
Chapter 24 the recent England Batholith, jap Australia: Geochemical adaptations in Time and area (pages 10530–10544): S. E. Shaw and R. H. Flood
Chapter 25 Manaslu Leucogranite: A Collision Signature of The Himalaya A version for Its Genesis and Emplacement (pages 10545–10568): Patrick Le Fort
Chapter 26 Hybrid Granodiorites Intruding the Accretionary Prism, Kodiak, Shumagin, and Sanak Islands, Southwest Alaska (pages 10569–10590): Malcolm Hill, Julie Morris and Joseph Whelan
Chapter 27 Petrogenesis of Garnet Two‐Mica Granites within the Ruby Mountains, Nevada (pages 10591–10606): R. W. Kistler, E. D. Ghent and J. R. O'neil
Chapter 28 Two‐Mica Granites of Northeastern Nevada (pages 10607–10616): Donald E. Lee, Ronald W. Kistler, Irving Friedman and Richard E. Van Loenen
Chapter 29 The past due Archaean QÒrqut Granite complicated of Southern West Greenland (pages 10617–10632): Michael Brown, C. R. L. pal, V. R. McGregor and W. T. Perkins
Chapter 30 Seismic Reflections From the Basal Contacts of Batholiths (pages 10633–10638): Heloise B. Lynn, Laura D. Hale and George A. Thompson

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Example text

The data presentedin Figure I are prntrusiveproductsand by eruptive lifetimescommonlyin excess cipallya frameworkfor discussion, and the sheetsselectedas of 106years. examplesreflectlittle morethan the availabilityof my own or publisheddata. Other patterns of compositionalzonation Temperature probablyexist,sothe discussion hereis only a progressreport. Aside alkalinity, but trace-elementgradientsare progressivelystee- from the units for which points are actually plotted, each data per in more alkalic and in high-silicasystems(Figure 2).

Ascentof bubblesin the aftermathof eruptive mina by less than 1 wt. %. (2) Several elements especially leaks cannot be excluded as a transient mechanism, nor can likely to form complexions, Nb, Ta, As, Sb, Mo, W, Th, and transportof H20 andothercomponents by CO2-richbubbles U, were stronglyenrichedroofward. The relativeimportance of diffusive of magnitudeor more. (5) Na was enrichedupward along andvapor-phase transport will be takenup againbelowafter with Li, Rb, Cs, T1, and Pb, all being antithetic to K.

Otherkindsof gradients in magmachambers. ' GRADIENTS IN SILICIC MAGMA CHAMBERS 10161 -lO -i5 _20 I , ,t I 700 -' LCT , I , 800 I 900 • I , 1000 TøC Fig. 3. Thick linesare the trendsdefinedby 20 to 80 samples eachfrom the followingunits:BT, BishopTuff [Hildreth,1977];K, 1912eruptionin the Valley of Ten ThousandSmokes [Hildrethand Grunder,1980];M, climacticeruptionof Mt. Mazama (W. Hildreth, unpublisheddata, 1976);LCT and HRT Lava CreekTuff and HuckleberryRidge Tuff, Yellowstone(Christiansen and Blank [1972];W.

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