American Mineralogist, Volume 88, pages i–x, 2003

2003 Author Index

Akaogi, M., see Sugawara and Akaogi, 1020 Baron, D., see Drouet et al., 1949 crystal-chemical characterization, 464 Alberti, A., Fois, E., and Gamba, A.: A mo- Barrès, O., see Pelletier et al., 1801 Bindi, L., see Bonazzi et al., 223 lecular dynamics study of the behavior of Barrett, S., see Bickmore et al., 709 Bindi, L., see Bonazzi et al., 1796 sodium in low albite, 1 Barron, L.M.: A simple model for the pres- Binu-Lal, S.S., see Santosh et al., 1689 Alcock, J., Myer, K., and Muller, P.D.: Three- sure preservation index of inclusions in Bird, D.K., see Fridriksson et al., 277 dimensional model of heat flow in the diamond, 1615 Bird, D.K., see Fridriksson et al., 1060 aureole of the Marcy anorthosite, Adiron- Barrón, V., Torrent, J., and Grave, E.: Hydroma- Bird, D.K., see Neuhoff et al., 410 dack Highlands, New York: Implications ghemite, an intermediate in the hydrother- Bish, D.L., see Dera et al., 1428 for depth of emplacement, 474 mal transformation of 2-line ferrihydrite Bish, D.L., see Fridriksson et al., 277 Allan, N.L., see Lavrentiev et al., 1522 into hematite, 1679 Bish, D.L., see Fridriksson et al., 1060 Allwardt, J.R., Lee, S.K., and Stebbins, J.F.: Bass, J.D., see Wang et al., 1608 Bish, D.L., see Hou et al., 167 Bonding preferences of non-bridging O at- Baxter, G., see Lesher et al., 1181 Bish, D.L., Vaniman, D.T., Chipera, S.J., and oms: Evidence from 17O MAS and 3QMAS Beane, R.J., see Bostick et al., 1709 Carey, J.W.: The distribution of zeolites and NMR on aluminate and low-silica Beard, J.S., see Tracy and Beard, 740 their effects on the performance of a nuclear Ca-aluminosilicate glasses, 949 Beaufort, D., see Fialips et al., 837 waste repository at Yucca Mountain, Ne- Alves, M.C.M., see Carvalho-e-Silva et al., Becker, U., Jambor, J., Lumpkin, G., and Pas- vada, U.S.A., 1889 876 teris, J.: Introduction to the Environmental Bismayer, U., see Shi et al., 1866 Amonette, J.E., see Wang et al., 398 Mineralogy Special Issue, 1843 Blum, J.D., see Utsunomiya et al., 1844 Amthauer, G., see Grodzicki et al., 481 Behrens, H., see Fechtelkord et al., 1046 Blundy, J.D., see McDade et al., 1825 Anand, M., see Taylor et al., 912 Behrens, H., see Fechtelkord et al., 47 Bodnar, R.J.: Presentation of the Mineralogical Anderson, I.M., see Hiraga et al., 1015 Behrens, H. and Schulze, F.: Pressure de- Society of America Dana Medal for 2002 Andrault, D., Angel, R.J., Mosenfelder, J.L., pendence of melt viscosity in the system to Michael F. Hochella Jr., 945

and Le Bihan, T.: Equation of state of NaAlSi3O8-CaMgSi2O6,1351 Boerio-Goates, J., see Majzlan et al., 846 stishovite to lower mantle pressures, 301 Benedetti, M., see Juillot et al., 509 Bohic, S., see Sanchez-Valle et al., 978 Angel, R.J., see Andrault et al., 301 Benna, P. and Bruno, E.: Single-crystal in Bonazzi, P., Bindi, L., and Parodi, G.: Gatelite- Argoul, P., see Muñoz et al., 694 situ high-temperature structural investi- (Ce), a new REE-bearing mineral from Tri- – Arletti, R., Ferro, O., Quartieri, S., Sani, A., gation of the I1-I2/c phase transition in mouns, French Pyrenees:

Tabacchi, G., and Vezzalin, G.: Structural Ca0.2Sr0.8Al2Si2O8 feldspar, 1532 and polysomatic relationships with epidote deformation mechanisms of zeolites under Benvenuti, M., see Costagliola et al., 1345 and törnebohmite-(Ce), 223 pressure, 1416 Berlepsch, P., Armbruster, T., Makovicky, Bonazzi, P., Bindi, L., Popova, V., Pratesi,

Armbruster, T., see Berlepsch et al., 450 E., and Topa, D.: Another step toward G., and Menchetti, S.: Alacranite, As8S9: Armbruster, T., see Di Pierro et al., 1817 understanding the true nature of sartorite: structural study of the holotype and re-as- Armbruster, T., see Döbelin and Armbruster, Determination and refinement of a ninefold signment of the original chemical formula, 527 superstructure, 450 1796 Armbruster, T., see Gnos et al., 189 Bermanec, V., Furić, K., Rajić, M., and Borda, M.J., Strongin, D.R., and Schoonen, Artioli, G., Geiger, C.A., and Dapiaggi, M.: Kniewald, G.: Thermal stability and vibra- M.A.: A vibrational spectroscopic study The crystal chemistry of julgoldite-Fe3+ tional spectra of the sheet borate tuzlaite, of the oxidation of pyrite by ferric ,

from Bombay, India, studied using syn- NaCa[B5O8(OH)2]·3H2O, 271 1318 chrotron X-ray powder diffraction and Bern, A.M., see Meeker et al., 1955 Bosbach, D., see Tournassat et al., 1989 57Fe Mössbauer spectroscopy, 1084 Bernardini, G.P., see Costagliola et al., 1345 Bostick, B.C., Jones, R.E., Ernst, W.G., Chen, Aubourg, C., see Cairanne et al., 1385 Bernasconi, S.M., see Di Pierro et al., 1817 C., Leech, M.L., and Beane, R.J.: Low-tem- Ayers, J.C., DeLaCruz, K., Miller, C., and Berry, A.J., OʼNeill, H.St.C., Jayasuriya, K.D., perature microdiamond aggregates in the Switzer, O.: Experimental study of zir- Campbell, S.J., and Foran, G.J.: XANES Maksyutov Metamorphic Complex, South

con coarsening in quartzite ±H2O at 1.0 calibrations for the oxidation state of iron Ural Mountains, Russia, 1709 GPa and 1000 °C, with implications for in a silicate glass, 967 Botella, V., see Timón et al., 1788 geochronological studies of high-grade Besson, P., see Cairanne et al., 1385 Bown, P.R., see Henriksen et al., 2040 metamorphism, 365 Bickmore, B.R., Rufe, E., Barrett, S., and Bozhilov, K.N., Green II, H.W., and Dobrzhi- Baier, M., see Okrusch et al., 986 Hochella Jr., M.F.: Measuring discrete netskaya, L.F.: Quantitative 3D measure- Balan, E., Mauri, F., Pickard, C.J., Farnan, feature dimensions in AFM images with ment of abundance in Alpe Arami I., and Calas, G.: The aperiodic states of image SXM, 709 olivine by confocal microscopy: Confirma- zircon: an ab initio molecular dynamics Bindi, L., Safonov, O.G., Yapaskurt, V.O., tion of high-pressure origin, 596 study, 1769 Perchuk, L.L., and Menchetti, S.: Ultrapo- Bozhilov, K.N., Jenkins et al., 1104 Balan, E., see Farnan et al., 1663 tassic clinopyroxene from the Kumdy-Kol Bracco, R., see Hughes et al., 1324 Bancroft, G.M., see Jackson et al., 890 microdiamond mine, Kokchetav Complex, Bradbury, S.E. and Williams, Q.: Contrasting Bancroft, G.M., see Nesbitt et al., 1279 Kazakhstan: Occurrence, composition and bonding behavior of two hydroxyl-bear-

i ii 2003 AUTHOR INDEX 2003 AUTHOR INDEX iii

ing metamorphic minerals under pressure: Calas, G., see Juillot et al., 509 and evaluation of thermodynamic data clinozoisite and topaz, 1460 Cámara, F., Carpenter, M.A., Domeneghetti, for morenosite-retgersite equilibria at 0.1 Brady, J.B., Cheney, J.T., Rhodes, A.L., M.C., and Tazzoli, V.: Coupling between MPa, 1943 Vasquez, A., Green, C., Duvall, M., non-convergent ordering and transition Choudary, B.M., see Parthasarathy et al.,

Kogut, A., Kaufman, L., and Kovaric, temperature in the C2/c × P21/c phase 1983 D.: Isotope geochemistry of Proterozoic transition in pigeonite, 1115 Cipriani, C., see Costagliola et al., 1345 talc occurrences in Archean marbles of Cámara, F., see Iezzi et al., 955 Cipriani, C., see Pratesi et al., 1778 the Ruby Mountains, southwest Montana, Campbell, S.J., see Berry et al., 967 Clark, S.B., see Utsunomiya et al., 159 U.S.A., 246 Candela, P.A., see Simon et al., 1644 Cody, G.D., see Mysen et al., 1668 Brantley, S.L., see Tsomaia et al., 54 Caporuscio, F., The 22nd edition of the Cohen, R.E., see Gramsch et al., 257 Breit, U., see Hovis et al., 547 manual of mineral science, by Cornelis Conticelli, S., see Melluso et al., 1287 Brenker, F.E., Meibom, A., and Frei, R.: On Klein, 1400 Cornelius, S., see Gunter et al., 1970 the formation of peridotite-derived Os-rich Caporuscio, F.: Emeralds of the World, Ex- Costagliola, P., Di Benedetto, F., Benvenuti, M., PGE alloys, 1731 tralapis English #2: The Legendary Green Bernardini, G.P., Cipriani, C., Lattanzi, P.F., Brenker, F.E., Müller, W.F., and Brey, G.P.: Beryl. Alfredo Petrov and Günter Neumeier and Romanelli, M.: Chemical speciation of Variation of antiphase domain size in (translators). Christian Weise Verlag, Mu- Ag in galena by EPR spectroscopy, 1345 omphacite: A tool to determine the tem- nich, and Lapis International, East Hamp- Couch, S: Experimental investigation of perature–time history of eclogites revis- ton, Connecticut, 2002, 1841 crystallization kinetics in a haplogranite ited, 1300 Carey, J.W., see Bish et al., 1889 system, 1471 Bretherton, J.L., see Fechtelkord et al., 1046 Carey, J.W., see Fridriksson et al., 1060 Crowley, J.L., Ghent, E.D., Carr, S.D., Si- Brey, G.P., see Brenker et al., 1300 Carleton, L.E., see Gieré et al., 1853 mony, P.S., and Hamilton M.A.: Multiple Brigatti, M.F., Guggenheim, S.G., and Poppi, Carlson, S., see Dinnebier et al., 996 thermotectonic events in a continuous M.: Crystal chemistry of the 1M mica poly- Carlson, W.D., see Hirsch et al., 131 metamorphic sequence, Mica Creek area, type: The octahedral sheet, 667 Carlson, W.D., see Hirsch et al., 1173 southeastern Canadian Cordillera, 930 Bromiley, G.D. and Pawley, A.R.: The stabil- Carpenter, M.A., Meyer, H.-W., Sondergeld, Cruciani, G., see Cesare et al., 583

ity of antigorite in the systems MgO-SiO2- P., Marion, S., and Knight, K.S.: Spon- Cultrone, G., see Rodriguez-Navarro et al.,

H2O (MSH) and MgO-Al2O3-SiO2-H2O taneous strain variations through the low 713 (MASH): The effects of Al3+ substitution temperature phase transitions of deuterated DʼAntonio, M., see Melluso et al., 1287 on high-pressure stability, 99 lawsonite, 534 dʼEspinose de la Caillerie, J.-B., see Pelletier Brouwer, D.H., see Groat et al., 195 Carpenter, M.A., see Cámara et al., 1115 et al., 1801 Brown, M., see Johnson et al., 624 Carr, S.D., see Crowley et al., 930 Dalpé, C., see Klemme and Dalpé, 639 Brown Jr., G.E., see Juillot et al., 509 Carvalho-e-Silva, M.L., Ramos, A.Y., Tolen- Daniel, C.G., see Spear and Daniel, 245 Brownfield, I.K., see Meeker et al., 1955 tino, H.C.N., Enzweiler, J., Netto, S.M., Daniel, I., see Sanchez-Valle et al., 978 Brugger, J., Burns, P.C., and Meisser, N.: Con- and Alves, M.C.M.: Incorporation of Ni Dapiaggi, M., see Gualtieri et al., 1560 tribution to the mineralogy of acid drainage into natural goethite: An investigation by Dapiaggi, M., see Artiloi et al., 1084 of Uranium minerals: Marecottite and the X-ray absorption spectroscopy, 876 DeLaCruz, K., see Ayers et al., 365 zippeite-group, 676 Castro, J.M., Cashman, K.V., and Manga, M.: Della Ventura, G., see Iezzi et al., 955 Brummer, A., see Okrusch et al., 986 A technique for measuring 3D crystal-size Del Tánago, C.J.G, La Iglesia, Á., Rius, J., Brunet, F., see Cairanne et al., 1385 distributions of prismatic microlites in and Fernández, S.: Calderonite, a new Bruno, E., see Beena and Bruno, 1532 obsidian, 1230 -iron-vanadate of the brackebuschite Buchwaldt, R., Tucker, R.D., and Dymek, Černý, P., Chapman, R., Teertstra, D.K., and group, 1703 R.F.: Geothermobarometry and U-Pb Novák, M.: Rubidium- and cesium-domi- Denton, M.B., see Origlieri, M.J., Erratum, Geochronology of metapelitic granulites nant micas in granitic pegmatites, 1832 1632 and pelitic migmatites from the Lokoho Cesare, B., Cruciani, G., and Russo, U.: Hy- Denton, M.B., see Origlieri et al., 1025 region, Northern Madagascar, 1753 drogen deficiency in Ti-rich biotite from Dera, P., Prewitt, C.T., Japel, S., Bish, D.L., Bunge, H.-P.: Mantle convetion in the earth and anatectic metapelites (El Joyazo, SE ): and Johnston, C.T.: Pressure-controlled planets. By G. Schubert, D. L. Turcotte, and Crystal-chemical aspects and implications polytypism in hydrous layered materials, P. Olson, 256 for high-temperature petrogenesis, 583 1428 Burns, P.C., see Brugger et al., 676 Chakoumakos, B.C., see Groat et al., 195 Dera, P., see Koch-Müller et al., 1436 Burns, P.C., see Hughes and Burns, 962 Chakraborty, S., see Dohmen and Chakraborty, De Grave, E., see Eeckhout and De Grave, Burns, P.C., see Krivovichev et al., 424 1251 1129 Burns, P.C., see Locock and Burns, 240 Champallier, R., see Gaillard et al., 308 De Grave, E., see Eeckhout and De Grave, Burns, P.C. and Hughes, K.-A.: Studtite, Chang, S.J., see Jeong et al., 1872 1138

[(UO2)(O2)(H2O)2](H2O)2: The first structure Chapman, R., see Černý et al. 1832 De Grave, E. and Eeckhout, S.G.: 57Fe Möss- of a peroxide mineral, 1165 Charlet, L., see Tournassat et al., 1989 bauer-effect studies of Ca-rich, Fe-bearing Buseck, P.R., see Konishi et al., 1718 Charnock, J.M., Moyes, L.N., Pattrick, R.A.D., clinopyroxenes: Part III. Diopside, 1145 Bylaska, E.J., see Rustad et al., 436 Mosselmans, J.F.W., Vaughan, D.J., and De Stasio, G., see Gilbert et al., 763 Cahill, C.L., see Post et al., 1697 Livens, F.R.: The structural evolution of Dingwell, D.B., see Russell et al., 1390 Cairanne, G., Brunet, F., Pozzi, J.-P., Besson, mercury sulfide precipitate: an XAS and Dinnebier, R.E., Carlson, S., Hanfland, M., and P., and Aubourg, C.: Magnetic monitoring XRD study, 1197 Jansen, M.: Bulk moduli and high-pressure

of hydrothermal nucleation- Chen, C., see Bostick et al., 1709 crystal structures of minium, Pb3O4, deter- and-growth: record of magnetic reversals, Cheney, J.T., see Brady et al., 246 mined by X-ray powder diffraction, 996 1385 Chipera, S.J., see Bish et al., 1889 Di Benedetto, F., see Costagliola et al., 1345 Calas, G., see Balan et al., 1769 Chou, I.-M. and Seal, R.R. II: Acquisition Di Pierro, S., Gnos, E., Grobety, B.H., Arm- ii 2003 AUTHOR INDEX 2003 AUTHOR INDEX iii

bruster, T., Bernasconi, S.M., and Ulmer, P.: Ewing, R.C., see Utsunomiya et al., 159 Fridriksson, T., Bish, D.L., and Bird, D.K.: Rock-forming moissanite (natural α-silicon Ewing, R.C., see Utsunomiya et al., 1844 -bonded water in laumontite I: carbide), 1817 Farges, F., see Muñoz et al., 694 X-ray powder diffraction study of water Döbelin, N. and Armbruster, T.: Stepwise Farnan, I., Balan, E., Pickard, C.J., and Mauri, site occupancy and structural changes in dehydration of Sr-exchanged heulandite: F.: The effect of radiation damage on local laumontite during room-temperature iso- A single-crystal X-ray study, 527 structure in the crystalline fraction of Zr- thermal hydration/dehydration, 277 29 Dobrzhinetskaya, L.F., see Bozhilov et al., SiO4: Investigating the Si NMR response Fridriksson, T., Carey, J.W., Bish, D.L., 596 to pressure in zircon and reidite, 1663 Neuhoff, P.S., and Bird, D.K.: Hydro- Dódony, I., see Konishi et al., 1718 Farnan, I., see Balan et al., 1769 gen-bonded water in laumontite II: Ex- Dohmen, R., and Chakraborty, S.: Mechanism Faure, F., Trolliard, G., and Soulestin, B.: TEM perimental determination of site-specific and kinetics of element and isotopic ex- investigation of forsterite dendrites, 1241 thermodynamic properties of hydration of change mediated by a fluid phase, 1251 Fayek, M., Utsunomiya, S., Ewing, R.C., the W1 and W5 sites, 1060 Dohnalkova, A.C., see Kukkadapu et al., Riciputi, L.R., and Jensen, K.A.: Friedrich, A., Mazzi, F., Wildner, M., 1903 isotopic composition of nano-scale urani- and Tillmanns, E.: Isotypism of

Domeneghetti, M.C., see Cámara et al., 1115 nite at the Oklo-Okélobondo natural fission Co(H2O)6[Sb(OH)6]2 with brandholzite Donelick, M.B., see Ketcham et al., 929 reactors, Gabon, 1583 and bottinoite, 462 Donelick, R.A., see Ketcham et al., 929 Fechtelkord, M., Behrens, H., Holtz, F., Fritz, E.A., see Ertl et al., 1369 Douglas, M., see Utsunomiya et al., 159 Bretherton, J.L., Fyfe, C.A., Groat, L.A., Frost, D.J., see Smyth et al., 1402 Dove, M.T., see Sainz-Díaz et al., 1033 and Raudsepp, M.: Influence of F content Frost, D.J.: Fe2+-Mg partitioning between gar-

Downs, R.T., see Origlieri, M.J., Erratum, on the composition of Al-rich synthetic net, magnesiowüstite, and (Mg,Fe)2SiO4 1632 : Part II. Probing the structural phases of the transition zone, 387 Downs, R.T., see Origlieri et al., 1025 arrangement of aluminum in tetrahedral Frost, R.L., see Martens and Frost, 37 Downs, R.T., see Thompson and Downs, 653 and octahedral layers by 27Al MQMAS Frost, R.L., see Martins et al., 501 Downs, R.T.: Topology of the pyroxenes as a and 1H/19F-27Al HETCOR and REDOR Fujii, N., see Furuichi et al., 926 function of temperature, pressure, and com- experiments, 1046 Furić, K., see Bermanec et al., 271 position as determined from the procrystal Fechtelkord, M., Behrens, H., Holtz, F., Fyfe, Furuichi, H., Fujii, N., Ito, E., Kanno, Y., electron density, 556 C.A., Groat, L.A., and Raudsepp, M.: In- Watanabe,S., and Tanaka, H.: Transfor-

Downs, R.T. and Hall-Wallace, M.: The fluence of F content on the composition of mation of SiO2 to the amorphous state by American Mineralogist crystal structure Al-rich synthetic phlogopite: Part I. New shearing at high pressure, 926 database, 247 information on structure and phase-forma- Fyfe, C.A., see Fechtelkord et al., 47 Drouet, C., Baron, D., and Navrotsky, A.: On tion from 29Si, 1H, and 19F MAS NMR Fyfe, C.A., see Fechtelkord et al., 1046 the thermochemistry of the solid solution spectroscopies, 47 Fyfe, C.A., see Groat et al., 195 between jarosite and its chromate analog, Feenstra, A., Ockenga, E., Rhede, D., and Gaillard, F., Pichavant, M., Mackwell, S., 1949 Wiedenbeck, M.: Li-rich zincostaurolite Champallier, R., Scaillet, B., and McCam- Duggal, A., see Jackson et al., 890 and its decompression-related breakdown mon, C.: Chemical transfer during redox

Durakiewicz, T., see Sharp et al., 87 products in a diaspore-bearing metabauxite exchanges between H2 and Fe-bearing Dutrow, B.L., see Henry et al., 1399 from East Samos (Greece): An EMP and silicate melts, 308 Duvall, M., see Brady et al., 246 SIMS study, 789 Galan, G., see Llovet and Galan, 121 Dyar, M.D., see Gunter et al., 1970 Fei, Y., see Koch-Müller et al., 1436 Gale, J.D., see Rohl et al., 921 Dymek, R.F., see Buchwaldt et al., 1753 Felmy, A.R., Mason, M.J., Gassman, P.L., Galoisy, L., see Juillot et al., 509 Eberl, D.D., see Kile and Eberl, 1514 and McCready, D.E.: The formation of Gamba, A., Alberti et al., 1 Eeckhout, S.G., see De Grave and Eeckhout, Sr silicates at low temperature and the Garcia-Vallès, M., Gimeno-Torrente, D., Mar- 1145 solubility product of tobermorite-like tínez-Manent, S., and Fernández-Turiel, 57 Eeckhout, S.G. and De Grave, E.: Fe Möss- Sr5Si6O16(OH)2⋅5H2O, 73 J.L.: Medieval stained glass in a Mediter- bauer-effect studies of Ca-rich, Fe-bearing Felmy, A.R., see Rustad et al., 436 ranean climate: Typology, weathering and clinopyroxenes: Part I. Paramagnetic spec- Fernández, S., see Del Tánago et al., 1703 glass decay, and associated biomineraliza- tra of magnesian hedenbergite, 1129 Fernández-Turiel, J.L., see Garcia-Vallès et tion processes and products, 1996 Eeckhout, S.G. and De Grave, E.: 57Fe Möss- al. 1996 Garvie, L.A.J.: Decay-induced biomineral- bauer-effect studies of Ca-rich, Fe-bearing Ferraris, G., see Grice and Ferraris, 1620 ization of the saguaro cactus (Carnegiea clinopyroxenes: Part II. Magnetic spectra Ferro, O., see Arletti et al., 1416 gigantea), 1879 of magnesian hedenbergite, 1138 Fialips, C.-I., Majzlan, J., Beaufort, D., and Gassman, P.L., see Felmy et al., 73 Eiler, J.: Acceptance of the Mineralogical Soci- Navrotsky, A.: New thermochemical Geiger, C.A., see Artiloi et al., 1084 ety of America Award for 2002, 942 evidence on the stability of dickite vs. Geiger, C.A., see Kolesov and Geiger, 1364 Ellis, D., see Zhang et al., 1157 kaolinite, 837 Geisler, T., Pidgeon, R.T., Kurtz, R., van Enami, M., see Yang and Enami, 604 Floss, C., see Taylor et al., 912 Bronswijk, W., and Schleicher, H.: Experi- Enzweiler, J., see Carvalho-e-Silva et al., 876 Fois, E., Alberti et al., 1 mental hydrothermal alteration of partially Ernst, W.G., see Bostick et al., 1709 Foit, F.F. Jr., see Gunter et al., 1970 metamict zircon, 1496 Ertl, A., Hughes, J.M., Prowatke, S., Rossman, Foran, G.J., see Berry et al., 967 Gemmi, M., see Gualtieri et al., 1560 G.R., London, D., and Fritz, E.A.: Mn- Förster, H.-J., see Harlov and Förster, 1209 Ghent, E.D., see Crowley et al., 930 rich tourmaline from : structure, Fournelle, J., see Gilbert et al., 763 Gibbs, G.V., see Ross et al., 1452 chemistry, optical spectra, and relations to Fransolet, A.-M., see Hatert et al., 211 Gieré, R., Carleton, L.E., and Lumpkin, G.R.: synthetic solid solutions, 1369 Frazer, B.H., see Gilbert et al., 763 Micro- and nanochemistry of fly ash from Ewing, R.C., see Fayek et al., 1583 Fredrickson, J.K., see Kukkadapu et al., 1903 a coal-fired power plant, 1853 Ewing, R.C., see Palenik et al., 770 Frei, R., see Brenker et al., 1731 Gilbert, B., Frazer, B.H., Naab, F., Fournelle, iv 2003 AUTHOR INDEX 2003 AUTHOR INDEX v

J., Valley, J.W., and De Stasio, G.: X-ray the World, Part 3: Africa. By A.R. Wool- Hernández-Laguna, A., see Timón et al., absorption spectroscopy of silicates for in ley, 480 1788 situ, sub-micrometer mineral identifica- Gualtieri, A.F., Gemmi, M., and Dapiaggi, M.: Hesse, R., see Shata et al., 748 tion, 763 Phase transformations and reaction kinetics Hill, D.P.: Acceptance of the Distinguished Gimeno-Torrente, D., see Garcia-Vallès et during the temperature-induced oxidation Public Service Medal for 2002, 944 al. 1996 of natural olivine, 1560 Hiraga, T., Anderson, I.M., and Kohlstedt, D.L.: Giordano, D., see Russell et al., 1390 Guggenheim, S.G., see Brigatti et al., 667 Chemistry of grain boundaries in mantle Giudice, A.L., see Pratesi et al., 1778 Gunter, M.E., Dyar, M.D., Twamley, B., Foit, rocks, 1015 Gleeson, S.A., see Grant et al., 262 F.F. Jr., and Cornelius, S.: Composition, Hirsch, D.M., Ketcham, R.A., and Carlson, Gnos, E., Armbruster, T., and Villa, I.M.: Nor- Fe3+/ΣFe, and crystal structure of non-as- W.D.: An evaluation of spatial correlation + rishite, K(Mn23 Li)Si4O10(O)2, an oxymica bestiform and asbestiform amphiboles from functions in textural analysis of metamor- associated with sugilite from the Wessels Libby, Montana, U.S.A., 1970 phic rocks, 1173 Mine, South Africa: Crystal chemistry and Gunter, M.E., see Hughes et al., 1324 Hirsch, D.M., Prior, D.J., and Carlson, W.D.: 40Ar-39Ar dating, 189 Guo, Q., see Matthews et al., 701 An overgrowth model to explain multiple, Gnos, E., see Di Pierro et al., 1817 Hålenius, U., see Skogby and Hålenius, 489 dispersed high-Mn regions in the cores of Golla-Schindler, U., see Kasama et al., 1190 Hålenius. U., see Skogby et al., 1601 garnet porphyroblasts, 131 Gong, B., see Zheng et al., 1633 Hall-Wallace, M, see Downs and Hall-Wal- Hochella Jr., M.F., see Bickmore et al., 709 Graham, C.M., see Peck et al., 1003 lace, 247 Hochella Jr., M.F., see Weaver and Hochella, Gramsch, S.A., Cohen, R.E., and Savrasov, Hamilton, J.P., see Tsomaia et al., 54 2016 S.Y.: Structure, metal-insulator transi- Hamilton M.A., see Crowley et al., 930 Hochella Jr., M.F.: Acceptance of the Dana tions, and magnetic properties of FeO at Hanfland, M., see Dinnebier et al., 996 Medal of the Mineralogical Society of high pressures, 257 Hanfland, M. see Levy et al., 93 America for 2002, 947 Grandjean, F., see Hatert et al., 211 Hanson, J., see Post et al., 142 Hock, R., see Okrusch et al., 986 Grant, K., Gleeson, S.A., and Roberts, S.: Hanson, J.C., see Post et al., 782 Hoefen, T.M., see Meeker et al., 1955 The high-temperature behavior of defect Harlov, D.E. and Förster, H.-J.: Fluid-induced Hoffman, C.M., see Groat et al., 195 hydrogen species in quartz: Implications nucleation of (Y+REE)-phosphate minerals Holl, C.M., see Smyth et al., 1402 for hydrogen isotope studies, 262 within apatite: Nature and experiment. Part Holt, G.S., see White et al., 316 Grassmann, O., Neder, R.B., Putnis, A., and II. Fluorapatite, 1209 Holtz, F., see Fechtelkord et al., 47 Löbmann, P.: Biomimetic control of crystal Harlow, G.E., see Origlieri et al., 1025 Holtz, F., see Fechtelkord et al., 1046 assembly by growth in an organic hydrogel Harlow, G.E., see Origlieri, M.J., Erratum, Hörz, F., see Johnson et al., 1575 network, 647 1632 Hou, X., Bish, D.L., Wang, S.-L., Johnston, Grave, E., see Barrón et al., 1679 Harlow, G.E.: Diopside + F-rich phlogopite at C.T., and Kirkpatrick, R.J.: Hydration, ex- Green, C., see Brady et al., 246 high P and T: Systematics, crystal chemistry pansion, structure, and dynamics of layered

Green II, H.W., see Bozhilov et al., 596 and the stability of KMgF3, clinohumite and double hydroxides, 167 Grevel, K.-D., see Majzlan et al., 855 chondrodite, 1625 Hovis, G.L., Kroll, H., Breit, U., and Yund, Grey, I.E., Mumme, W.G., Pekov, I.V., and Harrison, R.J., Redfern, S.A.T., and Street, R.A.: Elastic strain enthalpies of exsolu- Pushcharovsky, D.Yu.: The crystal structure J.: The effect of transformation twins tion: HF solution calorimetric experiments of chromian from the Saranovskoye on the seismic-frequency mechanical on alkali aluminosilicate and aluminoger-

deposit, Northern Urals, Russia, 1331 properties of polycrystalline Ca1–xSrxTiO3 manate feldspars, 547 Grice, J.D., and Ferraris, G.: New miner- , 574 Hughes, J.M., Rakovan, J., Bracco, R., and als approved in 2002 and nomenclature Hatert, F., Hermann, R.P., Long, G.J., Fran- Gunter, M.E.: The atomic arrangement of modifications approved 1998–2002 by the solet, A.-M., and Grandjean, F.: An X-ray the ganophyllite-group modulated layer Commission on New Minerals and Mineral Rietveld, infrared, and Mössbauer spectral silicates as determined from the orthorhom-

Names, International Mineralogical Asso- study of the NaMn(Fe1–xInx)2(PO4)3 alluau- bic dimorph of tamaite, with the elusive ciation, 1620 dite-type solid solution, 211 16.8 Å ganophyllite-group superstructure Groat, L.A., and see Fechtelkord et al., 47 Hauri, E., see Koch-Müller et al., 1436 revealed, 1324 Groat, L.A., Chakoumakos, B.C., Brouwer, Heaney, P.J., see Post et al., 142 Hughes, J.M., see Ertl et al., 1369 D.H., Hoffman, C.M., Fyfe, C.A., Morell, Heaney, P.J., see Post et al., 782 Hughes, K.-A. and Burns, P.C.: A new uranyl H., and Schultz, A.J.: The amblygonite Heaney, P.J., see Post et al., 1697 carbonate sheet in the crystal structure

(LiAlPO4F)-montebrasite (LiAlPO4OH) Heasman, D.M., Sherman, D.M., and Rag- of fontanite, Ca[(UO2)3(CO3)2 O2](H2O)6, solid solution: A combined powder and narsdottir, K.V.: The reduction of aqueous 962 single-crystal neutron diffraction and Au3+ by sulfide minerals and green rust Humbert, B., see Pelletier et al., 1801 solid-state 6Li MAS, C phases, 725 Hunter, B.A., see Wallwork et al., 235 Groat, L.A., see Fechtelkord et al., 1046 Heinrich, C.A., see Simon et al., 1644 Iezzi, G., Della Ventura, G., Cámara, F., Grobéty, B.: Polytypes and higher-order struc- Hemley, R.J., see Liu et al., 1412 Pedrazzi, G., and Robert, J.-L.: BNa–BLi tures of antigorite: A TEM study, 27 Henderson, G.S., see Peskleway et al., 18 solid-solution in A-site-vacant amphi- Grobety, B.H., see Di Pierro et al., 1817 Henriksen, K., Stipp, S.L.S., Young, J.R., and boles: synthesis and cation ordering along Grodzicki, M., Redhammer, G.J., Amthauer, Bown, P.R.: Tailoring : Nanoscale the ferri-clinoferroholmquistite–riebeckite G., Schünemann, V., Trautwein, A.X., AFM of coccolith biocrystals, 2040 join, 955 Velickov, B., and Schmid-Beurmann, P.: Henry, D.J., Dutrow, B.L., and Selverstone, J.: Ildefonse, P., see Juillot et al., 509 Electronic structure of Fe-bearing lazu- Compositional asymmetry in replacement Inoue, T., see Wang et al., 1608 litesm, 481 tourmaline—An example from the Tauern Ishida, K., Jenkins et al., 1104 Groy, T.L., see Konishi et al., 1718 Window, Eastern Alps, 1399 Ito, E., see Furuichi et al., 926 Gualt, R.: Alkaline Rocks and Carbonatites of Hermann, R.P., see Hatert et al., 211 Jackson, D.A., Nesbitt, H.W., Scaini, M.J., iv 2003 AUTHOR INDEX 2003 AUTHOR INDEX v

Duggal, A., and Bancroft, G.M.: Gersdorf- northern Appalachians, 624 Kim, S.J., see Jeong et al., 1872 fite (NiAsS) chemical state properties and Johnston, C.T., see Dera et al., 1428 Kirkpatrick, R.J., see Hou et al., 167 reactivity toward air and aerated, distilled Johnston, C.T., see Hou et al., 167 Kirkpatrick, R.J., see Wang et al., 398 water, 890 Jones, R.E., see Bostick et al., 1709 Kitamura, M., see Sakamoto et al., 1605 Jacobsen, S.D., see Smyth et al., 1402 Juillot, F., Morin, G., Ildefonse, P., P. Trainor, Klemd, R.: Ultrahigh-pressure metamorphism Jahn, B.-M., see Zheng et al., 1633 T.P., Benedetti, M., Galoisy, L., Calas, G., in eclogites from the western Tianshan Jambor, J., see Becker et al., 1843 and Brown Jr., G.E.: Occurrence of Zn/Al high-pressure belt (Xinjiang, western Jambor, J.L. and Roberts, A.C.: New Mineral hydrotalcite in smelter-impacted soils from )—Comment, 1153 Names, 251 northern France: Evidence from EXAFS Klemme, S. and Dalpé, C.: Trace-element Jambor, J.L. and Roberts, A.C.: New Mineral spectroscopy and chemical extractions, partitioning between apatite and carbon- Names, 475 Kagi, H., Nagai, T., Loveday, J.S., Wada, C., atite melt, 639 Jambor, J.L. and Roberts, A.C.: New Mineral and Parise, J.B.: Pressure-induced phase Klemme, S. and van Miltenburg, J.C. :Thermo-

Names, 931 transformation of kalicinite (KHCO3) at dynamic properties of hercynite (FeAl2O4) Jambor, J.L. and Roberts, A.C.: New Mineral 2.8 GPa and local structural changes around based on adiabatic calorimetry at low Names, 1175 hydrogen atoms, 1446 temperatures, 68 Jambor, J.L. and Roberts, A.C.: New Mineral Kagi, H., see Nagai et al., 1423 Kleppe, A.K., Jephcoat, A.P., and Welch, M.D.: Names, 1626 Kalinichev, A.G., see Wang et al., 398 The effect of pressure upon hydrogen bond- Jambor, J.L. and Roberts, A.C.: New Mineral Kampf, A.R., Merlino, S., and Pasero, M.: Or- ing in chlorite: A Raman spectroscopic Names, 1836 der-disorder approach to calcioaravaipaite, study of clinochlore to 26.5 GPa, 567

Jansen, M., see Dinnebier et al., 996 [PbCa2Al(F,OH)9]: The crystal structure of Klocke, A., see Shi et al., 1866 Japel, S., see Dera et al., 1428 the triclinic MDO polytypes, 430 Kloprogge, J.T., see Martins et al., 501 Japel, S.L., see Konzett and Japel, 1073 Kampf, A.R.: Handbook of Mineralogy, Kniewald, G., see Bermanec et al., 271 Jayasuriya, K.D., see Berry et al., 967 Volume V. Borates, Carbonates, Sulfates. Knight, K.S., see Carpenter et al., 534 Jenkins, D.M., Bozhilov, K.N., and Ishida, By John W. Anthony, Richard A. Bideaux, Koch-Müller, M., Dera, P., Fei, Y., Reno, B., K.: Infrared and TEM characterization of Kenneth W. Bladh, and Monte C. Nichols. Sobolev, N., Hauri, E., and Wysoczanski, amphiboles synthesized near the tremolite- Mineral Data Publishing, Tucson, Arizona; R.: OH– in synthetic and natural coesite, pargasite join in the ternary system tremo- 2003, 1842 1436 litepargasitecummingtonite, 1104 Kanno, Y., see Furuichi et al., 926 Koděra, P., Murphy, P.J., and Rankin, A.H.: Jenkins, D.M., see Pavlovich and Jenkins, Karner, J., Papike, J.J., and Shearer, C.K.: Retrograde mineral reactions in saline 1486 Olivine from planetary basalts: Chemical fluid inclusions: The transformation fer- Jensen, K.A., see Fayek et al., 1583 signatures that indicate planetary parent- ropyrosmalite ↔ clinopyroxene, 151 Jeong, G.Y., Kim, S.J., and Chang, S.J.: Black age and those that record igneous setting Kogut, A., see Brady et al., 246 carbon pollution of speleothems by fine and process, 806 Kohlstedt, D.L., see Hiraga et al., 1015 urban aerosols in tourist caves, 1872 Karner, J.M, see Papike et al., 469 Kohn, M.J.: Erratum to Why most “dry” rocks Jeong, G.Y. and Kim, H.B.: Mineralogy, Kasama, T., Golla-Schindler, U., and Putnis, A.: should cool “wet”, 1835 chemistry, and formation of oxidized bio- High-resolution and energy-filtered TEM of Kolesov, B.A. and Geiger, C.A.: Molecules

tite in the weathering profile of granitic the interface between hematite and ilmenite in the SiO2-clathrate melanophlogite: A rocks, 352 exsolution lamellae: Relevance to the origin single-crystal Raman study, 1364 Jeong, G.Y. and Lee, B.Y.: Secondary mineral- of lamellar magnetism, 1190 Kondo, T., see Vanpeteghem et al., 1408 ogy and microtextures of weathered sul- Kasama, T., see Murakami et al., 377 Konishi, H., Groy, T.L, Dódony, I., Miyawaki, fides and manganoan carbonates in mine Katayama, I. and Nakashima, S.: Hydroxyl in R., Matsubara, S., and Buseck, P.R.: Crystal waste-rock dumps, with implications for clinopyroxene from the deep subducted structure of protoanthophyllite: A new min-

heavy-metal fixation, 1933 crust: Evidence for H2O transport into the eral from the Takase ultramafic complex, Jephcoat, A.P., see Kleppe et al., 567 mantle, 229 , 1718 Jerz, J.K. and Rimstidt, J.D.: Efflorescent iron Kaufman, L., see Brady et al., 246 Konzett J., and Japel, S.L.: High P-T phase sulfate minerals: Paragenesis, relative sta- Keppler, H.: Water solubility in carbonatite relations and stability of a (21)-hydrous

bility, and environmental impact, 1919 melts, 1822 clinopyribole in the system K2O-Na2O-

Jiang, W., see Zhang et al., 1157 Kesson, S., see OʼNeill et al., 860 CaO-MgO-Al2O3-SiO2-H2O: An experi- Johnson, C.A.: Stable isotope geochemistry Ketcham, R.A., Donelick, R.A., and Donelick, mental study to 18 GPa, 1073 by John W. Valley and David R. Cole, M.B.: AFTSolve: A program for multi-ki- Kovaric, D., see Brady et al., 246 Eds., 710 netic modeling of apatite fission-track Kristiansson, P., see Skogby et al., 1601 Johnson, E.A. and Rossman, G.R.: The con- data, 929 Krivovichev, S.V., Yakovenchuk, V.N., Burns, centration and speciation of hydrogen in Ketcham, R.A., see Hirsch et al., 1173 P.C., Pakhomovsky, Y.A., and Menshikov, 1 feldspars using FTIR and H MAS NMR Ketcham, R.A.: Observations on the relation- Y.P.: Cafetite, Ca[Ti2O5] (H2O): Crystal spectroscopy, 901 ship between crystallographic orientation structure and revision of chemical formula, Johnson, J.R., Hörz, F., and Staid, M.I.: Ther- and biasing in apatite fission-track mea- 424 mal infrared spectroscopy and modeling surements, 817 Kroll, H., see Hovis et al., 547 of experimentally shocked plagioclase Kikegawa, T., see Nishihara et al., 80 Kubo, K., see Matsukage and Kubo, 1271 feldspars, 1575 Kikegawa, T., see Vanpeteghem et al., 1408 Kukkadapu, R.K, Zachara, J.M., Fredrickson, Johnson, T.E., Brown, M., and Solar, G.S.: Kile, D.E. and Eberl, D.D.: On the origin J.K., Smith, S.C., Dohnalkova, A.C., and Low–pressure subsolidus and suprasolidus of size-dependent and size-independent Russell, C.K.: Transformation of 2-line phase equilibria in the MnNCKFMASH crystal growth: Influence of advection and ferrihydrite to 6-line ferrihydrite under system: Constraints on conditions of re- diffusion, 1514 oxic and anoxic conditions, 1903 gional metamorphism in western Maine, Kim, H.B., see Jeong and Kim, 352 Kunwar, A.C., see Parthasarathy et al., 1983 vi 2003 AUTHOR INDEX 2003 AUTHOR INDEX vii

Kunz, M., see Rath et al., 293 Majzlan, J., Grevel, K.-D., and Navrotsky, A.: Melluso, L., Conticelli, S., DʼAntonio, M., Kurtz, R., see Geisler et al., 1496 Thermodynamics of Fe oxides: Part II. En- Mirco, N.P., and Saccani, E.: Petrol- Lager, G., see Welch and Lager, 1401 thalpies of formation and relative stability ogy and mineralogy of wollastonite- and Lager, G.A., see Liu et al., 1412 of goethite (α-FeOOH), lepidocrocite (γ- melilite-bearing paralavas from the Central

Lang, B.E., see Majzlan et al., 846 FeOOH), and maghemite (γ-Fe2O3), 855 Apennines, , 1287 Lange, R.A.: The fusion curve of albite revis- Majzlan, J., Lang, B.E., Stevens, R., Navrotsky, Menchetti, S., see Bindi et al., 464

ited and the compressibility of NaAlSi3O8 A., Woodfield, B.F., and Boerio-Goates, J.: Menchetti, S., see Bonazzi et al., 1796 liquid with pressure, 109 Thermodynamics of Fe oxides: Part I. En- Meng, Y., Newville, M., Sutton, S., Rakovan, Langenhorst, F., see Smyth et al., 1402 tropy at standard temperature and pressure J., and Mao, H.-K.: Fe and Ni impurities in Lattanzi, P.F., see Costagliola et al., 1345 and heat capacity of goethite (α-FeOOH), synthetic diamond, 1555 Lavrentiev, M.Y., Purton, J.A., and Allan, lepidocrocite (γ-FeOOH), and maghemite Menshikov, Y.P., see Krivovichev et al., 424

N.L.: Ordering in spinels—A Monte Carlo (γ-Fe2O3), 846 Merlino, S., see Kampf et al., 430 study, 1522 Majzlan, J., see Fialips et al., 837 Meyer, H.-W., see Carpenter et al., 534 La Iglesia, Á., see Del Tánago et al., 1703 Makovicky, E., see Berlepsch et al., 450 Michot, L.J., see Pelletier et al., 1801 Lebedev, V.N., see Nadolinny et al., 11 Manfredotti, C., see Pratesi et al., 1778 Mikaelian, H., see Putirka et al., 1542 Lee, B.Y., see Jeong and Lee, 1933 Mao, H.-K., see Meng et al., 1555 Miletich, R., see Rath et al., 293 Lee, M.R., Thompson, P., Poeml, P., and Marion, S., see Carpenter et al., 534 Miller, C., see Ayers et al., 365 Parsons, I.: Peristeritic plagioclase in Martens, W.N., Frost, R.L., Kloprogge, J.T., and Mirco, N.P., see Melluso et al., 1287 North Sea hydrocarbon reservoir rocks: Williams, P.A.: The basic copper arsenate Mirtič, B., see Šrot et al., 1809 implications for diagenesis, provenance minerals olivenite, cornubite, cornwallite, Miyawaki, R., see Konishi et al., 1718 and stratigraphic correlation, 866 and clinoclase: An infrared emission and Moloy, E.C., see Navrotsky et al., 1612 Lee, S.K., see Allwardt et al., 949 Raman spectroscopic study, 501 Morell, H., see Groat et al., 195 Lee, S.K. and Stebbins, J.F.: O atom sites in Martens, W. and Frost, R.L.: An infrared spec- Mori, Y., Nishiyama, T., and Yanagi, T.: Mass natural kaolinite and muscovite: 17O MAS troscopic study of the basic copper phos- transfer and reaction paths in alteration and 3QMAS NMR study, 493 phate minerals: Cornetite, libethenite, and zones around carbonate veins in the Nishi- Leech, M.L., see Bostick et al., 1709 pseudomalachite, 37 sonogi Metamorphic Rocks, southwest Lesher, C.E., Pickering-Witter, J. Baxter, G., Martin, R.F., see Shata et al., 748 Japan, 611 and Walter, M.: Melting of garnet perido- Martinez, I., see Sanchez-Valle et al., 978 Morin, G., see Juillot et al., 509 tite: Effects of capsules and thermocouples, Martínez-Manent, S., see Garcia-Vallès et Mosenfelder, J.L., see Andrault et al., 301 and implications for the high-pressure al. 1996 Mosselmans, J.F.W., see Charnock et al., mantle solidus, 1181 Mason, M.J., see Felmy et al., 73 1197 Levy, D., Pavese, A., and Hanfland, M.: Syn- Massonne, H.-J. and Nasdala, L.: Characteriza- Moyes, L.N., see Charnock et al., 1197 thetic MgAl2O4 (spinel) at high-pressure tion of an early metamorphic stage through Mueller, K.T., see Tsomaia et al., 54 conditions (0.0001–30 GPa): A synchrotron inclusions in zircon of a diamondiferous Muller, P. D., see Alcock et al., 474 X-ray powder diffraction study, 93 quartzofeldspathic rock from the Erzgebirge, Müller, W.F., see Brenker et al., 1300 Le Bihan, T., see Andrault et al., 301 Germany, 883 Mumme, W.G., see Grey et al., 1331 Li, B.: Compressional and shear wave veloci- Matsubara, S., see Konishi et al., 1718 Muñoz, M., Argoul, P., and Farges, F.: Continu-

ties of ringwoodite γ-Mg2SiO4 to 12 GPa, Matsukage, K., see Nishihara et al., 80 ous Cauchy wavelet transform analyses of 1312 Matsukage, K.N. and Kubo, K.: Chromian EXAFS spectra: A qualitative approach, Linnen, R.L., see Matthews et al., 701 spinel during melting experiments of dry 694 Liou, J.G., see Zhang and Liou, 1591 peridotite (KLB-1) at 1.0–2.5 GPa, 1271 Murad, E. and Rojík, P.: Iron-rich precipitates Liu, Y., see Zhang et al., 1741 Matthews, W., Linnen, R.L., and Guo, Q.: A in a mine drainage environment: Influence Liu, Z., Lager, G.A., Hemley, R.J., and Ross, filler-rod technique for controlling redox of pH on mineralogy, 1915 N.L.: Synchrotron infrared spectroscopy conditions in cold-seal pressure vessels, Murakami, T., Utsunomiya, S., Yokoyama, of OH-chondrodite and OH-clinohumite 701 T., and Kasama, T.: Biotite dissolution at high pressure, 1412 Mauri, F., see Balan et al., 1769 processes and mechanisms in the labora- Livens, F.R., see Charnock et al., 1197 Mauri, F., see Farnan et al., 1663 tory and in nature: Early stage weathering Llovet, X. and Galan, G.: Correction of Mazzi, F., see Friedrich et al., 462 environment andvermiculitization, 377 secondary X-ray fluorescence near grain McCammon, C., see Gaillard et al., 308 Murphy, P.J., see Koděra et al., 151 boundaries in electron microprobe analysis: McCammon, C.A., see Smyth et al., 1402 Myer, K., see Alcock et al., 474 Application to thermobarometry of spinel McCammon, C.A., see Wilkins et al., 1336 Mysen, B.O., Lucier, A., and Cody, G.D.: The lherzolites, 121 McCready, D.E. see Felmy et al., 73 structural behavior of Al3+ in peralkaline

Löbmann, P., see Grassmann et al., 647 McDade, P., Blundy, J.D., and Wood, B.J.: melts and glasses in the system Na2O-

Locock, A.J. and Burns, P.C.: The crys- Trace element partitioning between mantle Al2O3-SiO2, 1668 tal structure of synthetic autunite, wedge peridotite and hydrous MgO-rich Naab, F., see Gilbert et al., 763

Ca[(UO2)(PO4)]2(H2O)11, 240 melt, 1825 Nabelek, P.I., see Sirbescu and Nabelek, 1055 London, D., see Ertl et al., 1369 Meeker, G.P., Bern, A.M., Brownfield, I.K., Nadolinny, V.A., Shatsky, V.S., Sobolev, N.V., Long, G.J., see Hatert et al., 211 Lowers, H.A., Sutley, S.J., Hoefen, Twitchen, D.J., Yuryeva, O.P., Vasilevsky, Loveday, J.S., see Kagi et al., 1446 T.M., and Vance, J.S.: The composition I.A., and Lebedev, V.N.: Observation and Lowers, H.A., see Meeker et al., 1955 and morphology of amphiboles from the interpretation of paramagnetic defects in Lucier, A., see Mysen et al., 1668 Rainy Creek Complex, near Libby, Mon- Brazilian and Central African carbona- Lumpkin, G., see Becker et al., 1843 tana, 1955 dos, 11 Lumpkin, G.R., see Gieré et al., 1853 Meibom, A., see Brenker et al., 1731 Nagai, T., Kagi, H., and Yamanaka, T.: Varia- Mackwell, S., see Gaillard et al., 308 Meisser, N., see Brugger et al., 676 tion of hydrogen bonded O⋅⋅⋅O distances in vi 2003 AUTHOR INDEX 2003 AUTHOR INDEX vii

goethite at high pressure, 1423 systematics of anisotropic compression in Pichavant, M., see Gaillard et al., 308 Nagai, T., see Kagi et al., 1446 pyroxenes, 1632 Pickard, C.J., see Balan et al., 1769 Nakamura, M., see Okumura et al., 1657 Origlieri, M.J., Downs, R.T., Thompson, Pickard, C.J., see Farnan et al., 1663 Nakashima, S., see Katayama and Nakashima, R.M., Pommier, C.J.S., Denton, M.B., Pickering-Witter, J., see Lesher et al., 1181 229 and Harlow, G.E.: High-pressure crystal Pidgeon, R.T., see Geisler et al., 1496

Nakashima, S., see Okumura et al., 1657 structure of kosmochlor, NaCrSi2O6, and Pironon, J., Teinturier and Pironon, 1204 Nasdala, L., see Massonne and Nasdala, 883 systematics of anisotropic compression in Poeml, P., see Lee et al., 866 Nasdala, L., see Palenik et al., 770 pyroxenes, 1025 Pommier, C.J.S., see Origlieri, M.J., Erratum, Navrotsky, A., see Drouet et al., 1949 Ozima, M: Noble gases in geochemistry and cos- 1632 Navrotsky, A., see Fialips et al., 837 mochemistry by D. Porcelli, C. J. Ballentine, Pommier, C.J.S., see Origlieri et al., 1025 Navrotsky, A., see Majzlan et al., 846 and R. Wieler (eds.), 1630 Popova, V., see Bonazzi et al., 1796 Navrotsky, A., see Majzlan et al., 855 Pakhomovsky, Y.A., see Krivovichev et al., Poppi, M., see Brigatti et al., 667 Navrotsky, A., Xu, H., Moloy, E.C., and Welch, 424 Post, J.E., Heaney, P.J., and Hanson, J.: M.D.: Thermochemistry of guest-free mela- Palenik, C.S., Nasdala, L., and Ewing, R.C.: Synchrotron X-ray diffraction study of nophlogite, 1612 Radiation damage in zircon, 770 the structure and dehydration behavior of Neaman, A., see Tournassat et al., 1989 Palin, E.J., see Sainz-Díaz et al., 1033 todorokite, 142 Neder, R.B., see Grassmann et al., 647 Pantano, C.G., see Tsomaia et al., 54 Post, J.E., Heaney, P.J., Cahill, C.L., and Wood- Nesbitt, H.W., see Jackson et al., 890 Papelisk, C., see Um and Papelisk, 2028 ruffite, L.W.F.: A new Mn oxide structure Nesbitt, H.W., Uhlig, I., Bancroft, G.M., and Papike, J.J., Karner, J.M, and Shearer, C.K.: with 3 × 4 tunnels, 1697 Szargan, R.: Resonant XPS study of the Determination of planetary basalt parent- Post, J.E., Heaney, P.J., Von Dreele, R.B., and pyrite valence band with implications for age: A simple technique using the electron Hanson, J.C.: Neutron and temperature-re- molecular orbital contributions, 1279 microprobe, 469 solved synchrotron X-ray powder diffrac- Netto, S.M., see Carvalho-e-Silva et al., 876 Papike, J.J., see Karner et al., 806 tion study of akaganéite, 782 Neuhoff, P.S., see Fridriksson et al., 1060 Papike, J.J., see Sharp et al., 87 Pozzi, J.-P., see Cairanne et al., 1385 Neuhoff, P.S., Stebbins, J.F., and Bird, D.K.: Si- Parise, J.B., see Kagi et al., 1446 Pratesi, G., Giudice, A.L., Vishnevsky, S., Al disorder and solid solutions in analcime, Parker, D.F., see Ren et al., 1091 Manfredotti, C., and Cipriani, C.: Cath- chabazite, and wairakite, 410 Parker, D.F., see White et al., 316 odoluminescence investigations on the Newville, M., see Meng et al., 1555 Parodi, G., see Bonazzi et al., 223 Popigai, Ries, and Lappajärvi impact Nishihara, Y., Takahashi, E., Matsukage, K., Parsons, I., see Lee et al., 866 diamonds, 1778 and Kikegawa, T.: Thermal equation of Parthasarathy, G., Choudary, B.M., Sreedhar, Pratesi, G., see Bonazzi et al., 1796 state of omphacite, 80 B., Kunwar, A.C., and Srinivasan, R.: Fer- Prewitt, C.T., see Dera et al., 1428 Nishiyama, T., see Mori et al., 611 rous saponite from the Deccan Trap, India, Pring, A., see Wallwork et al., 235 Novák, M., see Černý et al. 1832 and its application in adsorption and reduc- Prior, D.J., see Hirsch et al., 131 Nozaka, T.: Compositional heterogeneity of tion of hexavalent chromium, 1983 Promprated, P., see Taylor et al., 912 olivine in thermally metamorphosed ser- Pasero, M., see Kampf et al., 430 Prowatke, S., see Ertl et al., 1369 pentinite from Southwest Japan, 1377 Pasteris, J. see Becker et al., 1843 Purton, J.A., see Lavrentiev et al., 1522 OʼNeill, H.S.C., Redfern, S.A.T., Kesson, S., Pattrick, R.A.D., see Charnock et al., 1197 Pushcharovsky, D.Yu., see Grey et al., 1331 and Short, S.: An in situ neutron diffraction Pavese, A., see Levy et al., 93 Putirka, K.D., Mikaelian, H., Ryerson, R., study of cation disordering in synthetic qa- Pavlovich, M.S., Jr. and Jenkins, D.M.: As- and Shaw, H.: New clinopyroxene-liquid

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morph of Na4(UO2)(CO3)3—a new mineral vations using fluid cell atomic force mi- Ramos, A.Y., see Carvalho-e-Silva et al., 876 from Jáchymov, Czech Republic, 686 croscopy, 18 Rankin, A.H., see Koděra et al., 151 Origlieri, M.J., Downs, R.T., Thompson, R.M., Peters, S.C., see Utsunomiya et al., 1844 Rath, S., Kunz, M., and Miletich, R.: Pres- Pommier, C.J.S., Denton, M.B., and Har- Pettke, T., see Simon et al., 1644 sure-induced phase transition in malayaite,

low, G.E.: Erratum to High-pressure crystal Philippot, P., see Sanchez-Valle et al., 978 CaSnOSiO4, 293

structure of kosmochlor, NaCrSi2O6, and Piccoli, P.M., see Simon et al., 1644 Raudsepp, M., see Fechtelkord et al., 1046 viii 2003 AUTHOR INDEX 2003 AUTHOR INDEX ix

Raudsepp, M., see Fechtelkord et al., 47 and illites, 1033 Shi, J., Klocke, A., Zhang, M., and Bismayer, Rečnik, A., see Šrot et al., 1809 Sainz-Díaz, C.I., see Timón et al., 1788 U.: Thermal behavior of dental enamel and Redfern, S.A.T., see Harrison et al., 574 Sakamoto, S., Shimobayashi, N., and Kitamura, geologic apatite: An infrared spectroscopic Redfern, S.A.T., see OʼNeill et al., 860 M.: Incommensurate phase in the kosmo- study, 1866 Redhammer, G.J., see Grodzicki et al., 481 chlor-diopside join: A new polymorph of Shimobayashi, N., see Sakamoto et al., 1605 Ren, M., Parker, D.F., and White, J.C.: Par- clinopyroxene, 1605 Short, S., see OʼNeill et al., 860 titioning of Sr, Ba, Rb, Y, and LREE be- Sanchez-Navas, A., see Rodriguez-Navarro Simionovici, A., see Sanchez-Valle et al., 978 tween plagioclase and peraluminous silicic et al., 713 Simon, A.C., Pettke, T., Candela, P.A., Piccoli, magma, 1091 Sanchez-Valle, C., Martinez, I., Daniel, I., P.M., and Heinrich, C.A.: Experimental de- Ren, M., see White et al., 316 Philippot, P., Bohic, S., and Simionovici, termination of Au solubility in rhyolite melt Reno, B., see Koch-Müller et al., 1436 A.: Dissolution of strontianite at high P-T and magnetite: Constraints on magmatic Au Rhede, D., see Feenstra et al., 798 conditions: An in-situ synchrotron X-ray budgets, 1644 Rhodes, A.L., see Brady et al., 246 fluorescence study, 978 Simony, P.S., see Crowley et al., 930 Riciputi, L.R., see Fayek et al., 1583 Sani, A., see Arletti et al., 1416 Sinogeikin, S.V., see Wang et al., 1608 Rickard, D., see Wolthers et al., 2007 Santosh, M., Wada, H., Satish-Kumar, M., and Sirbescu, M.-L.C. and Nabelek, P.I.: Dawson- Rickers, K., see Schmidt and Rickers, 288 Binu-Lal S.S.: Carbon isotope “stratigra- ite: An inclusion mineral in quartz from the Rimstidt, J.D., see Jerz and Rimstidt, 1919 phy” in a single graphite crystal: implica- Tin Mountain pegmatite, Black Hills, South Rius, J., see Del Tánago et al., 1703 tions for the crystal growth mechanism of Dakota, 1055 Rivers, T., see Yang and Rivers, 1398 fluid-deposited graphite, 1689 Skála, R., see Ondruš et al., 686 Robert, J.-L., see Iezzi et al., 955 Sapozhnikov, A.N., see Zagorsky et al., 830 Skogby, H., Kristiansson, P., and Hålenius. 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II, see Chou and Seal, 1943 Macintosh, 473 Ross, N.L., see Liu et al., 1412 Sebastian, E., see Rodriguez-Navarro et al., Spear, F.S. and Daniel, C.G.: Three-dimen- Rossman, G.R., see Ertl et al., 1369 713 sional imaging of garnet porphyroblast Rossman, G.R., see Johnson and Rossman, Sejkora, J., see Ondruš et al., 686 sizes and chemical zoning: Nucleation and 901 Selverstone, J., see Henry et al., 1399 growth history in the garnet zone, 245 Rosso, K.M., see Ross et al., 1452 Sharp, Z.D., Papike, J.J., and Durakiewicz, Sreedhar, B., see Parthasarathy et al., 1983 Rosso, K.M., see Rustad et al., 436 T.: The effect of thermal decarbonation Srinivasan, R., see Parthasarathy et al., 1983 Rufe, E., see Bickmore et al., 709 on stable isotope compositions of carbon- Šrot, V., Rečnik, A., Scheu, C., Šturm, S., and Russell, C.K., see Kukkadapu et al., 1903 ates, 87 Mirtič, B.: Stacking faults and twin bound- Russell, J.K., Giordano, D., and Ding-well, Shata, S., Hesse, R., Martin, R.F., and Vali, aries in sphalerite crystals from the Trepča D.B.: High-temperature limits on viscosity H.: Expandability of anchizonal illite and mines in Kosovo, 1809 of non-Arrhenian silicate melts, 1390 chlorite: Significance for crystallinity de- Staid, M.I., see Johnson et al., 1575 Russo, U., see Cesare et al., 583 velopment in the transition from diagenesis Stebbins, J.F., Kojitani, H., Akaogi, M., and Rustad, J.R., Felmy, A.R., Rosso, K.M., and to metamorphism, 748 Navrotsky, A.: Aluminum substitution in

Bylaska, E.J.: Ab initio investigation of the Shatsky, V.S., see Nadolinny et al., 11 MgSiO3 perovskite: Investigation of mul- structures of NaOH hydrates and their Na+ Shaw, H., see Putirka et al., 1542 tiple mechanisms by 27Al NMR, 1161 and OH– coordination polyhedra, 436 Shearer, C.K., see Karner et al., 806 Stebbins, J.F., see Allwardt et al., 949 Ryerson, R., see Putirka et al., 1542 Shearer, C.K., see Papike et al., 469 Stebbins, J.F., see Lee and Stebbins, 493 Saccani, E., see Melluso et al., 1287 Sherman, D.M., see Heasman et al., 725 Stebbins, J.F., see Neuhoff et al., 410 Safonov, O.G., see Bindi et al., 464 Sherman, D.M., see Todd and Sherman, 1652 Stevens, R., see Majzlan et al., 846 Sainz-Díaz, C.I., Palin, E.J., Dove, M.T., Shervais, J.: Ophiolites and oceanic crust: new Stipp, S.L.S., see Henriksen et al., 2040 and Hernández-Laguna, A.: Monte Carlo insights from field studies and the ocean Stowel, H.H., see Tinkham et al., 1174 simulations of ordering of Al, Fe, and Mg drilling program by Y. Dilek, E. Moores, D. Street, J., see Harrison et al., 574 cations in the octahedral sheet of smectites Elthon, and A. Nicolas, Eds., 710 Strongin, D.R., see Borda et al., 1318 viii 2003 AUTHOR INDEX 2003 AUTHOR INDEX ix

Šturm, S., see Šrot et al., 1809 from Virginia, 740 Wallwork, K.S., Pring, A., Taylor, M.R., and Su, S.-C.: A rapid and accurate procedure for Trainor, T.P., see Juillot et al., 509 Hunter, B.A.: A model for the structure of the determination of refractive indices of Trautwein, A.X., see Grodzicki et al., 481 the hydrated aluminum phosphate, kingite regulated asbestos minerals, 1979 Trolliard, G., see Faure et al., 1241 determined by ab initio powder diffraction Sugawara, T. and Akaogi, M.: Heats of mixing Tsomaia, N., Brantley, S.L., Hamilton, J.P., methods, 235 of silicate liquid in the systems diopside- Pantano, C.G., and Mueller, K.T.: NMR Walter, M., see Lesher et al., 1181 anorthite-akermanite, diopside-anorthite- evidence for formation of octahedral and Wang, J., Kalinichev, A.G., Amonette, J.E., forsterite, and diopside-silica, 1020 tetrahedral Al and repolymerization of the and Kirkpatrick, R.J.: Interlayer structure Sutley, S.J., see Meeker et al., 1955 Si network during dissolution of alumino- and dynamics of Cl-bearing hydrotalcite: Sutton, S., see Meng et al., 1555 silicate glass and crystal, 54 far infrared spectroscopy and molecular Switzer, O., see Ayers et al., 365 Tucker, R.D., see Buchwaldt et al., 1753 dynamics modeling, 398 Szargan, R., see Nesbitt et al., 1279 Twamley, B., see Gunter et al., 1970 Wang, J., Sinogeikin, S.V., Inoue, T., and Tabacchi, G., see Arletti et al., 1416 Twitchen, D.J., see Nadolinny et al., 11 Bass, J.D.: Elastic properties of hydrous Takahashi, E., see Nishihara et al., 80 Uhlig, I., see Nesbitt et al., 1279 ringwoodite, 1608 Takemura, K., see Vanpeteghem et al., 1408 Ulmer, P., see Di Pierro et al., 1817 Wang, L.-M, see Utsunomiya et al., 159 Tanaka, H., see Furuichi et al., 926 Um, W. and Papelisk, C.: Sorption mechanisms Wang, S.-L., see Hou et al., 167 Taylor, L.A., Anand, M., Promprated, P., Floss, of Sr and Pb on zeolitized tuffs from the Watanabe, S., see Furuichi et al., 926 C., and Sobolev, N.V.: The significance of Nevada test site as a function of pH and Weaver, R.M. and Hochella, M.F. Jr.: The 3+ mineral inclusions in large diamonds from ionic strength, 2028 reactivity of seven Mn-oxides with Cra q: Yakutia, Russia, 912 Utsunomiya, S., Peters, S.C., Blum, J.D., A comparative analysis of a complex, Taylor, M.R., see Wallwork et al., 235 and Ewing, R.C.: Nanoscale mineralogy environmentally important redox reac- Tazzoli, V., see Cámara et al., 1115 of in a region of New Hampshire tion, 2016 Teertstra, D.K., see Černý et al. 1832 with elevated As-concentrations in the Welch, M.D., see Kleppe et al., 567 Teinturier, S. and Pironon, J.: Synthetic fluid groundwater, 1844 Welch, M.D., see Navrotsky et al., 1612 inclusions as recorders of microfracture Utsunomiya, S., see Fayek et al., 1583 Welch, M. and Lager, G.: Preface to the Hy- healing and overgrowth formation rates, Utsunomiya, S., see Murakami et al., 377 drous Minerals at High Pressure Special 1204 Utsunomiya, S., Wang, L.-M, Douglas, M., Issue, 1401 Tennant, W.C., see Wilkins et al., 1336 Clark, S.B., and Ewing, R.C.: The effect Wesson, R.L.: Presentation of the Distin- Theisinger, H., see Okrusch et al., 986 of ionizing radiation on uranophane, 159 guished Public Service Award of 2002 to Thomas, R., see Veksler et al., 1724 Vali, H., see Shata et al., 748 David Hill, 943 Thompson, P., see Lee et al., 866 Valley, J.W., see Gilbert et al., 763 White, J.C., Holt, G.S., Parker, D.F., and Ren, Thompson, R.M., see Origlieri, M.J., Erratum, Valley, J.W., see Peck et al., 1003 M.: Trace-element partitioning between al- 1632 Valley, J.W.: Presentation of the Mineralogical kali feldspar and peralkalic quartz trachyte Thompson, R.M., see Origlieri et al., 1025 Society of America Award for 2002 to John to rhyolite magma. Part I: Systematics of Thompson, R.M. and Downs, R.T.: Model py- M. Eiler, 940 trace-element partitioning, 316 roxenes I: Ideal pyroxene topologies, 653 Vance, J.S., see Meeker et al., 1955 White, J.C., see Ren et al., 1091 Tillmanns, E., see Friedrich et al., 462 Vaniman, D.T., see Bish et al., 1889 White, J.C.: Trace-element partitioning Timón, V., Sainz-Díaz, C.I., Botella, V., and Vanpeteghem, C.B., Ohtani, E., Kondo, T., between alkali feldspar and peralkalic Hernández-Laguna, A.: Isomorphous cation Takemura, K., and Kikegawa, T.: Com- quartz trachyte to rhyolite magma. Part II:

substitution in dioctahedral phyllosilicates pressibility of phase Egg AlSiO3OH: Empirical equations for calculating trace- by means of ab initio quantum mechanical Equation of state and role of water at high element partition coefficients of large-ion calculations on clusters, 1788 pressure, 1408 lithophile, high field-strength, and rare- Tinkham, D.K., Zuluaga, C.A., and Stowel, van Bronswijk, W., see Geisler et al., 1496 earth elements, 330 H.H.: Metapelite phase equilibria modeling Van der Gaast, S.J., see Wolthers et al., 2007 White, W.B., see Onac and White, 1395 in MnNCKFMASH: The effect of variable van Miltenburg, J.C., see Klemme and van Wicks, F.J., see Peskleway et al., 18

Al2O3 and MgO/(MgO + FeO) on mineral Miltenburg, 68 Wiedenbeck, M., see Feenstra et al., 798 stability, 1174 Vasilevsky, I.A., see Nadolinny et al., 11 Wildner, M., see Friedrich et al., 462 Todd, E.C. and Sherman, D.M.: Surface oxida- Vasquez, A., see Brady et al., 246 Wilkins, C.J., Tennant, W.C., Williamson, B.E.,

tion of chalcocite (Cu2S) under aqueous (pH Vaughan, D.J., see Charnock et al., 1197 and McCammon, C.A.: Spectroscopic and = 2–11) and ambient atmospheric condi- Veksler, I.V., Thomas, R., and Wirth, R.: related evidence on the coloring and consti-

tions: Mineralogy from Cu L- and O K-edge Crystallization of AlPO4-SiO2 solid solu- tution of New Zealand jade, 1336 X-ray absorption spectroscopy, 1652 tions from granitic melt and implications Williams, P.A., see Martins et al., 501 Tolentino, H.C.N., see Carvalho-e-Silva et for P-rich melt inclusions in pegmatitic Williams, Q., see Bradbury and Williams, al., 876 quartz, 1724 1460 Topa, D., see Berlepsch et al., 450 Velickov, B., see Grodzicki et al., 481 Williams, S., see Zhang et al., 1157 Torrent, J., see Barrón et al., 1679 Veselovský, F., see Ondruš et al., 686 Williamson, B.E., see Wilkins et al., 1336 Tournassat, C., Neaman, A., Villiéras, F., Bos- Vezzalini, G., see Arletti et al., 1416 Wirth, R., see Veksler et al., 1724 bach, D., and Charlet, L.: Nanomorphology Villa, I.M., see Gnos et al., 189 Wolthers, M., Van der Gaast, S.J., and Rickard, of montmorillonite particles: Estimation of Villiéras, F., see Tournassat et al., 1989 D.: The structure of disordered macki- the clay edge sorption site density by low- Vishnevsky, S., see Pratesi et al., 1778 nawite, 2007 pressure gas adsorption and AFM observa- Vitti, C., see Ondruš et al., 686 Wood, B.J., see McDade et al., 1825 tions, 1989 Von Dreele, R.B., see Post et al., 782 Woodfield, B.F., see Majzlan et al., 846 Tracy, R.J. and Beard, J.S.: Manganoan Wada, C., see Kagi et al., 1446 Woodruffite, L.W.F., see Post et al., 1697 kinoshitalite in Mn-rich marble and skarn Wada, H., see Santosh et al., 1689 Wright, K., see Rohl et al., 921 x 2003 AUTHOR INDEX

Wyllie, P.J.: Presentation of the Roebling Medal Yang, P. and Rivers, T.: The origin of Mn Zhang, L., Ellis, D., Williams, S., and Jiang, of the Mineralogical Society of America for and Y annuli in garnet and the thermal W.: Ultrahigh-pressure metamorphism 2002 to Werner Schreyer, 936 dependence of P in garnet and Y in apatite in eclogites from the western Tianshan, Wysoczanski, R., see Koch-Müller et al., in calc-pelite and pelite, Gagnon terrane, China—Reply, 1157 1436 western Labrador, 1398 Zhang, M., see Shi et al., 1866 Xu, H., see Navrotsky et al., 1612 Yapaskurt, V.O., see Bindi et al., 464 Zhang, R.Y. and Liou, J.G.: Clinopyroxenite Xu, Z., see Zhang et al., 1741 Yokoyama, T., see Murakami et al., 377 from the Sulu ultrahigh-pressure terrane, Yakovenchuk, V.N., see Krivovichev et al., 424 Young, J.R., see Henriksen et al., 2040 eastern China: Origin and evolution of gar- Yamanaka, T., see Nagai et al., 1423 Yund, R.A., see Hovis et al., 547 net exsolution in clinopyroxene, 1591 Yanagi, T., see Mori et al., 611 Yuryeva, O.P., see Nadolinny et al., 11 Zhang, Y., Xu, Z., and Liu, Y.: Viscosity of Yang, J.-J., see Zheng et al., 1633 Zachara, J.M., see Kukkadapu et al., 1903 hydrous rhyolitic melts inferred from Yang, J.-J.: Relict edenitet in a garnet lherzolite Zagorsky, V.Y., Peretyazhko, I.S., Sapozhnikov, kinetic experiments, and a new viscosity from the Chinese Su-Lu UHP metamorphic A.N., Zhukhlistov, A.P., and Zvyagin, model, 1741 terrane: Implications for metamorphic his- B.B.: Borocookeite, a new member of Zheng, Y.-F., Yang, J.-J., Gong, B., and Jahn, tory, 180 the from the Malkhan gem B.-M.: Partial equilibrium of radiogenic Yang, J.-J. and Enami, M.: Chromian dis- tourmaline deposit, Central Transbaikalia, and stable isotope systems in garnet peri- sakisite-(Ce) in a garnet lherzolite from Russia, 830 dotite during ultrahigh-pressure metamor- the Chinese Su-Lu UHP metamorphic Zega, T.J., Garvie, L.A.J., and Buseck, P.R.: phism, 1633 terrane: Implications for Cr incorporation Nanometer-scale measurements of iron oxi- Zhukhlistov, A.P., see Zagorsky et al., 830 in epidote-group minerals and recycling of dation states of cronstedtite from primitive Zuluaga, C.A., see Tinkham et al., 1174 REE into the Earthʼs mantle, 604 meteorites, 1169 Zvyagin, B.B., see Zagorsky et al., 830