Origin of igneous rocks: the isotopic evidence ; with ... 60 tables
Gespeichert in:
| 1. Verfasser: | |
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| Format: | Abschlussarbeit Buch |
| Sprache: | English |
| Veröffentlicht: |
Berlin [u.a.]
Springer
2001
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| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XV, 496 S. Ill., graph. Darst., Kt. |
| ISBN: | 3540677720 |
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| 245 | 1 | 0 | |a Origin of igneous rocks |b the isotopic evidence ; with ... 60 tables |c Gunter Faure |
| 264 | 1 | |a Berlin [u.a.] |b Springer |c 2001 | |
| 300 | |a XV, 496 S. |b Ill., graph. Darst., Kt. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 502 | |a Literaturverz.: S. 401 - 456 | ||
| 650 | 4 | |a Magmatisches Gestein - Gesteinsbildung - Isotopengeochemie | |
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Datensatz im Suchindex
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GUNTER FAURE ORIGIN OF IGNEOUS ROCKS THE ISOTOPIC EVIDENCE WITH 420
FIGURES AND 60 TABLES SPRINGER CONTENTS 1 CHEMICAL PROPERTIES AND
ISOTOPE SYSTEMATICS 1 1.1 CHEMICAL PROPERTIES OF RB AND SR 1 1.2 ISOTOPE
SYSTEMATICS OF RB AND SR 4 1.2.1 ISOTOPE ABUNDANCES 4 1.2.2 DECAY OF 87
RB TO 87 SR 5 1.2.3 ISOTOPE FRACTIONATION 7 1.2.4 INTERLABORATORY
SR-ISOTOPE STANDARDS 8 1.3 THE RB-SR METHOD OF DATING 8 1.4 FITTING OF
ISOCHRONS 10 1.5 THE SM-ND METHOD OF DATING 12 1.6 THE EPSILON NOTATION
12 1.7 MIXTURES OF TWO COMPONENTS 14 1.7.1 TWO-COMPONENT MIXTURES 14
1.7.2 ISOTOPIC MIXTURES OF SR AND ND 15 1.8 THE U-PB METHODS OF DATING
17 1.8.1 THE U-PB CONCORDIA 18 1.8.2 THE PB-PB METHOD 19 1.9 OXYGEN
ISOTOPE COMPOSITION 20 1.10 FRACTIONAL CRYSTALLIZATION OF MAGMA 21
1.10.1 DISTRIBUTION COEFFICIENTS 21 1.10.2 RUBIDIUM AND STRONTIUM
CONCENTRATIONS OF PLUTONIC IGNEOUS ROCKS 23 1.10.3 TRACE-ELEMENT
MODELING 26 1.11 ASSIMILATION AND FRACTIONAL CRYSTALLIZATION 27 1.12
METEORITES AND THE ISOTOPE EVOLUTION OF TERRESTRIAL STRONTIUM 29 1.13
SUMMARY AND PREVIEW 30 2 THE ORIGIN OF VOLCANIC ROCKS IN THE OCEANS 31
2.1 MAGMA FORMATION IN THE MANTLE 31 2.2 MID-OCEAN RIDGE BASALT,
ATLANTIC OCEAN 34 2.2.1 NORTH ATLANTIC OCEAN 34 2.2.2 CENTRAL ATLANTIC
OCEAN 35 2.2.3 SOUTH ATLANTIC OCEAN 36 2.2.4 THE WALVIS RIDGE IN THE
SOUTH ATLANTIC 38 2.3 ICELAND 38 2.3.1 THE THOLEIITES OF ICELAND 38
2.3.2 RHYOLITES AND ALKALI-RICH ROCKS OF ICELAND 41 2.3.3 THE ICELAND
PLUME 44 2.4 CANARY ISLANDS 44 2.4.1 VOLCANIC ROCKS OF GRAN CANARIA AND
TENERIFE 44 2.4.2 FUERTEVENTURA 46 2.4.3 ULTRAMAFIC INCLUSIONS, HIERRO
47 CONTENTS 2.5 ISLANDS OF THE ATLANTIC OCEAN 47 2.5.1 AZORES
ARCHIPELAGO 47 2.5.2 CAPE VERDE ARCHIPELAGO 50 2.5.3 FERNANDO DE NORONHA
51 2.5.4 ASCENSION ISLAND 51 2.5.5 ST. HELENA 53 2.5.6 TRISTAN DA CUNHA
AND INACCESSIBLE ISLAND 54 2.5.7 GOUGH ISLAND 55 2.5.8 BOUVET ISLAND 56
2.6 MANTLE COMPONENTS AND PLUMES 56 2.6.1 INITIATION OF PLUMES 57 2.6.2
MANTLE COMPONENTS 57 2.6.3 INTERACTIONS OF PLUMES AND RIDGES 59 2.7
MORBS OF THE PACIFIC OCEAN 60 2.8 ISLANDS OF THE EAST PACIFIC OCEAN 62
2.8.1 GALAPAGOS ISLANDS : 62 2.8.2 EASTER ISLAND AND SALA Y GOMEZ 63
2.8.3 SAN FELIX AND SAN AMBROSIO ISLANDS 64 2.8.4 JUAN FERNANDEZ ISLANDS
64 2.9 SEAMOUNTS OF THE EASTERN PACIFIC OCEAN 65 2.9.1 SEAMOUNTS OF THE
EAST PACIFIC RISE 65 2.9.2 SEAMOUNTS OF THE JUAN DE FUCA RIDGE 66 2.9.3
PRATT-WELKER SEAMOUNT CHAIN 66 2.10 THE ISLAND CHAINS OF POLYNESIA 67
2.10.1 PITCAIRN AND THE GAMBIER ISLANDS 68 2.10.2 MARQUESAS ISLANDS 69
2.10.3 SOCIETY ISLANDS 71 2.10.4 AUSTRAL AND COOK ISLANDS 71 2.10.5
LESSONS ABOUT THE MANTLE FROM THE LAVAS OF POLYNESIA 73 2.10.6 MANTLE
COMPONENTS OF POLYNESIA 75 2.10.7 MANTLE ISOCHRONS 75 2.10.8 THE DUPAL
ANOMALY 76 2.11 ONTONG JAVA AND MANIHIKI PLATEAUS 78 2.12 THE HAWAIIAN
ISLANDS AND EMPEROR SEAMOUNTS 79 2.12.1 THE HAWAIIAN ISLANDS 79 2.12.2
HAWAIIAN XENOLITHS 83 2.12.3 EMPEROR SEAMOUNTS 84 2.13 SAMOAN ISLANDS,
WESTERN PACIFIC 84 2.14 MORBS OF THE INDIAN OCEAN 86 2.15 KERGUELEN AND
HEARD ISLANDS 89 2.15.1 KERGUELEN ISLANDS 91 2.15.2 HEARD ISLAND 91
2.15.3 NINETYEAST RIDGE, BROKEN RIDGE, AND THE NATURALISTE PLATEAU 92
2.16 OCEANIC ISLANDS OF THE INDIAN OCEAN 93 2.16.1 AMSTERDAM AND ST.
PAUL 93 2.16.2 RODRIGUEZ ISLAND 93 2.16.3 MASCARENE ISLANDS (REUNION,
MAURITIUS, AND SEYCHELLES) 94 2.16.4 COMOROS 95 2.16.5 PRINCE EDWARDS
ISLANDS (MARION AND PRINCE EDWARD) 97 2.16.6 CROZET ISLANDS 97 2.17 GULF
OF ADEN AND THE RED SEA 97 2.17.1 GULF OF ADEN 97 2.17.2 RED SEA 98
2.17.3 ISLANDS IN THE RED SEA 98 2.18 SUMMARY: THE IMPORTANCE OF PLUMES
99 CONTENTS XI 3 SUBDUCTION ZONES IN THE OCEANS 103 3.1 PETROGENETIC
MODELS 103 3.2 THE MARIANA ISLAND ARC IN THE PACIFIC OCEAN 105 3.2.1
ROLE OF SUBDUCTED SEDIMENT 106 3.2.2 THE K 2 O-DEPTH RELATION 107 3.2.3
MARIANA TROUGH (BACK-ARC BASIN) 109 3.2.4 HYDROTHERMAL VENTS IN THE
MARIANA TROUGH 110 3.2.5 SHOSHONITES OF THE NORTHERN SEAMOUNT PROVINCE
ILL 3.2.6 BONINITES OF THE BONIN AND ISU ISLANDS ILL 3.3 THE ALEUTIAN
ISLANDS 112 3.3.1 LATERAL HOMOGENEITY OF 87 SR/ 86 SR RATIOS 113 3.3.2
AMAK AND BOGOSLOF ISLANDS 113 3.3.3 THE PLUM-PUDDING MODEL AND SEDIMENT
RECYCLING REVISITED 114 3.4 KAMCHATKA AND THE KURIL ISLANDS 116 3.4.1
KAMCHATKA PENINSULA 116 3.4.2 THE KURIL ISLANDS 117 3.5 THE JAPANESE
ISLANDS 118 3.5.1 GRANITE PLUTONS ON THE JAPANESE ISLANDS 118 3.5.2
CRETACEOUS AND MIOCENE RHYOLITES OF HONSHU 120 3.5.3 CENOZOIC BASALTS
AND ANDESITES OF HONSHU 121 3.5.4 THE VOLCANIC ARC OF SOUTHWESTERN
HONSHU AND THE RYUKYU ISLANDS 123 3.5.5 SEA OF JAPAN 125 3.5.6
PETROGENESIS IN THE JAPANESE ISLAND-ARC SYSTEM 126 3.6
TONGA-KERMADEC-NEW ZEALAND 126 3.6.1 THE FIJI ISLANDS 127 3.6.2
TONGA-KERMADEC ISLAND ARC 128 3.6.3 TAUPO VOLCANIC ZONE, NEW ZEALAND 129
3.6.4 MOUNT TARANAKI 131 3.7 THE SUNDA ISLANDS OF INDONESIA 131 3.7.1
SUNDA ARC 131 3.7.2 BANDA ARC 134 3.7.3 SULAWESI AND KALIMANTAN 135 3.8
PHILIPPINE ISLANDS AND THE LUZON ARC 136 3.8.1 TAIWAN AND THE LUZON ARC
137 3.8.2 BATAAN ARC, LUZON 137 3.9 OTHER OCEANIC ISLAND ARCS IN THE
PACIFIC AND ATLANTIC OCEANS 140 3.9.1 THE NEW BRITAIN ARC, PAPUA NEW
GUINEA 140 3.9.2 THE ALNOITE OF MALAITA, SOLOMON ISLANDS 142 3.9.3 THE
VANUATU ISLAND ARC 143 3.9.4 SCOTIA ARC, SOUTH ATLANTIC OCEAN 144 3.9.5
SOUTH SHETLAND ISLANDS, ANTARCTIC PENINSULA 145 3.10 THE LESSER
ANTILLES, CARIBBEAN SEA 146 3.10.1 ISLANDS OF THE LESSER ANTILLES 147
3.10.2 GRENADA 148 3.10.3 MARTINIQUE 150 3.11 MESOZOIC BASALT, CARIBBEAN
SEA 150 3.11.1 GORGONA ISLAND 151 3.11.2 TOBAGO 151 3.12 MEDITERRANEAN
SEA 152 3.12.1 HELLENIC ISLAND ARC 152 3.12.2 EOLIAN ISLAND ARC 153
3.12.3 SARDINIA AND ISCHIA 154 3.12.4 SICILY 154 3.12.5 PANTELLERIA AND
LINOSA 155 3.13 SUMMARY: PETROGENESIS IN SUBDUCTION ZONES 155 XII
CONTENTS 4 THE COMPRESSIVE MARGIN OF THE AMERICAN CONTINENTS 157 4.1
ANDES OF SOUTH AMERICA 157 4.1.1 PETROGENESIS IN THE NORTHERN ANDES OF
COLOMBIA 158 4.1.2 CRUSTAL CONTAMINATION OF MAGMAS IN THE CENTRAL
VOLCANIC ZONE . 159 4.1.3 IGNIMBRITES OF THE CENTRAL VOLCANIC ZONE
163 4.1.4 CRYSTALLINE BASEMENT ROCKS OF PERU 163 4.1.5 SOUTHERN VOLCANIC
ZONE 165 4.1.6 THE AUSTRAL ANDES 166 4.2 RHYOLITES AND IGNIMBRITES OF
CENTRAL AMERICA AND MEXICO 167 4.2.1 RHYOLITE IGNIMBRITES OF CENTRAL
AMERICA 167 4.2.2 IGNIMBRITES OF THE SIERRA MADRE OCCIDENTAL, MEXICO 168
4.2.3 RHYOLITES OF THE MEXICAN VOLCANIC BELT 169 4.2.4 STANDARD MODEL OF
RHYOLITE IGNIMBRITE PETROGENESIS 170 4.2.5 QUATERNARY LAVAS OF SAN LUIS
POTOSI, MEXICO 171 4.3 RHYOLITES AND IGNIMBRITES OF CALIFORNIA 172 4.3.1
LONG VALLEY CALDERA AND THE BISHOP TUFF 172 4.3.2 PETROGENESIS OF THE
RHYOLITES AT LONG VALLEY 174 4.3.3 RHYOLITES OF THE COSO RANGE 175 4.3.4
WOODS MOUNTAINS VOLCANIC CENTER 176 4.3.5 MAGMA SOURCES, CIMA VOLCANIC
FIELD 177 4.4 SILICIC VOLCANIC ROCKS OF THE SOUTHWESTERN USA 178 4.4.1
SUPERSTITION MOUNTAINS, ARIZONA 178 4.4.2 NUCLEAR TEST SITE, NYE COUNTY,
NEVADA 179 4.4.3 BIMODAL BASALT-RHYOLITE SUITES 180 4.5 MAFIC VOLCANIC
ROCKS, SOUTHWESTERN USA 181 4.5.1 BASIN AND RANGE PROVINCE 181 4.5.2
COLORADO PLATEAU 182 4.5.3 SAN JUAN MOUNTAINS, COLORADO PLATEAU 182 4.6
THE CASCADE RANGE OF THE NORTHWESTERN USA 183 4.7 CENOZOIC VOLCANIC
ROCKS OF THE OREGON PLATEAU 185 4.8 SUMMARY: THE TERTIARY IGNIMBRITES OF
THE AMERICAS 187 5 CONTINENTAL FLOOD BASALT PROVINCES 189 5.1
PETROGENESIS OF FLOOD BASALTS 189 5.2 COLUMBIA RIVER BASALT, USA 190 5.3
THE SNAKE RIVER PLAIN AND YELLOWSTONE CALDERA 193 5.3.1 THE SNAKE RIVER
PLAIN, IDAHO 194 5.3.2 YELLOWSTONE CALDERA, WYOMING 195 5.3.3 ABSAROKA
VOLCANIC FIELD, WYOMING 196 5.4 NORTH ATLANTIC IGNEOUS PROVINCE 196
5.4.1 SKYE, INNER HEBRIDES, SCOTLAND 197 5.4.2 MULL, INNER HEBRIDES,
SCOTLAND 200 5.4.3 THE FAEROE ISLANDS 201 5.4.4 ROCKALL BANK, NORTH
ATLANTIC OCEAN 202 5.4.5 ANTRIM PLATEAU, NORTHERN IRELAND 203 5.4.6
SKAERGAARD INTRUSION, EAST GREENLAND 205 5.4.7 KANGERDLUGSSUAQ SYENITE
COMPLEX, EAST GREENLAND 208 5.4.8 TERTIARY VOLCANICS OF NORTHEAST
GREENLAND 208 5.4.9 TERTIARY VOLCANIC ROCKS OF WEST GREENLAND 209 5.4.10
SARQATA QAQA COMPLEX OF UBEKENDT ISLAND 211 5.5 DECCAN PLATEAU, INDIA
212 5.6 RAJMAHAL PLATEAU, NORTHEASTERN INDIA 215 5.7 THE SOUTH ATLANTIC
IGNEOUS PROVINCE 216 5.7.1 PARANA PLATEAU OF BRAZIL 217 5.7.2 ETENDEKA
GROUP, NAMIBIA 220 5.7.3 DAMARALAND IGNEOUS COMPLEXES, NAMIBIA 222
CONTENTS XIII 5.8 THE BRAZIL-WEST AFRICA CONNECTION 223 5.8.1 ABROLHOS
ARCHIPELAGO, BRAZIL 224 5.8.2 CAMEROON LINE, WEST AFRICA 225 5.8.3
ANOROGENIC PLUTONS OF CAMEROON AND NIGERIA 227 5.9 THE NORTHEASTERN
BRAZIL-LIBERIA CONNECTION 228 5.9.1 MARANHAO PLATEAU, NORTHEASTERN
BRAZIL 229 5.9.2 LATE-STAGE MAGMATIC ACTIVITY OF NE BRAZIL 230 5.9.3
MESOZOIC DIABASE DIKES OF WEST AFRICA 231 5.9.4 FREETOWN LAYERED GABBRO
COMPLEX, SIERRA LEONE 232 5.10 MAGMATIC ACTIVITY ALONG THE ATLANTIC
COAST OF NORTH AMERICA 233 5.10.1 BASALT AND DIABASE OF THE EAST COAST
OF NORTH AMERICA 234 5.10.2 ANOROGENIC PLUTONS OF NEW ENGLAND 235 5.10.3
NEW ENGLAND SEAMOUNTS 236 5.10.4 MONTEREGIAN HILLS, QUEBEC 237 5.11 THE
SOUTH AFRICA-ANTARCTICA CONNECTION 237 5.11.1 THE KAROO VOLCANIC
PROVINCE, SOUTHEASTERN AFRICA 238 5.11.2 BASALTS OF QUEEN MAUD LAND,
ANTARCTICA 241 5.12 JURASSIC THOLEIITES OF THE TRANSANTARCTIC MOUNTAINS
243 5.12.1 MESA RANGE, NORTHERN VICTORIA LAND 244 5.12.2 BRIMSTONE
VOLCANIC CENTER, SOUTHERN VICTORIA LAND 246 5.12.3 QUEEN ALEXANDRA
RANGE, CENTRAL TRANSANTARCTIC MOUNTAINS 248 5.12.4 FERRAR DOLERITE SILLS
250 5.12.5 DUFEK INTRUSION, PENSACOLA MOUNTAINS 252 5.12.6 DOLERITES OF
TASMANIA 253 5.12.7 TECTONIC HISTORY OF GONDWANA 254 5.13 THE SIBERIAN
FLOOD-BASALT PROVINCE 255 5.14 CENOZOIC BASALTS OF EASTERN CHINA 258
5.14.1 NORTHERN CHINA 260 5.14.2 HAINAN ISLAND AND THE SOUTH CHINA SEA
261 5.14.3 KHORAT PLATEAU, THAILAND 262 5.15 FLOOD BASALTS OF ETHIOPIA
AND YEMEN 263 5.15.1 ETHIOPIAN PLATEAU 263 5.15.2 AFAR REGION AND
DJIBOUTI 267 5.15.3 PLATEAU BASALTS OF WESTERN YEMEN 269 5.15.4 THE ADEN
VOLCANO OF SOUTHERN YEMEN 270 5.16 CONTINENTAL BASALTS OF ARABIA 271
5.16.1 AL LITH AREA, SAUDI ARABIA 271 5.16.2 VOLCANIC CENTERS OF SAUDI
ARABIA 272 5.16.3 EVIDENCE FOR A FOSSIL PLUME 274 5.16.4 ORIGIN OF THE
ARABIAN-NUBIAN SHIELD 275 5.16.5 THE PAN-AFRICAN OROGENY IN SAUDI ARABIA
275 5.17 SUMMARY: PLUMES DOMINATE THE MANTLE 277 6 ALKALIC IGNEOUS ROCKS
ON THE CONTINENTS 281 6.1 EAST AFRICAN RIFT SYSTEM 282 6.1.1 PRECAMBRIAN
SHIELD OF EAST AFRICA 282 6.1.2 GREGORY RIFT, KENYA AND TANZANIA 283
6.1.3 NATROCARBONATITE OF OLDOINYO LENGAI, TANZANIA 284 6.1.4
CARBONATITES OF EAST AFRICA 286 6.1.5 XENOLITHS OF NORTHERN TANZANIA 288
6.1.6 ALKALIC ROCKS OF EASTERN UGANDA 290 6.2 POTASSIC ROCKS OF THE
WESTERN RIFT OF EAST AFRICA 291 6.3 VOLCANIC ACTIVITY OF NORTH-CENTRAL
AFRICA 294 6.3.1 DARFUR VOLCANIC CENTER OF WESTERN SUDAN 294 6.3.2
TIBESTI MASSIF, LIBYA AND CHAD 296 6.3.3 TAHALRA VOLCANIC CENTER,
HOGGAR, ALGERIA 296 XIV CONTENTS 6.4 INTRAPLATE ALKALINE PLUTONS OF
AFRICA 297 6.4.1 ABU KHRUQ COMPLEX, EGYPT 297 6.4.2 ALKALI-RICH RING
COMPLEXES OF SUDAN 298 6.4.3 MARANGUDZI COMPLEX, ZIMBABWE 299 6.5
MEDITERRANEAN REGION 299 6.5.1 ITALY 299 6.5.2 SOUTHEASTERN SPAIN
(ALKALI-RICH ROCKS) 304 6.5.3 SOUTHEASTERN SPAIN (CALC-ALKALINE LAVAS)
306 6.5.4 MONCHIQUE COMPLEX, SOUTHERN PORTUGAL 306 6.6 ALKALI-RICH ROCKS
OF CENTRAL EUROPE 307 6.6.1 MASSIF CENTRAL, FRANCE 308 6.6.2 CENTRAL
GERMANY 309 6.6.3 LAACHER SEE, EAST EIFEL 310 6.6.4 XENOLITHS, WEST
EIFEL MOUNTAINS 311 6.6.5 NORTHERN HESSIAN DEPRESSION 312 6.6.6 UPPER
RHINE GRABEN 312 6.6.7 KAISERSTUHL 313 6.6.8 LOWER SILESIA, SOUTHWEST
POLAND 314 6.6.9 CARPATHIAN MOUNTAINS, HUNGARY 315 6.6.10 LAMPROPHYRE
DIKES 316 6.7 SCANDINAVIA 317 6.7.1 OSLO GRABEN, NORWAY 317 6.7.2 FEN,
SOUTHWESTERN NORWAY 319 6.7.3 ALN6, SWEDEN 321 6.8 KOLA PENINSULA,
RUSSIA 322 6.8.1 MUNTSCHE-TUNDRA PLUTON 322 6.8.2 KHIBINA AND LOVOZERO
INTRUSIVES 322 6.9 WESTERN NORTH AMERICA 324 6.9.1 LEUCITE HILLS,
WYOMING 325 6.9.2 HIGHWOOD AND CRAZY MOUNTAINS, MONTANA 326 6.9.3 SIERRA
NEVADA MOUNTAINS, CALIFORNIA 327 6.9.4 NAVAJO PETROLOGIC PROVINCE,
ARIZONA AND NEW MEXICO 328 6.9.5 HOPI BUTTES, ARIZONA 329 6.10
ULTRAMAFIC INCLUSIONS, WESTERN NORTH AMERICA 329 6.10.1 NEW MEXICO 330
6.10.2 ARIZONA 331 6.10.3 CALIFORNIA 333 6.10.4 BAJA CALIFORNIA, MEXICO
333 6.11 AUSTRALIA 334 6.11.1 NEW SOUTH WALES 334 6.11.2 ULTRAMAFIC
INCLUSIONS, KIAMA, NEW SOUTH WALES 335 6.11.3 NEWER BASALTS, VICTORIA
336 6.11.4 ULTRAMAFIC INCLUSIONS, NEWER VOLCANICS, VICTORIA 337 6.11.5
WESTERN AUSTRALIA: ORIGIN OF K-RICH LAVAS 340 6.12 ANTARCTICA 342 6.12.1
MCMURDO VOLCANIC GROUP 343 6.12.2 INCLUSIONS, MCMURDO VOLCANIC GROUP,
ROSS ISLAND 344 6.12.3 NORTHERN VICTORIA LAND AND THE BALLENY ISLANDS
345 6.12.4 MARIE BYRD AND ELLSWORTH LAND, WEST ANTARCTICA 345 6.12.5
ULTRAMAFIC INCLUSIONS, MARIE BYRD LAND 347 6.12.6 PETER I. ISLAND 347
6.12.7 ANTARCTIC PENINSULA 347 6.12.8 GAUSSBERG 348 6.13 SUMMARY: THE
CASE FOR MANTLE METASOMATISM 349 CONTENTS XV 7 DIFFERENTIATED GABBRO
INTRUSIVES 351 7.1 MIDCONTINENTAL RIFT SYSTEM OF NORTH AMERICA 352 7.1.1
MAMAINSE POINT FORMATION, ONTARIO 352 7.1.2 KEWEENAW PENINSULA, MICHIGAN
353 7.1.3 NONESUCH SHALE, WHITE PINE, MICHIGAN 354 7.1.4 SIBLEY GROUP,
ONTARIO 355 7.1.5 DULUTH GABBRO AND RELATED INTRUSIVES 355 7.1.6
COLDWELL COMPLEX AND RELATED ALKALIC INTRUSIVES 356 7.2 MUSKOX INTRUSION
AND THE COPPERMINE RIVER BASALT, CANADA 356 7.2.1 MUSKOX INTRUSION 357
7.2.2 COPPERMINE RIVER BASALT 358 7.3 DIABASE DIKES AND SILLS OF THE
CANADIAN PRECAMBRIAN SHIELD 359 7.3.1 MACKENZIE DIKES 359 7.3.2
NIPISSING DIABASE SILL 360 7.4 STILLWATER COMPLEX, MONTANA 360 7.5
KIGLAPAIT INTRUSION, LABRADOR 362 7.6 CALEDONIAN GABBROS OF NORTHEAST
SCOTLAND 363 7.7 RHUM INTRUSION, INNER HEBRIDES, SCOTLAND 364 7.8
BUSHVELD COMPLEX, SOUTH AFRICA 366 7.8.1 MAFIC ROCKS OF THE LAYERED
SUITE 366 7.8.2 AGE AND STRONTIUM-ISOTOPE STRATIGRAPHY 367 7.8.3
PLATREEF, NORTHERN BUSHVELD 369 7.8.4 ROOIBERG FELSITES 370 7.8.5
GRANOPHYRES 372 7.8.6 LEBOWA GRANITE 372 7.8.7 ARCHEAN GRANITOIDS 373
7.9 GREAT DYKE, ZIMBABWE 374 7.10 MAFIC INTRUSIVES OF AUSTRALIA 375
7.10.1 WINDIMURRA GABBRO, WESTERN AUSTRALIA 375 7.10.2 KALKA INTRUSION,
GILES COMPLEX, CENTRAL AUSTRALIA 376 7.11 SUMMARY: PETROGENESIS IN THE
PRECAMBRIAN 378 8 ARCHEAN GREENSTONE BELTS AND GRANITIC GNEISSES OF
NORTH AMERICA . 379 8.1 GREENSTONE BELTS OF THE SUPERIOR CRATON 379
8.1.1 RAINY LAKE, NORTHWESTERN ONTARIO 380 8.1.2 VERMILION GREENSTONE
BELT, MINNESOTA 382 8.1.3 MICHIPICOTEN AND GAMITAGAMA GREENSTONE BELTS,
ONTARIO 383 8.1.4 KOMATIITES 385 8.1.5 ABITIBI GREENSTONE BELT, ONTARIO
AND QUEBEC 386 8.1.6 DUXBURY MASSIF, QUEBEC 390 8.2 MANTLE-SEPARATION
DATES 391 8.3 ISOTOPIC HOMOGENIZATION OF GRANITIC GNEISSES 392 8.4 THE
WYOMING CRATON 393 8.5 AMITSOQ GNEISS AND ISUA SUPRACRUSTALS, WEST
GREENLAND 395 8.5.1 AMITSOQ GNEISSES, GODTHABSFJORD 395 8.5.2 ISUA
SUPRACRUSTALS 396 8.5.3 MALENE SUPRACRUSTALS AND NUK GNEISSES 397 8.5.4
QORQUT GRANITE 398 8.6 SUMMARY: THE ORIGIN OF THE OLDEST ROCKS 398
REFERENCES 401 AUTHOR INDEX 457 INDEX OF GEOGRAPHIC AND GEOLOGIC NAMES
469 GEOLOGIC TIME SCALE 495 |
| any_adam_object | 1 |
| author | Faure, Gunter |
| author_facet | Faure, Gunter |
| author_role | aut |
| author_sort | Faure, Gunter |
| author_variant | g f gf |
| building | Verbundindex |
| bvnumber | BV013636704 |
| classification_rvk | RB 10121 TH 2300 |
| ctrlnum | (OCoLC)76171957 (DE-599)BVBBV013636704 |
| dewey-full | 552/.1 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| dewey-ones | 552 - Petrology |
| dewey-raw | 552/.1 |
| dewey-search | 552/.1 |
| dewey-sort | 3552 11 |
| dewey-tens | 550 - Earth sciences |
| discipline | Geologie / Paläontologie Geographie |
| format | Thesis Book |
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| genre | (DE-588)4113937-9 Hochschulschrift gnd-content |
| genre_facet | Hochschulschrift |
| id | DE-604.BV013636704 |
| illustrated | Illustrated |
| indexdate | 2024-07-20T07:51:53Z |
| institution | BVB |
| isbn | 3540677720 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-009317159 |
| oclc_num | 76171957 |
| open_access_boolean | |
| owner | DE-20 DE-703 DE-19 DE-BY-UBM DE-29 DE-634 DE-83 DE-188 DE-B16 DE-M490 |
| owner_facet | DE-20 DE-703 DE-19 DE-BY-UBM DE-29 DE-634 DE-83 DE-188 DE-B16 DE-M490 |
| physical | XV, 496 S. Ill., graph. Darst., Kt. |
| publishDate | 2001 |
| publishDateSearch | 2001 |
| publishDateSort | 2001 |
| publisher | Springer |
| record_format | marc |
| spelling | Faure, Gunter Verfasser aut Origin of igneous rocks the isotopic evidence ; with ... 60 tables Gunter Faure Berlin [u.a.] Springer 2001 XV, 496 S. Ill., graph. Darst., Kt. txt rdacontent n rdamedia nc rdacarrier Literaturverz.: S. 401 - 456 Magmatisches Gestein - Gesteinsbildung - Isotopengeochemie Magmatisches Gestein (DE-588)4036974-2 gnd rswk-swf Isotopengeochemie (DE-588)4136262-7 gnd rswk-swf Gesteinsbildung (DE-588)4157153-8 gnd rswk-swf (DE-588)4113937-9 Hochschulschrift gnd-content Magmatisches Gestein (DE-588)4036974-2 s DE-604 Gesteinsbildung (DE-588)4157153-8 s Isotopengeochemie (DE-588)4136262-7 s DE-188 HEBIS Datenaustausch Darmstadt application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009317159&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Faure, Gunter Origin of igneous rocks the isotopic evidence ; with ... 60 tables Magmatisches Gestein - Gesteinsbildung - Isotopengeochemie Magmatisches Gestein (DE-588)4036974-2 gnd Isotopengeochemie (DE-588)4136262-7 gnd Gesteinsbildung (DE-588)4157153-8 gnd |
| subject_GND | (DE-588)4036974-2 (DE-588)4136262-7 (DE-588)4157153-8 (DE-588)4113937-9 |
| title | Origin of igneous rocks the isotopic evidence ; with ... 60 tables |
| title_auth | Origin of igneous rocks the isotopic evidence ; with ... 60 tables |
| title_exact_search | Origin of igneous rocks the isotopic evidence ; with ... 60 tables |
| title_full | Origin of igneous rocks the isotopic evidence ; with ... 60 tables Gunter Faure |
| title_fullStr | Origin of igneous rocks the isotopic evidence ; with ... 60 tables Gunter Faure |
| title_full_unstemmed | Origin of igneous rocks the isotopic evidence ; with ... 60 tables Gunter Faure |
| title_short | Origin of igneous rocks |
| title_sort | origin of igneous rocks the isotopic evidence with 60 tables |
| title_sub | the isotopic evidence ; with ... 60 tables |
| topic | Magmatisches Gestein - Gesteinsbildung - Isotopengeochemie Magmatisches Gestein (DE-588)4036974-2 gnd Isotopengeochemie (DE-588)4136262-7 gnd Gesteinsbildung (DE-588)4157153-8 gnd |
| topic_facet | Magmatisches Gestein - Gesteinsbildung - Isotopengeochemie Magmatisches Gestein Isotopengeochemie Gesteinsbildung Hochschulschrift |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009317159&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT fauregunter originofigneousrockstheisotopicevidencewith60tables |