Verfügbarkeit: Handbook of strata-bound and stratiform ore deposits

Handbook of strata-bound and stratiform ore deposits: 2. Regional studies and specific deposits. 6 Cu, Zn, Pb, and Ag deposits

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Format:	Buch
Sprache:	English
Veröffentlicht:	Amsterdam [u.a.] Elsevier 1976
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	XVI, 385 S. graph. Darst., zahlr. Kt.
ISBN:	0444414061

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245	1	0	\|a Handbook of strata-bound and stratiform ore deposits \|n 2. Regional studies and specific deposits. 6 \|p Cu, Zn, Pb, and Ag deposits \|c ed. by K. H. Wolf
264		1	\|a Amsterdam [u.a.] \|b Elsevier \|c 1976
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adam_text	CONTENTS Chapter 1. COMPARATIVE REVIEW OF THE GENESIS OF THE COPPER-LEAD SANDSTONE-TYPE DEPOSITS by J.C. Samama Introduction ................................................ 1 Description of the Pb-Zn sandstone-type deposit of Largentière (France)............. 2 The Hercynian basement....................................... 4 The pediment area and the evaporitic basin............................. 6 Outline of the genetic model..................................... 9 Relations between Largentière and other sandstone-type deposits................ 12 Other trends of genetic models of sandstone types........................... 13 Genetic models and epochs of concentration............................ 13 Syngenetic and associated models, 13 - Diagenetic models and early fluid migration, 14 - Epigenetic models, 15 - Chronology of ore concentration, 16 Genetic models and the origin of metals............................... 16 Origin of metals in syngenetic models, 16 — Origin of metals in dia- and epigenetic models, 17 General contusions............................................. 18 References................................................. 18 Chapter 2. VOLCANIC MASSIVE SULPHIDE DEPOSITS AND THEIR HOST ROCKS - A REVIEW AND AN EXPLANATION by M. Solomon Introduction................................................ 21 Volcanic host rocks............................................ 22 Felsic vs. mafic............................................. 22 Magma-type and ore occurrence................................... 25 Calc-alkaline association, 25 - Other associations, 26 Local host-rock-ore relationships.................................. 29 Related plutonic rocks........................................... 30 Tectonics.................................................. 31 Interim summary of field and laboratory data............................. 32 Problems of genesis............................................ 35 The geothermal model........................................... 36 Conditions for convection....................................... 36 Size of the convection cell ...................................... 41 Life of the convection cell ...................................... 42 Heat supply............................................... 43 Metal and sulphur supply....................................... 44 Discussion.................................................. 46 General ................................................. 46 Sulphur and lead isotopes....................................... 47 Evolutionary trends.......................................... 48 Summary and conclusions......................................... 49 Note added in proof............................................ 49 Vm CONTENTS Acknowledgements ............................................ References ................................................. Chapter 3. TECTONIC SETTING OF SOME STRATA-BOUND MASSIVE SULPHIDE DE- POSITS IN NEW SOUTH WALES, AUSTRALIA by E. Scheibner and N.L. Markham Introduction................................................ Tectonic setting of Cypnis-type and Kuioko-type strata-bound massive sulphide deposits .... 55 Oceanic metallogenic unit....................................... 55 Volcanic-rift metallogenic unit.................................... 57 Development of some tectonic units in which stiata-bound massive sulphide deposits occur in the Palaeozoic sequences of New South Wales............................. 59 Kanmantoo pte-cratonic metallogenic province .......................... 59 Lachlan pre-cratonic metallogenic province............................. 61 Description of some examples of strata-bound sulphide deposits in New South Wales....... 66 Cyprus-type deposits.......................................... 66 Kuroko-type deposits......................................... 71 Conclusions................................................. 75 References................................................. 75 Chapter 4. CALEDONIAN MASSIVE SULPHIDE DEPOSITS IN SCANDINAVIA. A COMPARATIVE REVIEW by F.M. Vokes Introduction ................................................ 79 Scandinavian volcanogenic deposits................................ 82 Economic importance........................................... 84 Mineralogy................................................. 86 Major minerals............................................. 87 Iron sulphides, 87 - Chalcopyrite, 88 - Sphalerite, 89 - Galena, 91 - Magnetite, 91 Minor minerals............................................. 92 Silver minerals, 92 - Undesirable minerals, 94 Size and grade of ore bodies....................................... 94 Elemental composition ........................................ 94 Comparisons with other ores..................................... 98 Survey of history of genetical concepts................................. 100 Metamorphism of the ores ........................................ 112 Lithostratigraphical relations of the ores................................ 116 The Lower Palaeozoic sequence................................... 116 Nature of the volcanic activity.................................. 117 Relation to a plate tectonic model.................................. 119 Acknowledgments........................... 122 References .................................... 123 Chapter 5. PRECAMBRUN, STRATA-BOUND, MASSIVE Cu-Zn-Pb SULFIDE ORES OF NORTH AMERICA by D.F. Sangster and S.D. Scott Introduction...................... 129 Definition of the ore type................... 130 Location of deposits in North America.............................. 130 Geology of representative deposits.......................... 132 Ores in predominantly volcanic rocks................ 142 Abitibi orogenic belt, 142 - The Noranda district, 146 - Flin Flon and Snow Lake, CONTENTS IX Manitoba, 152 - Jerome, Arizona, 158 Ores in volcano-sedimentary ( mixed ) rocks........................... 159 Manitouwadge, Ontario, 159 - Geco orebody, 162 Ores in predominantly sedimentary rocks.............................. 164 Sherridon and Bob Lake mines, Manitoba, 164 - Sullivan mine, British Columbia, 166 General geological features........................................ 168 Nature and deposition^ environment of host rocks........................ 168 Sulfide deposits............................................. 173 Distribution, 173 -Ore types, 175 - Massive ore, 175 - Stringer ore, 176 -Mineralogy and composition of ore, 177 - Zoning, 179 - Morphology, 179 - Mineralogy, 182 - Texture, 182 - Composition, 182 - Ore textures and structures, 184 — Alteration, 186 Metamorphic effects............................................ 187 Effects on host rocks ......................................... 187 Effect on sulfide deposits....................................... 189 Form, 189 - Mineralogy, 191 - Texture, 192 - Composition of ore, 196 Effects on the footwall alteration zone............................... 197 Genesis ................................................... 199 Comparison with the Japanese Kuroko deposits............................ 208 Acknowledgements............................................ 214 References ................................................. 214 Chapter 6. GEOLOGY OF THE ZAMBIAN COPPERBELT by V.D. Fleischer, W.G. Garlick and R. Haldane INTRODUCTION............................................. 223 Regional setting .............................................. 225 Sedimentary basins............................................. 225 Basement complex............................................. 227 Katanga Supergroup............................................ 227 Nomenclature................................................ 228 Acknowledgements ............................................ 233 STRUCTURES OF THE ZAMBIAN COPPERBELT.......................... 233 The Lufilian arc .............................................. 233 The Kafue anticline............................................ 233 Early recumbent folds........................................... 234 En-echelon synclines............................................ 234 Cross-folding................................................. 235 Domes.................................................... 235 Dragfolds.................................................. 235 Faults.................................................... 236 METAMORPHISM............................................. 236 Basement complex............................................. 236 Katanga system............................................... 237 Basic intrusives............................................... 237 Metamorphic veins............................................. 238 TYPES OF OREBODIES......................................... 239 Mineralization ............................................... 241 Distribution of ore............................................. 242 Orebody descriptions ........................................... 243 KONKOLA AND MUSOSHI....................................... 244 Basement complex............................................. 244 Katanga System or Supergroup...................................... 244 CONTENTS 244 Basal Conglomerate.......................................... Footwall quaitzite formation..................................... 244 Porous Conglomerate-sandstone formation ............................ 245 Footwall Conglomerate........................................ Banded Shale and Sandstone formation............................... 245 Barren gap .............................................. 246 Eastern margin............................................. Konkola orebody............................................ 247 Mineral zoning............................................. Footwall mineralization........................................ 247 Hanging-wall formations........................................ 247 Arkose, 247 - Feldspathic sandstone, grits, and shales, 247 - Shale with grit, 248 Upper Roan............................................... 248 Mwashia................................................. 248 Lower Kundelungu........................................... 248 Folding, faulting, and metamorphism.................................. 248 CHAMBISHI................................................ 249 Basement complex............................................. 250 Katanga System or Supergroup...................................... 250 Lower Roan Group .......................................... 250 Basal Conglomerate, 250 - Aeolian Quartzite, 250 - Footwall Transition Arenites, 250 - Cobble Conglomerate, 250 - Arkose and argillite, 250 - Footwall Conglomerate, 250 -Ore shale, 251 - Stromatolites, 252 - Hanging-wall Quartzite, 253 - Interbedded quartzite and argillite, 253 - Upper Quartzite, 253 Upper Roan Group........................................... 253 Interbedded schist and quartzite, 253 - Cherty dolomite, 253 - Sandy talc schist, 253 - Dolomite gabbro sills, 253 Mwashia Group............................................. 255 Lower Kundelungu Group ...................................... 255 Tillite, 255 - Kakontwe Formation, 255 - Kundelungu Shales, 255 Folding and metamorphism........................................ 255 NCHANGA................................................. 256 Luano deposit............................................... 256 Location................................................. 256 Stratigraphy............................................... 256 Basement granite gneiss, 261 - Arkose, 261 - Lower Banded Shales, 261 - Banded Sandstones, 261 -The Feldspathic Quartzite (T.F.Q.), 261 - Upper Banded Shales, 261 Structure ................................................ 261 Ore distribution ............................................ 262 Basement complex............................................. 262 Katanga System or Supergroup...................................... 262 Lower Roan Group .......................................... 262 Basal Boulder Conglomerate, 262 - Arkose, 263 - Transition Sandstone, 263 - Transi- tion Quartzite, 263 - Lower Banded Shales, 263 - Brown Chert, 263 - Lower Banded Sandstone, 264 - Shale Marker, 264 - Pink Quartzite, 264 - Upper Banded Sandstone, 264 - The Feldspathic Quartzite, 264 - Upper Banded Shale, 264 Upper Roan Group..................................... 264 Mwashia Group.................................... 265 Lower Kundelungu Group ...................... 265 Kakontwe Limestone, 265 Post-Katanga intrusives............................... 265 Structures.............................. 265 Kabuche-Kinsenda Culmination......................... 265 CONTENTS XI Metamorphism............................................... 266 Retrogade metamorphism of Basement............................... 267 Migration of soda............................................ 267 Supergene processes............................................ 267 Paleotopography.............................................. 268 NKANA................................................... 275 Basement Complex............................................. 275 Katanga System or Supergroup...................................... 275 Lower Roan Group .......................................... 275 Basal Conglomerate, 275 - Footwall Quartzite, 275 — Footwall Transition Formation, 276 - Footwall Sandstone Formation, 276 - Ore Formation, 276 - Footwall Conglom- erate, 276 - Ore shale, 277 - Hanging-wall sandstone formation, 279 Upper Roan Group........................................... 279 Mwashia and Lower Kundelungu Groups.............................. 279 Post-Katanga intrusives.......................................... 280 Folding and Metamorphism........................................ 280 Metamorphism............................................... 283 Footwall Orebody........................................... 283 Mindola uranium............................................ 285 ROAN ANTELOPE AND BALUBA................................... 285 Basement Complex............................................. 286 Lufubu System............................................. 286 Granite and gneiss........................................... 286 Muva System.............................................. 286 Katanga System .............................................. 286 Lower Roan Group .......................................... 286 RL7 Footwall Formation, 286 - Footwall Conglomerate, 287 - RL6 ore-shale, 287 - RL5 Hanging-wall quartzite, 288 - RL4 dolomite and green shale, 288 - RL3 Arkose formation, 293 Upper Roan Group........................................... 293 RU2 Shale formation, 293 - RU1 Dolomites, 293 Mwashia Group............................................. 293 Lower Kundelungu Group ...................................... 293 Tillite, 293 Baluba.................................................... 293 RL7 Footwall Formation....................................... 293 Footwall Conglomerate........................................ 293 RL6 Ore-shale ............................................. 294 Basement mineralization ....................................... 294 Folding and metamorphism........................................ 294 CHIBULUMA AND CHIBULUMA WEST................................ 298 Basement Complex............................................. 298 Katanga System or Supergroup...................................... 298 Lower Roan............................................... 298 Basal Conglomerate, 298 - Aeolian Quartzite , 298 - Aqueous arkose, 298 - Ore For- mation, 299 - Chibuluma West Orebody, 300 - Hanging-wall Quartzite , 301 - Hanging-wall Conglomerate, 301 Upper Roan............................................... 301 Chlorite and talc schists, 301 - Carbonaceous Pyritic Shale, 302 - Dolomite anddolomitic silstones, 302 Post-Katanga intrusives .......................................... 302 Folding and metamorphism..........................;............. 302 Folding................................................. 302 xn CONTENTS Veins................................................... 3UJ Metamorphism............................................. 303 Supetgene processes............................................ MUFULIRA MINE, ZAMBIA ...................................... 304 Basement Complex............................................. 305 Katanga Supergroup............................................ 307 Lower Roan Group; Footwall Formation; Basal Conglomerate/Bieccia............. 307 Ore formation ............................................. 308 General comments, 308 Orebodies................................................ 313 C orebody, 313 Sulfide-mineral zoning......................................... 315 Inter B/C, 317 - B orebody, 317 - Inter A/B, 317 - A orebody, 318 Hanging-wall formation........................................ 318 Paleogeography and depositional environment............................. 319 Mineralization ............................................. 319 New zone of mineralization atMufulira............................... 321 Summary.................................................. 323 GENESIS OF THE ORE SHALE DEPOSITS.............................. 323 Grain of the basement........................................... 323 Footwall terrestrial beds.......................................... 324 Marine transgression............................................ 324 Footwall Conglomerate.......................................... 325 Bioherms, plankton, and sulfides..................................... 325 Transgression and regression ....................................... 325 Carbonaceous muds............................................ 327 Ore in basement.............................................. 327 Karila Bomwe-Musoshi area....................................... 327 Hanging-wall sediments.......................................... 328 Continuity of the ore shale........................................ 328 GENESIS OF THE ARENACEOUS ORE DEPOSITS......................... 329 Time and space relations to ore-shale deposits............................. 329 Mimbula................................................. 329 Chibuluma West............................................ 329 Chibuluma ............................................... 330 Footwall Orebody, Nkana South................................... 331 Chambishi footwall mineralization.................................. 332 Muliashi footwall mineralization................................... 332 Nchanga area.............................................. 333 Mufulira................................................. 333 THE SYNGENETIC EXPLANATION.................................. 336 Evidence of smaller sedimentary features................................ 336 Folding ................................................... 338 Mineral zones................................................ 339 Transgression and regression ....................................... 341 Detrital reworking........................................... 342 Source of the metals................................ 342 SYNGENESIS VERSUS EP1CENESIS................................. 342 Homogeneity of the mineralization ................................... 343 Metal zoning..................................... 344 Barren bioherms............................... 344 Cross-bedding............................ 345 CONTENTS XIII Sharp assay cut-offs............................................ 345 Diffuse contacts.............................................. 347 Mineralized and barren clasts....................................... 347 Sulfidite layers............................................... 348 Washouts .................................................. 349 Concretions................................................. 350 Ripple marks................................................ 350 References ................................................. 350 Chapter 7. KUPFERSCHIEFER IN THE GERMAN DEMOCRATIC REPUBLIC (GDR) WITH SPECIAL REFERENCE TO THE KUPFERSCHIEFER DEPOSIT IN THE SOUTHEASTERN HARZ FORELAND by W. Jung and G. Knitzschke Introduction................................................ 353 Geological-tectonic survey of the Kupferschiefer deposits of the southeastern Harz foreland . . 355 Lithology and palaeogeography ..................................... 358 Base of the Kupferschiefer...................................... 358 Characteristics of the Kupferschiefer ................................ 361 The Upper Permian limestone (Zechsteinkalk)........................... 365 The Rote Fäule ........................................... 368 Metal types of the Kupferschiefer and their distribution in relation to the palaeogeographical situation................................................... 368 Ore-mineral parageneses of the Kupferschiefer and their regional distribution........... 372 Hematite type (paragenesis 1) .................................... 372 Covellite-idaite type (paragenesis 2)................................. 373 Chalcosine type (paragenesis 3).................................... 373 Bornite-chalcosine type (paragenesis 4)............................... 373 Bomite type (paragenesis 5) ..................................... 373 Bornite-chalcopyrite type (paragenesis 6).............................. 373 Chalcopyrite-pyrite type (paragenesis 7) ............................. 374 Galena-sphalerite-chalcopyrite type (paragenesis 8)........................ 374 Galena-sphalerite type (paragenesis 9)................................ 374 Pyrite type (paragenesis 10)...................................... 374 Regularities in the occurrence of non-ferrous metals, trace metals, and ore minerals ....... 379 Investigation of major and trace metals............................... 379 Physicochemical regularities ................... .................. 381 Metal concentrations as possible indicators of Eh, 381 - Effectiveness of some adsorbents in the metal concentration in the case of slightly negative £7(-potentials, 384 - Organic substances as adsorbents, 386 — Clayey substances as adsorbents, 387 Effectiveness of some adsorbents in the metal concentration at stronger £Vi-potentials .... 387 Sulphide minerals as adsorbents, 387 - Organic substances as adsorbents, 388 -Clayey substances as adsorbents, 388 Effectiveness of some adsorbents in the metal concentration independent of £72-potentials 388 History and present position concerning the genesis of the Kupferschiefer............. 389 Conclusions................................................. 401 References ................................................. 402 Chapter 8. SABKHA AND TIDAL-FLAT FACIES CONTROL OF STRATIFORM COPPER DEPOSITS IN NORTH TEXAS by G.E. Smith Introduction ................................................ 407 XIV CONTENTS 410 Regional setting ............................................ Stratigraphy................................................. 412 Depositional systems............................................ Copper Breaks and Old Glory fluvial-deltaic systems....................... 416 Copper Breaks deltaic system..................................... 416 Prodelta faciès, 416 - Delta front and distributary mouth bar faciès, 416 - Distributary channel and associated delta plain faciès, 417 Old Glory fluvial-deltaic system................................... 417 Buzzard Peak and Cedar Mountain tidal-flat systems ....................... 417 Buzzard Peak sand-rich tidal-flat system............................... 418 Tidal sand-flat faciès, 418 - Tidal channel faciès, 418 Cedar Mountain mud-rich tidal-flat system............................. 419 Tidal mud-flat faciès, 419 - Tidal channel faciès, 419 - Swash-zone faciès, 421 - Algal mat faciès, 421 Blaine sabkha and tidal-flat system.................................. 421 Sabkha faciès, 422 - Tidal-flat faciès, 422 Depositional history............................................ 423 Copper mineralization........................................... 425 Mineral assemblage........................................... 425 Distribution of copper mineralization................................ 425 Paragenesis............................................... 427 Origin of copper mineralization ................................... 432 Sabkha-diagenetic model....................................... 432 Epigenetic models........................................... 437 Evaluation of mineralization models................................. 438 Summary and conclusions......................................... 440 Acknowledgements ............................................ 441 Appendix.................................................. 442 Methods................................................. 442 References ................................................. 443 Chapter 9. CARBONATE-HOSTED LEAD-ZINC DEPOSITS by D.F. Sangster Introduction ................................................ 447 Mississippi Valley type........................................... 449 Alpine type................................................. 452 Discussion........................................ 453 References ....................................... 454 Chapter 10. TRI-STATE ORE DEPOSITS: THE CHARACTER OF THEIR HOST ROCKS AND THEIR GENESIS by R.D. Hagni Introduction ....................... 457 Stratigraphy..................... 457 Structure ........................ 459 General features of the ore deposits................... 461 Runs........................... . . . . . . . . . . . . . ........... 461 Clrcles.................................................. 462 Blankets or sheets...................... 463 Mineralogy and paragenesis....................... ......... 463 Host rock character............... .......... 464 CONTENTS XV Limestones............................................... 465 Bioherms ................................................ 465 Chert................................................... 467 Karst features................................................ 468 Dolomite .................................................. 469 Jasperoid .................................................. 472 Genesis ................................................... 483 References ................................................. 491 Chapter 11. APPALACHIAN ZINC-LEAD DEPOSITS by A.D. Hoagland Introduction ................................................ 495 Shallow-water marine carbonate host rocks............................. 498 Paleokarst and paleoaquifer environments ............................. 500 Mineralization ............................................. 501 Austinville (Virginia)............................................ 503 Friedensville (Pennsylvania)........................................ 505 Stratigraphy............................................... 506 East Tennessee............................................... 511 Embreeville............................................... 511 Powell River district.......................................... 513 Evanston district............................................ 513 Mascot-Jefferson City and Copper Ridge districts......................... 514 The ore environment.......................................... 517 Coarse rock matrix breccias...................................... 517 Fine rock matrix breccias....................................... 521 Inflation breccias............................................ 524 Ore breccias............................................... 524 Central Tennessee ............................................. 525 Genesis ................................................... 527 References ................................................. 531 Chapter 12. THE McARTHUR ZINC-LEAD-SILVER DEPOSIT: FEATURES, METALLO- GENESIS AND COMPARISONS WITH SOME OTHER STRATIFORM ORES by I.B. Lambert Introduction ................................................ 535 Scope .................................................... 536 Regional geology, northern Australia.................................. 536 Stratigraphy and depositional environments, Me Arthur area..................... 537 Myrtle Shale .............................................. 539 Mara Dolomite............................................. 540 Mitchell Yard Dolomite........................................ 540 Teena Dolomite ............................................ 541 W-Fold Shale.............................................. 541 H.Y.C. Pyritic Shale.......................................... 541 Cooley Dolomite............................................ 544 Reward Dolomite ........................................... 544 Structure .................................................. 545 General features of the McArthur deposit................................ 545 Size................................................... 545 Orebodies and inter-ore beds..................................... 547 XVI CONTENTS Orebodies, 547 - Inter-ore beds, 549 Mineral relationships in the orebodies.................................. .................................................. Sphalerite................................................ OJi Galena.................................................. Minor sulphide minerals........................................ Geochemistry of the orebodies...................................... 553 Zinc and lead.............................................. 553 Iron................................................... 554 Silver................................................... 554 Copper.................................................. 554 Arsenic ................................................. Cadmium................................................ Mercury................................................. 554 Antimony................................................ 554 Thallium................................................. 554 Other elements............................................. 555 Minor mineralization in the McArthur area............................... 556 H.Y.C. Pyritic Shale.......................................... 556 Cooley Dolomite............................................ 556 Other dolomite units, Batten Trough................................ 557 Shelf sequences to east and west of Batten Trough ........................ 557 Mineral dispersions around McArthur deposit ............................. 557 Sulphides................................................ 557 Pyrite, 557 - Other sulphides, 558 Non-sulphides.............................................. 559 Geochemical dispersion haloes around McArthur deposit....................... 559 Elements with dispersion haloes................................... 559 Zinc and lead, 559 - Acid soluble iron, 560 - Pyritic iron, 560 - Manganese, 560 — Arsenic, 561 - Mercury, 561 - Thallium, 561 Other elements............................................. 561 Isotope data................................................. 562 Sulphur isotopes............................................ 562 McArthur deposit, 562 - Country rocks, 564 Lead isotopes.............................................. 564 Carbon and oxygen isotope data................................... 565 Genesis of McArthur deposit....................................... 565 Arguments against a replacement origin............................... 565 Consideration of volcano-exhalative metal sources......................... 567 Iron, 568 - Zinc-lead-silver, 568 Consideration of metal sources unrelated to volcanism...................... 569 Sources of non-biogenic sulphur................................... 570 Significance of structures and organic matter in transport and entrapment of metals..... 570 Temperature limits........................................... 571 Consideration of low-copper content................................ 571 Genesis of minor deposits......................................... 571 Comparisons with other stratiform ores of volcano-sedimentary associations............ 572 McArthur-type Pb-Zn-Ag deposits of Australia........................ 572 Mount Isa and Hilton, 572 - Broken Hill, 576 Possible McArthur-type deposits of other countries....................... 578 Sullivan, 578 - Rammelsberg, 578 - Certain Alpine- or Mississippi Valley-type ores, 579 Other ore types............................................ 579 Conclusions................................................. 582 Acknowledgements ............................................ 582 References ................................................. 583
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spelling	Handbook of strata-bound and stratiform ore deposits 2. Regional studies and specific deposits. 6 Cu, Zn, Pb, and Ag deposits ed. by K. H. Wolf Amsterdam [u.a.] Elsevier 1976 XVI, 385 S. graph. Darst., zahlr. Kt. txt rdacontent n rdamedia nc rdacarrier Wolf, Karl H. Sonstige oth (DE-604)BV007982287 2,6 HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=021533561&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Handbook of strata-bound and stratiform ore deposits
title	Handbook of strata-bound and stratiform ore deposits
title_auth	Handbook of strata-bound and stratiform ore deposits
title_exact_search	Handbook of strata-bound and stratiform ore deposits
title_full	Handbook of strata-bound and stratiform ore deposits 2. Regional studies and specific deposits. 6 Cu, Zn, Pb, and Ag deposits ed. by K. H. Wolf
title_fullStr	Handbook of strata-bound and stratiform ore deposits 2. Regional studies and specific deposits. 6 Cu, Zn, Pb, and Ag deposits ed. by K. H. Wolf
title_full_unstemmed	Handbook of strata-bound and stratiform ore deposits 2. Regional studies and specific deposits. 6 Cu, Zn, Pb, and Ag deposits ed. by K. H. Wolf
title_short	Handbook of strata-bound and stratiform ore deposits
title_sort	handbook of strata bound and stratiform ore deposits cu zn pb and ag deposits
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=021533561&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
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work_keys_str_mv	AT wolfkarlh handbookofstrataboundandstratiformoredeposits2regionalstudiesandspecificdeposits6

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