Table Of Content

Subject index Abyssal peridotites, O barometry 37 chiorite, MOnchberg Massif 336 wadeite, wolgidite 350 accumulation, Merensky Reef metais Oman 166 zircons, Adamelio 504 oad chioritoid, Oman 166 zoisite, MOnchberg metagabbros 120 across-arc variation, Sulawesi lavas chromite, Kilavea 14 cherts 1f.. 390 a7 Merensky Reef 298 chiorite 145, 160!., 1861., 332, 488 aerosol, H.SO, 435 nopyroxene, andesites 375 diagenetic 211 Al-augite 243! Antarctic dykes 102 chioritoid, coex. with glaucophane aldite 166 Carpenter Ridge tuff 225 Oman 180ff alkali basalt 436 Muinchberg Massif 333 chromite, inci. in Kilavea olivine 6&8! alkali Dasaltic amphibolite. solidus San Venanzo 345 Merensky Reef 294, 3011 temp. 431 subduction-related lavas 239 chromitite 2941 alkali teldspar, crustal anatexis 212 The Thumb-xenoliths 621 Ci, basalt magma 440! rapakivi granite 459f f within-plate lavas 234 metapelites 96 alteration zones, tourmalinite 387! crossite, Oman 186 clinopyroxene 9, 70, 151, 2241., 3141 amphibole 119, 221f.. 28071.. 474 dykes, Antarctica 103 3461., 405, 436, 474 zoning 1865 dykes and lavas, Yampa 314! arc lavas) 1391 amphibolite 112, 2291 garnets, MOnchberg Massif 117, 332 metagabbros 118 partial melting 41ff Oman 186 within-plate lavas 233ff amphibolitisation, element mobilisation The Thumb xenoliths 621 CO,, basalt magma 4401 175 glass, basaltic 438 granulites 47211 anatexis 207 ff Kilavea 14 continental crust, Archean, Greenid andesite 3731 glaucophane, Oman 186 1631 andradite, thermodynamics 255! gotzenite, San Venanzo 350 convection patterns, mantie 1501 anorthosite 611.. 205!.. 405!.. 4491.. 473 imenite, Minchberg metagabbros corundum 330 apatite 404, 474 120 Cr, spinels, geobarometry 3511 arc basalts, O barometry 37 kalsilite, San Venanzo 348 Cr-diopside 2431 Archean crust, Greenid., chemical khibinskite, San Venanzo 351 crossite 1621 characterization 163ff avas, Sangihe arc 139 crust development, continental 163ff arc magmas 124ff San Venanzo 351 lower 448ff Sulawesi, variation 137ff Tazekka 232 crust-mantie interaction, continental ash flow. rhyolitic 219 leucite, San Venanzo 345 arcs 124ff ash-tiow tufts 3741 matic inclusions, tuff 226 crystal fractionation, Antarctic dykes augite 83, 2361.. 296, 374 melilite, San Venanzo 347 1071 meit inclusions, Dasalt phenocrysts crystallization, layered intrusion 403ff B. Barberton greenstone tourmalines 440 crystallization mode!, Bjerkreim layered 3961 metagabbros, Minchberg 114 intrusion 4101 backarc-side voicanoes, Sangihe arc metasediments, Munchberg 336 crystallization trend, San Venanzo lavas 1371 mica, Minchberg 334 3511 basalts 3171.. 369 San Venanzo 349 cummingtonite 45 Antarctica 101ff monticellite, San Venanzo 348 cumulate peridotites 151f ophiotite 2 nepheline, San Venanzo 348 cumulates, basalts 444 Re-Os data 150! olivine, andesites 375 Merensky Reet 29311 solidus temp. 491 Antarctic dykes 102 Stitiwater Complex 831 basalt types. erupt. coexistence 439 Kilavea 14 cumulus minerals, layered intrusion basanite 317 Merensky Reef 299 4041 biotite 45. 119. 220f7.. 3301... 455, 468 San Venanzo 345 dehydration meiting 2091 The Thumb xenoliths 621 Dacite 388 Rb-Sr contents 462 orthopyroxene, andesites 375 daphnite 189 biveschists 160ff.. 464 Antarctic dykes 102 dehydration-melting 2031 Br, metapelites 96 Merensky Reef 297 density evolution, fluid inclusions 368 bronzite 683. 204 The Thumb xenoliths 621 D/H data, rapakivi granites 465 bulk iron diffusion, dunites 425 paragonite, Oman 186 diabase dykes 449 burial diagenesis, chiorites 211 perovskite, San Venanzo 350 differentiation trend, San Venanzo lavas phengite, Oman 166 3531 Ca. Archean gneisses, Greenid. 166! phiogopite, Merensky Reef 299 diffusion, chromite 6f calcite 360 plagiociase, andesites 375 Fe in dunites, experim. 417ff carbonatite 449 Antarctic dykes 102 garnet zoning 487ff carpholite 189 Carpenter Ridge Tuff 221 diffusion modeis 4311 harnockite 473 Merensky Reef 296 diffusion profiles, Fe in PVolivine 4221 chemical analysis Munchberg metagabbros 11/7 diopside 69, 3431 amphiboles. Munchberg metagabbros pumpetiyites, ophiolite 4 diorite 503 6e9 rutile, MOnchberg metagabbros 120 discordance, zircon U-Pb data 507 amphibolite 44 sanidine, Carpenter Ridge tuff 221 dolerite dykes 2, 100ff andesite, San Juan 376 skarn minerais 260 Gunite 295! arc igneous rocks, Sta. Rita Mts spineis, San Venanzo 350 biotite, Carpenter Ridge tuff 221 staurolite, Munchberg 334 Eclogites 1121., 180ff Munchberg Massif 120, 335 tourmaline, Barberton 392 Moinchberg Massif 328ff rapakiv 4591 Sr isotope data, Antarctic dykes 1041 ; water Compiex Pr rapakivi granites 4621 Sr Nod isotope data. arc avas 140 1 agic ase mantie rapakiv Yampa voicanics 318 dDasaits. Yampa f anes fluid n ius or wif Staurolite 330f e processes c ate tecton cs indonesia stratiform pegmatoids, Merensky Reet jata. rapakivi grar yoda ric P T path models 2041 Mpos ‘leeeerr 4 ‘ nets 404t stress field fluid inclusion orientation ase +3 € » reet M erensky Reet 4 67 64. 83. 1001... 1 iffusio 42d 1 stromatolite Barberton 3871 447 7 4 4 7 ip elements, Merer sky Heet 294 sudduction 1, 124, 182, 231, 326 avas 1907 path caiculations jarnet subdduction related lavas 236f! af subduction zone, geochemistry 1377 subsolidus dehydration 2031 sulfur degassing 435ff symplectites eclogite 3301 nes garnet peridotite 69! 2931 Tak 197 tectonism Archean Greenid 1631 th€e rmomet<r v Quartz 49 1831 Gorgona komatiites 1551 488 webdsterite 243! }" sarrit? Jiorite 274 tepHhirmaa lay43a5 360 enses Himalaya, fui Kilavea 9! us ons 356 ff wajrarttzz mmaonngzeorniittee P4b0 5 isotope lata ay ttehxet1ur8rm8e o, barroampeak}itvriy feOidmsapna rs met4ap5e9lf itt es wwartz thole te 435 thermodynamics, glaucophane 485 giaucophane/chioritoid 1891 apak avi ritger ar te 459 ft tthiotlaen omtae gne1t51i,t e 285, 151,4 3512 431 c > vi Jtaelxat urer apak4i6v) ttoonnaalliittiec g2n7e4i,s s,4 491.A, rch5e0a3n 163f t armapton.i bos p tneelss . 2t8 1 ttoraucrem aleilneitmeesn,t s, straantdiefsoirtm es 36371T7 t8I arct Jolerite jykes Archean gneisses Greenid 1661 af heaavra s gnei3s9s1 es Greer akroc matiaivtaess 12165!3 138ft das ait giass 438 avas, Yampa 3141 REE fractionation. Archear rocks Green + 77 mmaettia gabrber ouss,i onsM unicn htbufefrs g 2261!1 4f drat within-plate lavas 2321! tracer diffusivities, garnet zoning 489 uid in us trachybasalt 17 " sotopK systemat troctolite 83 rwaaddee metamort trondnhjemite U-Pb content of zircons 505 matic nciusions 27197 9% 451 U-Pt dating zircons SOi1ff ts ayered |-5P0b6 sotope data, Adame 1a31 +H ip ft ng Yampa regior 3121 upper mantie oxidation state 2/7ff Ves« es, tephra giass 43 vok ani front Sangihe ar 138! volume diffusior garnets 495 vine Rt data tes B3f Wadeite 343 wairakite 4 e Hier: water-magma ir Ailavea magma 436 183 332 wer te 2431 2431 449 within piate env ronment 2311 wollaston te e Moierrc stab U rgite xer yhiths Xenocrysts, Yampa List of locations