Table Of Content

J. metamorphic Geol., 1997, 15, 797-800 Subject index East Antartica, 105 Eastern Ghats Granulite Belt, 719 Adula nappe, 687 Eastern Ghats, 551 advection—dispersio4n9,7 eastern Himalayan syntaxis, 451 Alpe Arami, 581 eclogite facies, 735 Alpine, 93 eclogit >. 93, 169, 239, 299, 401, 479, 665, 687 amphibole, 155 element mobility, 401 amphibolite facies metamorphism, 777 epizone, 323 Anchizone, 272 ; equilibrium phase diagram, 687 annealing experiment, 31| error propagation, 679 Antarctica, 361 evaluation of P—T conditions, 451 *Ar—°Ar, 7 35 exhumation, 735 Ar thermochronology, 283 ferric iron estimation, 679 Archaean, 253 field gradients, 513 Arunta Inlier, 613 fluid flow. 85, 345, 497 Austria, 203 fluid infiltration, 59 fluids, 141, 701 folding, 467 Barrovian, 223 Beinn an Dubhaich, Skye, 71 garnet diffusion modelling, 299 Bhutan Himalaya, 593 garnet peridotite, 581 biotite, 531 garnet zoning, 183, 421, 631, 645 Bitterroot, 753 garnet, 85, 223 Boehls Butte, 75 garnet—orthopyroxene geothermometry/barometry, 679 brittle-ductile transition, 777 geochemistry, 401 Buchan, 272 3 geochronology, 127 geothermobarometry, 581, 687 geothermometry, 3 calesilicate rocks, 361 grain-boundary migration, 311 calesilicate, 551 granulite metamorphism, 613 Caledonides, 665 granulite, 401 carbon isotopes, 497 granulites, 141, 203, 361, 701 Central Alps, 513, 581 graphite oxidation, 141 chemical equilibrium, 421 Grenville Province, 253 chemically zoned white micas, 531 China, 183 Harts Range, 613 coesite, 239 high P-T, 311 coesite-bearing eclogite, 183 high-P granulite, 451 contact metamorphism, 765 high-pressure metamorphic rocks, 17 continent—continent collision, 203 high-pressure, 239 cooling rates, 283 high-temperature decompression, 645 cooling. 105 Himalayan metamorphism, 593 core complex, 753 Himalayan tectonics, 451 coronal metagabbro, 183 Holsnoy, Norway, 401 crustal contraction, 719 hydrothermal circulation, 71 crustal extension, 645 crystallite size, 267 Iberian Massif, 645 crystallization mechanisms, 29, 45 illite crystallinity, 267 crystallization, 42] inclusion trail axes of curvature, 467 crystallization—hydration reactions, 14] incongruent melting, 141 intergranular diffusion, 421 Dabieshan, 239 internal buffering, 551 decompression reactions, 593 intracrystalline diffusion, 631 decompression, 105 isograd reactions, 531 deformation, 345, 53 deformation—fluid flow coupling, K-feldspar lamellae. 479 diagenetic zone, 323 KMnFMASH, 223 diamond, 479 Kodaikanal Massif, southern India, 379 diaspore, 17 Kotchetav Massif, 479 diffusive equilibration, 679 disequilibrium, 581 lattice strain, 267 Durness Limestone, 7] Llano Uplift, 631 © Blackwell Science Inc., 0263-4929/97/$14.00 Journal of Metamorphic Geology, Volume 15, Number 6, 1997, 79 800 THOR INDEX magma invasion, 7 Sakhalin, 565 marble, 169 Salur gneiss complex, 719 medium- to low-P granulites, 105 sapphirine granulite, 253 melting, 645 sapphirine-bearing MgAl granulites, 379 metabasites, 565 scapolite, 361 metacarbonates, 59 self-organization, 765 metamorphic P-T path, 719 Seve Nappes, 665 metamorphism, 127, 155 SHRIMP, 735 metapelite, 645 siliceous dolostones. 765 metastable persistance, 183 Sm-Nd garnet dating, 439 migmatites, 105 Sm-—Nd, 735 mineral textures, 59 South Africa, 253 miscibility gap, 3 south-eastern Alaska, 439 modelling, 497 stable isotope, 93 Moldanubian zone, 203 stable Isotopes, 71 monazite, 3 sulphides, 701 Musgrave Block, 735 Su-Lu, 169 mylonite, 155 Susunai Complex, 565 synkinematic leucogranite, 593 non-rotated porphyroblasts, 467 normal grain growth, 311 TEM, 267 North Norway, 85 terrane analysis, 283 nucleation and growth, 85 thermobarometry, 513, 753 numerical model, 345 thermodynamic calculations, 17 titanite, 665 omphacite, 687 two-stage decompression path, 379 ophiolite, 93 oxides, 701] U/Pb ages, 665 oxygen barometry, 7 UHP, 479 Oxygen Isotopes, 4° ultra-high pressure (UHP), 169 ultra-high-pressure metamorphism, 183 Pan-African, 35 ultra-high-temperature metamorphism, 253, 379 partial melting. 105, 613 pelite, 223 very low grade metamorphism. 2$92432 Pelona Schist, |: Vincent thrust, 155 permeability, 345 petrogenetic grid, 593 water-deficient mylonites, 777 phengite, 239 Western Alps. 777 phyllosilicates, whiteschist. 479 polymetamorphic, 439 porphyroblast timing, 467 xenoliths in kimberlite, 235 porphyroblasts, 29, 45 xenotime, 3 Prince Charles Mountains, 361 X-ray tomography, 29, 45 prograde metamorphism, 565 XRD, 267 pseudotachylytes, 777 zircon, 127 P-T path, 169, 613, 645 P—-T-—1 path, 203 pumpellyite—actinolite facies, 565 Pyrenees, 531 Author index pyrophyllite, 17 Albrecht. L. see Essex, R. M. quantitative textural analysis, 29, 45 Andréasson, P.-G. see Essex, R. M quartz, 311 Andrehs, G. see Heinrich, W. Québec. 283 Arenas, R. see Escuder Viruete, J Arkai, P. see Jiang, W.-T. rapid cooling rates, 299 rapid exhumation rates, 299 Baker, J. M. see Mahar, E. M. reaction pathway, 183 Barnicoat, A. C. & Cartwright, I., The gabbro-—eclogite reaction texture, 551 transformation: an oxygen isotope and petrographic study of reaction textures, 361 west Alpine ophiolites, 93 REE, 3 Bell, T. H., Hickey, K. A. & Wang, J. Spiral and staircase inclusion regional metamorphism, 345 trail axes within garnet and staurolite porphyroblasts from retrogression, 141, 203, 361 schists of the Bolton Syncline, Connecticut: timing of reversal experiments, 17 porphyroblast growth and the effects of fold development. 467 Bhattacharya, A. see Mukhopadhyay, A. K Engi, M. see Todd, C. S Bowring,S . A. see House, M. A Ernst, W. G. see Zhang, R. Y Brenker, F. E. & Brey, G. P. Reconstruction of the exhumation path Escuder Viruete, J., Indares, A. & Arenas, R of the Alpe Arami garnet—peridotite body from depths exceeding determinations in the Tormes Gneissic Dome, NW 160 km, 581] Massif, Spain, 645 Brey.G . P. see Brenker,F . f Essex, R. M., Gromet, L. P., Andréasson, P.- Brown, M. see Raith, M Early Ordvician U-Pb metamorphic ages of tl ‘ Buick,1 . S. see Miller,J . A Seve Nappes. Northern Scandinavian Caledonides, 665 Camacho, A., Compston, W., McCulloch, M. & McDougall. | Fallick, A. E. see Holness, M. B. Timing and exhumation of eclogite facies shear zones, Musgrave Ferry.J . M. see Livi, K. J. T Block, central Australia, 735 Fountain,D . M. see Rockow, K. M arlson, C. & Powell, R. Garnet-orthopyroxene geothermometry Franz, G. see Heinrich, W and geobarometry: error propagation and equilibration effects, Frey, M. see Livi, K. J. 7 679 Fukuoka, M. see Sengupta, P arlson, W. & Schwarz, E. Petrological significance of prograde homogenizatin of growth zoning in garnet: an example from the Goldberg,S . A. see Stowell, H. H. Llano Uplift, 631 Grevel. K.-D. see Theye. T arlson, W. D. see Chernoff, W. D. Gromet, L. P. see Essex, R. M ‘arlson, W. D. see Denison,¢ Grujic, D. E. see Davidson,¢ arson,C . J., Powell, R., Wilson,C . J. L. Wilson & Dirks, P. H.G M. Partial melting during tectonic exhumation of a granulite Hansen,E . C. see Harlov, D. I terrane: an example from the Larsemann Hills, East Antarctica, Harley, S. L. see Dawson, J. B LOS Harlov, D. E., Newton, R. C., Hansen, E. C. & Janardhan, A. S arswell, D. A., O’Brien, P. J., Wilson, R. N. & Zhai, M Oxide and sulphide minerals in nigly oxidized, Rb-depleted. Thermobarometry of phengite-bearing eclogites in the Dabie Archaean granulites of the Shevaroy Hills Massif, South India Mountains of central China, 239 Oxidation states and the role of metamorphic fluids, 701 artwright see Miller, J. A. Haskin, L. A. see Rockow, K. M artwright, 1. & Weaver, T. R. Two-dimensional patterns of Heinrich, W., Andrehs, G. & Franz, G. Monazite—xenotime metamorphic fluid fiow and isotopic resetting in layered and miscibility gap thermometry. I. An empirical calibration, 3 fractured rocks, 497 Hickey, K. A. see Bell, T. H artwright,I . see Barnicoat, A. ¢ Hodges, K. V. see House, M. A esare, B. see Pennacchioni,G Holland, T. J. B. see Mahar, E. M hernoff, C. B. & Carlson, W. D. Disequilibrium for Ca during Hollister, L. S. see Davidson,¢ growth of pelitic garnet, 42] Holness, M. B. & Fallick, A. E. Paleeohydrology of the calesilicate hopin,C . see Theye. T. aureole of the Beinn an Dubhaich granite, Skye, Scotland oleman, R. G. see Zhang, R. Y a stable isotopic study. 71 ompston, W. see Camacho, A Holness, M. B. Fluid flow paths and mechanisms of fluid infiltration ook, N. D. J. see Stephenson, N.C. N in carbonates during contact metamorphism: the Beinn an Dubhaich aureole, Skye, 5‘ Dasgupta, S. see Sengupta, P Holness, M. B., Geochemical self-organization of olivine-grade Davidson,¢ . Grujic, D. E., Hollister, L. S. & Schmid, S. M contact metamorphosed chert nodules in dolomite marble, Metamorphic reactions related to decompression and Kilchrist. Skye, 765 synkinematic intrusion of leucogranite, High Himalayan House. M. A., Hodges, K. V. & Bowring, S. A. Petrological and Crystallines, Bhutan, 593 geochronological constraints on regional metamorphism along Dawson, J. B.. Harley. S. L., Rudnick, R. L. & Ireland, T. R the northern border of the Bitterroot batholith, 752 Equilibration and reaction in Archaean quartz—sapphirine Howell, N. see Mahar, E. M orraa nulite xenoliths from the Lace kimberlite pipe, South Africa, 252 Indares, A. see Escuder Viruete. J De Capitani, C. see Meyre, ¢ Ireland. T. R. see Dawson, J. B Dempster, T. J. & Tanner, P. W. G. The biotite isograd, Central Ishizuka, H. see Sakakibara, M Pyrenees: a deformation-controlled reaction, 531 Denison, C. & Carlson, W. D. Three-dimensional quantitative Jacobson, C. E. Metamorphic convergence of the upper and lower textural analysis of metamorphic rocks using high-resolution plates of the Vincent thrust, San Gabriel Mountains, southern computed X-ray tomography: Part II. Application to natural California, USA, 155 samples, 45 Janardhan, A. S. see Harlov, D. E. Denison, C., Carlson, W. D. & Ketcham, R. A. Three-dimensional Jiang, W.-T., Peacor, D. R., Arkai, P., Toth, M. & Kim, J. W. TEM quantitative textural analysis of metamorphic rocks using high- and XRD determination of crystallite size and lattice strain as a resolution computed X-ray tomography: Part I. Methods and function of illite crystallinity in pelitic rocks, 26 techniques, 29 Jolliff. B. L. see Rockow, K. M. Dirks, P. H. G. M. see Carson,C . J. Karmakar, S. see Raith, M Ehl, J. see Sengupta, P. Kato, T., Enami, M. & Zhai, M. Ultra-high-pressure (UHP) marble Enami, M. see Kato, T. and eclogite in the Su-Lu UHP terrane, eastern China, 169 800 SUBJECT/AUTHOR INDEX Ketcham, R. A. see Denison, C. Powell, R. see Carlson, C. Kim, J. W see Jiang, W.-T. Powell, R. see Carson, C. J. Kimura, G. see Sakakibara, M. Powell, R. see Mahar, E. M. Krogstad, E. J. see Mezger, K. Raith, M., Karmakar, S. & Brown, M. Ultra-high-temperature Liou, J. G. see Zhang, R. Y. metamorphism and multistage decompressional evolution of Liou, J. G. see Zhang, R. Y sapphirine granulites from the Palni Hill Ranges, southern India, Liu, Y. & Zhong, D. Petrology of high-pressure granulites from the 379 eastern Himalayan syntaxis, 451 Reynolds, P. see Martignole, J. Livi, K. J. T., Veblen, D. R., Ferry, J. M. & Frey, M. Evolution of Rockow, K. M., Haskin, L. A., Jolliff, B. L. & Fountain, D. M. 2: | layered silicates in low-grade metamorphosed Liassic shales Constraints on element mobility associated with the conversion of Central Switzerland, 323 of granulite to eclogite along fractures in an anorthositic complex on Holsnoy, Norway, 401 Mahar, E. M., Baker, J. M., Powell, R., Holland, T. J. B. & Howell, Rudnick, R. L. see Dawson, J. B. N. The effect of Mn on mineral stability in metapelites, 223 Sakakibara, M., Ofuka, H., Kimura, G., Ishizuka, H., Miyashita, S., Martignole, J. & Reynolds, P. *°Ar/*’Ar thermochronology along a Okamura, M. & Melinikov, O. A. Metamorphic evolution of the western Québec transect of the Grenville Province, Canada, 283 Susanai metabasites in southern Sakhalin, Russian Republic, 565 Masuda, T., Morikawa, T., Nakayama, Y. & Suzuki, S. Grain- boundary migration of quartz during annealing experiments at Sanyal, S. see Sengupta, P. high temperatures and pressures, with implications for Schmid, S. M. see Davidson, C. metamorphic geology, 31] Schwarz, E. see Carlson, W. McCulloch, M. see Camacho, A Sengupta, P., Sanyal, S., Dasgupta, S.. Fukuoka, M., Ehl, J. & Pal, McDougall, I. see Camacho, A. S. Controls of mineral reactions in high-grade garnet Melinikoy, O. A. see Sakakibara, M. wollastonite-scapolite-bearing calcsilicate rocks: an example Meyre, C., De Capitani, C. & Partzsch, J. H. A ternary solid from Anakapalle, Eastern Ghats, India, 551 solution model for omphacite and its application to Shatsky, V. see Zhang, R. Y. geothermobarometry of eclogites from the Middle Adula nappe Skelton, A. D. L. The effect of metamorphic fluid flow on the (Central Alps, Switzerland ), 687 nucleation and growth of garnets from Troms, North Norway, 85 Mezger, K. & Krogstad, E. J. Interpretation of discordant U-Pb Sobolev, N. V. see Zhang, R. Y. zircon ages: an evaluation, 127 Stephenson, N. C. N. & Cook, N. D. J Metamorphic evolution of Miller, J. A., Cartwright, I. & Buick, I. S. Granulite facies calcsilicate granulites near Battye Glacier, northern Prince metamorphism in the Mallee Bore area, northern Harts Range: Charles Mountains, East Antarctica, 361] implications for the thermal evolution of the eastern Arunta Stevens, G. Melting, carbonic fluids and water recycling in the deep Inlier, central Australia, 613 crust: an example from the Limpopo Belt, South Africa, 141 Miyashita, S. see Sakakibara, M. Stowell, H. H. & Goldberg, S. A. Sm—Nd garnet dating of polyphase Morikawa, T. see Masuda, T metamorphism: northern Coast Mountains, south-eastern Mukhopadhyay, A. K. & Bhattacharya, A. Tectonothermal Alaska, USA, 439 evolution of the gneiss complex at Salur in the Eastern Ghats Granulite Belt of India, 719 Tanner, P. W. G. see Dempster, T. J. Theye, T., Chopin, C., Grevel, K.-D. & Ockenga, E. The assemblage Nakayama, Y. see Masuda, T diaspore + quartz in metamorphic rocks: a petrological., Newton, R. C. see Harlov, D. E. experimental and thermodynamic study, 17 Todd, C. S. & Engi, M. Metamorphic field gradients in the Central O'Brien, P. J. see Carswell, D. A. Alps, 513 Ockenga, E. see Theye, T. Toth, M. see Jiang, W.-T. Ofuka, H. see Sakakibara, M Okamura, M. sce Sakakibara, M Veblen, D. R. see Livi, K. J. T. Oliver, N. H. S. see Ord, A Ord, A. & Oliver, N. H. S. Mechanical controls on fluid flow during Wang,J . see Bell, T. H. regional metamorphism: some numerical models, 345 Weaver, T. R. see Cartwright, I. Wilson,C . J. L. see Carson,C . J. Pal, S. see Sengupta, P Wilson, R. N. see Carswell, D. A. Partzsch,J . H. see Meyre,€ Peacor, D. R. see Jiang, W.-T. Zhai, M. see Carswell, D. A. Pennacchioni, G. & Cesare, B. Ductile-brittle transition in pre- Zhai, M. see Kato, T. Alpine amphibolite facies mylonites during evolution from Zhang, R. Y. & Liou, J. G. Partial transformation of gabbro to water-present to water-deficient conditions (Mont Mary nappe. coesite-bearing eclogite from Yangkou, the Sulu terrane, eastern Italian Western Alps), 777 China, 183 Perchuk, A. & Philippot, P. Rapid cooling and exhumation of Zhang. R. Y., Liou, J. G., Ernst, W. G., Coleman, R. G., Sobolev, eclogite rocks from the Great Caucasus, Russia, 299 N. V. & Shatsky, V. S. Metamorphic evolution of diamond- Petrakakis, K. Evolution of Moldanubian rocks in Austria: review bearing and associated rocks from the Kokchetav Massif, and synthesis, 203 northern Kazakhstan, 479 Philippot, P. see Perchuk, A. Zhong, D. see Liu, Y.