The transantarctic mountains: rocks, ice, meteorites and water
Gespeichert in:
| Hauptverfasser: | , |
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| Format: | Buch |
| Sprache: | English |
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Dordrecht [u.a.]
Springer
2010
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| Beschreibung: | XXVI, 804 S. Ill., graph. Darst., Kt. |
| ISBN: | 9781402084065 |
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IMAGE 1
CONTENTS
PART I EXPLORATION AND CHARACTERIZATION
1 THE EXPLORATION OF ANTARCTICA 3
1.1 BRAVE MEN IN WOODEN SAILING SHIPS 3
1.2 SEARCH FOR THE MAGNETIC POLE IN ANTARCTICA 6
1.3 SURVIVING THE ANTARCTIC WINTER 8
1.4 THE RACE TO THE GEOGRAPHIC SOUTH POLE 10
1.4.1 SCOTT'S FIRST (DISCOVERY) EXPEDITION, 1901-1904 11 1.4.2
SHACKLETON'S FIRST (NIMROD) EXPEDITION, 1907-1909 13 1.4.3 SCOTT'S
SECOND (TERRA NOVA) EXPEDITION OF 1910-1913 15 1.4.4 AMUNDSEN'S (FRAM)
EXPEDITION OF 1910-1912 19 1.4.5 SHACKLETON'S SECOND (ENDURANCE)
EXPEDITION,
1914-1917 22
1.5 THE MODERN ERA BEGINS 24
1.5.1 BYRD'S LITTLE AMERICA EXPEDITION, 1928-1930 24 1.5.2 BYRD'S SECOND
EXPEDITION, 1933-1935 25
1.5.3 INTERNATIONAL GEOPHYSICAL YEAR (IGY), 1957-1958 25 1.5.4
COMMONWEALTH TRANS-ANTARCTIC EXPEDITION, 1955-1958 26
1.6 ANTARCTIC TREATY 27
1.7 SCIENTIFIC MEETINGS AND PUBLICATIONS 29
1.8 POPULAR BOOKS ABOUT ANTARCTICA 29
1.9 SUMMARY 30
1.10 APPENDICES 31
1.10.1 EXPLORATION OF ANTARCTICA FOLLOWING BYRD'S SECOND EXPEDITION
(STONEHOUSE 2002) 31
1.10.2 PRINCIPAL RESEARCH STATIONS IN ANTARCTICA (STONEHOUSE 2002) 32
1.10.3 MEMBER NATIONS OF THE SCIENTIFIC COMMITTEE ON ANTARCTIC RESEARCH
(SCAR) (STONEHOUSE 2002) 34
1.10.4 INTERNATIONAL SYMPOSIA OF ANTARCTIC RESEARCH ORGANIZED BY SCAR
(FORD 2006) 34
1.10.5 GONDWANA CONFERENCES AND THEIR PROCEEDINGS VOLUMES 35 1.10.6
SELECTED VOLUMES OF THE ANTARCTIC RESEARCH SERIES OF THE AMERICAN
GEOPHYSICAL UNION (AGU) OF WASHINGTION, DC (ALL PUBLICATIONS LISTED HERE
ARE ALSO INCLUDED
IN SECTION 1.10) 35
IMAGE 2
XIV
1.10.7 MEMOIRS, SPECIAL PAPERS, AND MAPS OF THE GEOLOGICAL SOCIETY
OF AMERICA (GSA) RELEVANT TO ANTARCTICA 36
REFERENCES 37
2 ANTARCTICA: THE CONTINENT 41
2.1 TOPOGRAPHY 41
2.2 VOLCANOES 43
2.3 CLIMATE 44
2.4 COLD-WEATHER INJURIES 45
2.5 THE OZONE HOLE 47
2.6 MCMURDO STATION 49
2.7 AMUNDSEN-SCOTT SOUTH-POLE STATION 52
2.8 FIELDWORK IN ANTARCTICA 54
2.9 PRESERVATION OF THE ENVIRONMENT 56
2.10 SUMMARY 57
2.11 APPENDICES 57
2.11.1 EXPLORATION OF ANTARCTICA BY TRACTOR TRAIN 57
2.11.2 STRUCTURE OF THE ATMOSPHERE 60
2.11.3 ENERGY SPECTRUM OF UV RADIATION 60
2.11.4 FORMATION AND DESTRUCTION OF OZONE 61
2.11.5 EFFECT OF UV RADIATION ON THE BIOSPHERE 62
REFERENCES 62
PART II THE BASEMENT ROCKS
3 SOUTHERN VICTORIA LAND; BASEMENT ROCKS 67
3.1 ICE-FREE VALLEYS 71
3.1.1 TOPOGRAPHY 71
3.1.2 GEOLOGY 72
3.2 KOETTLITZ AND SKELTON GROUPS 77
3.3 BROWN HILLS 79
3.4 AGE DETERMINATIONS 81
3.4.1 K-AR DATES 81
3.4.2 RB-SR DATES 81
3.4.3 40 AR/ 39 AR DATES 85
3.4.4 U-PB DATES 86
3.4.5 SM-ND DATES 87
3.5 GEOLOGIC HISTORY OF SOUTHERN VICTORIA LAND 88
3.6 APPENDICES 89
3.6.1 CLASSIFICATION OF PLUTONIC ROCKS OF GRANITIC COMPOSITION 89
3.6.2 K-AR METHOD 89
3.6.3 RB-SR METHOD 90
3.6.4 4() AR/ 39 AR PARTIAL-RELEASE DATES 91
3.6.5 U-PB METHODS 92
3.6.6 SM-ND METHOD 93
REFERENCES 94
4 NORTHERN VICTORIA LAND 99
4.1 EXPLORATION 99
4.2 TERRA NOVA BAY 103
IMAGE 3
XV
4.3 WILSON TERRANE 107
4.3.1 BERG GROUP, OATES LAND 107
4.3.2 RENNICK SCHIST 108
4.3.3 DANIELS RANGE AND WILSON HILLS 110
4.3.4 MOROZUMI RANGE 112
4.3.5 LANTERMAN AND SALAMANDER RANGES 115
4.4 BOWERS TERRANE 116
4.4.1 SLEDGERS GROUP 117
4.4.2 MARINER GROUP 119
4.4.3 LEAP YEAR GROUP 119
4.5 ROBERTSON BAY TERRANE 120
4.5.1 THE HANDLER FORMATION 120
4.5.2 MILLEN SCHIST 121
4.5.3 ADMIRALTY INTRUSIVES 121
4.5.4 GALLIPOLI PORPHYRIES AND CARBONIFEROUS VOLCANICS 125 4.6 TECTONICS
126
4.6.1 SUBDUCTION MODEL 126
4.6.2 TECTONICS OF THE WILSON TERRANE 128
4.6.3 ACCRETED-TERRANE MODEL 130
4.7 SUMMARY 131
4.8 APPENDICES 132
4.8.1 AGE DETERMINATIONS OF BASEMENT ROCKS OF THE TERRA-NOVA-BAY AREA
132
4.8.2 AGE DETERMINATIONS OF GRANITES AND METASEDIMENTS OF THE BERG
GROUP, OATES LAND (ADAMS 1996, 2006) 133 4.8.3 AGE DETERMINATIONS OF
BASEMENT ROCKS OF THE LAZAREV MOUNTAINS, DANIELS, MOROZUMI,
AND LANTERMAN RANGES, WILSON TERRANE 134
4.8.4 AGE DETERMINATIONS OF THE BASEMENT ROCKS IN THE BOWERS TERRANE 136
4.8.5 AGE DETERMINATIONS OF THE ROBERTSON BAY GROUP AND ADMIRALTY
INTRUSIVES, ROBERTSON BAY TERRANE 137 4.8.6 ADDITIONAL PHOTOGRAPHS OF
THE GEOLOGY OF NORTHERN VICTORIA LAND 140
REFERENCES 140
CENTRAL TRANSANTARCTIC MOUNTAINS 145
5.1 NIMROD GROUP, MILLER RANGE 146
5.1.1 GEOLOGY OF THE MILLER RANGE 146
5.1.2 AGE DETERMINATIONS 148
5.2 BEARDMORE GROUP, QUEEN ELIZABETH RANGE 153
5.2.1 CONVENTIONAL STRATIGRAPHY 153
5.2.2 REVISION OF THE GOLDIE FORMATION 154
5.3 BYRD GROUP, CHURCHILL MOUNTAINS 156
5.3.1 CONVENTIONAL STRATIGRAPHY 157
5.3.2 REVISION OF THE STRATIGRAPHY 158
5.3.3 PEGMATITE, MT. MADISON 160
5.4 PETROGENESIS OF THE HOPE GRANITE 162
5.5 BEARDMORE TO SHACKLETON GLACIERS 165
5.5.1 BEARDMORE TO RAMSEY GLACIERS 165
5.5.2 SHACKLETON GLACIER AREA 166
IMAGE 4
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5.5.3 AGE OF THE TAYLOR FORMATION 168
5.5.4 QUEEN MAUD BATHOLITH 169
5.6 SUMMARY 169
REFERENCES 170
THE QUEEN MAUD MOUNTAINS 173
6.1 DUNCAN MOUNTAINS 174
6.2 O'BRIEN PEAK 176
6.3 NILSEN PLATEAU 177
6.3.1 GRANITE HARBOR INTRUSIVES (SOUTHERN NILSEN PLATEAU) 177 6.3.2
VOLCANO-SEDIMENTARY COMPLEX (NORTHERN NIELSEN PLATEAU) 178 6.3.3 AGE
DETERMINATIONS 180
6.4 SCOTT GLACIER AREA 182
6.4.1 LA GORCE MOUNTAINS 183
6.4.2 AGE DETERMINATIONS 186
6.4.3 QUEEN MAUD BATHOLITH 187
6.5 LEVERETT GLACIER AREA 188
6.5.1 HISTORY OF EXPLORATION 188
6.5.2 STRATIGRAPHY 190
6.5.3 GRANITE HARBOR INTRUSIVES 192
6.5.4 ISOTOPIC AGE DETERMINATIONS 192
6.6 SUMMARY 193
6.7 APPENDICES 194
6.7.1 RB-SR SYSTEMATICS, NILSEN PLATEAU (EASTIN 1970; FIG. 6.5) 194
6.7.2 BOUMA CYCLES 195
6.7.3 MODAL AND CHEMICAL COMPOSITIONS AND RB-SR SYSTEMATICS OF THE WYATT
FORMATION, SCOTT-GLACIER AREA AND WISCONSIN RANGE, TRANSANTARCTIC
MOUNTAINS 195 6.7.4 LEVERETT FORMATION, MT. WEBSTER,
HAROLD BYRD MOUNTAINS 196
REFERENCES 197
HORLICK MOUNTAINS 201
7.1 EXPLORATION OF THE WISCONSIN RANGE 201
7.2 BASEMENT ROCKS, WISCONSIN RANGE 203
7.2.1 LAGORCE FORMATION 203
7.2.2 WYATT FORMATION 204
7.2.3 SOUTHERN NUNATAKS 205
7.2.4 WISCONSIN RANGE BATHOLITH 207
7.3 AGE DETERMINATIONS, WISCONSIN RANGE 209
7.3.1 AGE OF THE LAGORCE FORMATION 209
7.3.2 AGE OF THE WYATT FORMATION 210
7.3.3 AGE OF THE WISCONSIN RANGE BATHOLITH 211
7.3.4 AGE OF APLITE AND PEGMATITE DIKES 212
7.4 GEOLOGIC HISTORY, WISCONSIN RANGE BASEMENT 213
7.5 LONG HILLS 213
7.5.1 TODD RIDGE PYROCLASTICS, CHEMICAL COMPOSITION 215 7.5.2 AGE OF THE
TODD RIDGE PYROCLASTIC ROCKS 215
7.6 OHIO RANGE 216
7.6.1 GEOLOGY OF THE OHIO RANGE 217
IMAGE 5
XVII
7.6.2 GRANITIC BASEMENT 217
7.7 SUMMARY 218
7.8 APPENDICES 219
7.8.1 CHEMICAL COMPOSITION OF METAVOLCANIC ROCKS, WYATT FORMATION, SCOTT
GLACIER AREA AND WISCONSIN RANGE IN WEIGHT PERCENT (FAURE UNPUBLISHED;
MINSHEW 1967) 219
7.8.2 RB-SR DATA, BASEMENT ROCKS, WISCONSIN RANGE (MONTIGNY AND FAURE
1969; RAY 1973; FAURE UNPUBLISHED) 219
7.8.2.1 LAGORCE FORMATION, FORD NUNATAKS, WISCONSIN RANGE 219
7.8.2.2 WYATT FORMATION, METAVOLCANIC MOUNTAIN, WISCONSIN RANGE 220
7.8.2.3 GRANITIC GNEISS, OLENTANGY GLACIER, WISCONSIN RANGE 220
7.8.2.4 UNFOLIATED PORPHYRITIC GRANITIC ROCKS, GRATTON NUNATAK AND
OLENTANGY GLACIER 220 7.8.2.5 APLITE DIKES, MIMS, POLYGON, TILLITE
SPURS, WISCONSIN RANGE 220
7.8.2.6 MINERAL CONCENTRATES, GRANITIC ROCKS AND PEGMATITES, MIMS SPUR
221
7.8.2.7 MINERAL CONCENTRATES, PEGMATITES, MIMS SPUR, WISCONSIN RANGE 221
7.8.3 CHEMICAL ANALYSES OF FELSIC PYROCLASTIC ROCKS ON TODD RIDGE, LONG
HILLS, AND ON MT. WEBSTER, HAROLD BYRD MOUNTAINS, IN WEIGHT PERCENT
(FAURE UNPUBLISHED; MINSHEW 1967) 221
7.8.4 RB-SR DATA, FELSIC PYROCLASTIC ROCKS, TODD RIDGE, LONG HILLS 222
7.8.5 MODAL COMPOSITIONS OF THE GRANITIC BASEMENT ROCKS, OHIO RANGE
(LONG 1961; TREVES 1965) 222
7.8.6 CHEMICAL ANALYSIS OF A PORPHYRITIC QUARTZ MONZONITE, MT.
GLOSSOPTERIS, OHIO RANGE (W.W. BRANNOCK, US GEOLOGICAL SURVEY, REPORTED
BY LONG 1961) 222 REFERENCES 223
THE FAR-EASTERN MOUNTAINS 225
8.1 THIEL MOUNTAINS 225
8.1.1 GEOLOGY 227
8.1.2 AGE DETERMINATIONS 229
8.1.3 ELLSWORTH-WHITMORE MOUNTAINS 231
8.1.4 SUMMARY 232
8.2 PENSACOLA MOUNTAINS 233
8.2.1 DISCOVERY AND EXPLORATION 233
8.2.2 TOPOGRAPHY 233
8.2.3 STRATIGRAPHY 234
8.2.4 AGE DETERMINATIONS (RB-SR METHOD) 237
8.2.5 AGE DETERMINATIONS (U-PB METHOD) 242
8.2.6 REVISED STRATIGRAPHY 243
8.2.7 SUMMARY 245
IMAGE 6
XVIII
8.3 ARGENTINA RANGE 245
8.4 SHACKLETON RANGE AND THERON MOUNTAINS 246
8.4.1 DISCOVERY AND MAPPING 247
8.4.2 GEOLOGY 248
8.4.3 AGE DETERMINATIONS 250
8.4.4 TECTONICS 253
8.4.5 GLACIATION 256
8.4.6 SUMMARY 257
8.5 APPENDICES 258
8.5.1 CHEMICAL ANALYSES OF WHOLE-ROCK SAMPLES OF THE THIEL MOUNTAIN
PORPHYRY AND OF XENOCRYSTS OF CORDIERITE AND HYPERSTHENE (FORD AND
HIMMELBERG 1976) 258
8.5.2 CHEMICAL ANALYSES OF THE REED RIDGE GRANITE (A AND B) AND OF THE
THIEL MOUNTAINS POPRHYRY (C AND D) IN PERCENT BY WEIGHT AND PARTS PER
MILLION (PPM)AS INDICATED (VENNUM AND STOREY 1987) 259 8.5.3
RUBIDIUM-STRONTIUM SYSTEMATICS OF THE THIEL
MOUNTAINS PORPHYRY AND REED RIDGE GRANITE (DATA FROM EASTIN 1970) 259
8.5.4 SUMMARY OF ISOTOPIC AGE DETERMINATIONS OF THE BASEMENT ROCKS OF
THE THIEL MOUNTAINS (SCHMIDT AND FORD 1969; EASTIN 1970; PANKHURST ET
AL. 1988) 260
8.5.5 ISOTOPIC AGE DETERMINATIONS OF GRANITIC ROCKS IN WHITMORE
MOUNTAINS AND OTHER NUNATAKS OF THE ELLSWORTH-WHITMORE MOUNTAINS B LOCK
261
8.5.6 PATUXENT FORMATION IN THE PATUXENT RANGE (DATA BY EASTIN (1970))
262
8.5.7 PATUXENT FORMATION: DESCRIPTION OF SAMPLES FROM THE PATUXENT RANGE
262
8.5.8 PATUXENT FORMATION SAMPLES OF FELSIC FLOWS AND PLUGS (DATA BY
EASTIN 1970) 262
8.5.9 FELSITES OF THE PATUXENT FORMATION, SCHMIDT AND WILLIAMS HILLS 263
8.5.10 PATUXENT FORMATION: SAMPLES OF DIABASE AND BASALT (DATA BY EASTIN
1970) 263
8.5.11 PATUXENT FORMATION; DESCRIPTION OF DIABASE AND BASALT SAMPLES
FROM THE NEPTUNE RANGE 263
8.5.12 GAMBACORTA FORMATION: FELSIC VOLCANIC ROCKS OF THE HAWKES
PORPHYRY MEMBER OF THE PENSACOLA MOUNTAINS (DATA BY EASTIN 1970) 264
8.5.13 GAMBACORTA FORMATION AND HAWKES PORPHYRY IN THE NEPTUNE RANGE
(ROCK DESCRIPTIONS BY D.L. SCHMIDT) 264
8.5.14 CHEMICAL COMPOSITIONS OF ROCK SAMPLES FROM THE HAWKES-PORPHYRY
MEMBER OF THE GAMBACORTA FORMATION PROVIDED BY D.L. SCHMIDT TO R.
EASTIN, IN WEIGHT PERCENT 265
8.5.15 SERPAN GRANITE AND GNEISS: RB AND SR CONCENTRATIONS AND 87 SR/ 86
SR RATIOS (MEASURED BY EASTIN 1970) 265
IMAGE 7
XIX
8.5.16 SERPAN GRANITE AND GNEISS FROM SERPAN PEAK
IN THE NEPTUNE RANGE OF THE PENSACOLA MOUNTAINS (DATA BY EASTIN 1970)
266
8.5.17 CHEMICAL COMPOSITIONS OF ROCK SAMPLES FROM THE SERPAN GRANITE AND
SERPAN GNEISS ON SERPAN PEAK, NORTHERN NEPTUNE RANGE, PENSACOLA
MOUNTAINS, IN WEIGHT PERCENT 266
8.5.18 SELECTED ISOTOPIC AGE DETERMINATIONS OF ROCKS AND MINERALS IN THE
PENSACOLA MOUNTAINS IN UNITS OF 10 6 YEARS (MA) 267
8.5.19 SUMMARY OF ISOTOPIC AGE DETERMINATIONS OF ROCKS AND MINERALS IN
THE PRINCIPAL MOUNTAIN RANGES OF THE SHACKLETON RANGE EXPRESSED IN MA
268
REFERENCES 269
9 FROM RODINIA TO GONDWANA 275
9.1 CONTINENTAL DRIFT 275
9.2 THE SWEAT HYPOTHESIS 278
9.3 COATS LAND 280
9.4 SUMMARY 283
REFERENCES 284
PART III GONDWANA: GROWTH AND DISINTEGRATION
10 THE BEACON SUPERGROUP 289
10.1 SOUTHERN VICTORIA LAND 290
10.1.1 ICE-FREE VALLEYS 290
10.1.2 EXPANDED STRATIGRAPHY 293
10.1.3 DARWIN MOUNTAINS 297
10.2 NORTHERN VICTORIA LAND 301
10.2.1 GLACIAL DIAMICTITE 302
10.2.2 TAKROUNA FORMATION 303
10.2.3 SECTION PEAK FORMATION 304
10.3 CENTRAL TRANSANTARCTIC MOUNTAINS 305
10.3.1 ALEXANDRA FORMATION 306
10.3.2 PAGODA TILLITE 307
10.3.3 MACKELLAR FORMATION 308
10.3.4 FAIRCHILD FORMATION 309
10.3.5 BUCKLEY COAL MEASURES 309
10.3.6 FREMOUW FORMATION 311
10.3.7 FALLA FORMATION 312
10.3.8 AGE DETERMINATIONS, FALLA FORMATION 313
10.4 QUEEN MAUD MOUNTAINS 315
10.4.1 CUMULUS HILLS, SHACKLETON GLACIER 315
10.4.2 MT. WEAVER, SCOTT GLACIER 317
10.5 HORLICK MOUNTAINS 318
10.5.1 WISCONSIN RANGE 318
10.5.2 OHIO RANGE 319
10.6 THE FAR EASTERN MOUNTAINS 325
10.7 SUMMARY 325
REFERENCES 325
IMAGE 8
XX
11 BEACON SUPERGROUP; SPECIAL TOPICS 331
11.1 ISOTOPIC STUDIES OF CARBONATE ROCKS 331
11.1.1 STRONTIUM 331
11.1.2 OXYGEN 334
11.1.3 CARBON 337
11.1.4 CALCITE CLEATS IN COAL 337
11.2 THE GLACIATION OF GONDWANA 339
11.3 TETRAPOD FAUNA 344
11.3.1 GRAPHITE PEAK 344
11.3.2 COALSACK BLUFF 345
11.3.3 CUMULUS HILLS, SHACKLETON GLACIER 346
11.3.4 GORDON VALLEY AND MT. KIRKPATRICK 347
11.3.5 LYSTROSAURUS 347
11.3.6 PERMO-TRIASSIC EXTINCTION EVENT 347
11.4 PLANT FOSSILS 348
11.4.1 GLOSSOPTERIS 349
11.4.2 DICROIDIUM 350
11.4.3 CYCADS AND OTHER GYMNOSPERMS 351
11.4.4 PALYNOMORPHS 353
11.4.5 PERMO-TRIASSIC CLIMATE 353
11.5 MINERAL DEPOSITS 354
11.5.1 CRAMRA 354
11.5.2 INVENTORY OF MINERAL DEPOSITS 355
11.5.3 RADIOACTIVITY SURVEYS 356
11.5.4 BITUMINOUS COAL 358
11.6 SUMMARY 359
11.7 APPENDIX 360
11.7.1 LIST OF PUBLICATIONS CONCERNING METALLIC MINERAL DEPOSITS IN
DIFFERENT REGIONS OF ANTARCTICA BY YEAR OF PUBLICATION 360
REFERENCES 363
12 THE FERRAR GROUP: KIRKPATRICK BASALT 373
12.1 WISANGER BASALT, SOUTH AUSTRALIA 373
12.2 TASMANIAN DOLERITE 373
12.3 DIAMICTITES, TRANSANTARCTIC MOUNTAINS 375
12.3.1 MAWSON FORMATION. 375
12.3.2 PREBBLE FORMATION 378
12.3.3 EXPOSURE HILL FORMATION 379
12.4 KIRKPATRICK BASALT, NORTHERN VICTORIA LAND 380
12.4.1 MESA RANGE 380
12.4.2 TOBINMESA 382
12.4.3 PAIN MESA 384
12.4.4 SOLO NUNATAK 389
12.5 BRIMSTONE PEAK, PRINCE ALBERT MOUNTAINS 392
12.6 KIRKPATRICK BASALT, QUEEN ALEXANDRA RANGE 392
12.6.1 STRATIGRAPHY AND CHEMICAL COMPOSITION 393
12.6.2 FOSSILS AMONG THE LAVA FLOWS 395
12.6.3 K-AR DATES 396
12.6.4 40 AR/ 39 AR DATES 397
12.6.5 RB-SR DATES 399
IMAGE 9
XXI
12.6.6 INTIAL 87 SR/ 86 SR RATIOS 400
12.6.7 MAGMA MIXING 401
12.7 PETROGENESIS: ISOTOPIC EVIDENCE 403
12.7.1 TASMANIAN DOLERITE 403
12.7.2 KIRKPATRICK BASALT, MESA RANGE 405
12.8 CONTINENTAL TECTONICS 405
12.9 VIRTUAL GEOMAGNETIC POLES 406
12.10 SUMMARY 408
REFERENCES 408
13 FERRAR GROUP: DOLERITE SILLS AND THE DUFEK INTRUSION 415
13.1 SOUTHERN VICTORIA LAND 415
13.1.1 ISOTOPIC DATING 418
13.1.2 CHEMICAL COMPOSITIONS 420
13.1.3 MINERAL STRATIGRAPHY 420
13.1.4 TRACE ELEMENTS 422
13.1.5 FLOWAGE DIFFERENTIATION 424
13.1.6 MAGMA TRANSPORT 425
13.1.7 PETROGENESIS 426
13.2 ROADEND NUNATAK, TOUCHDOWN GLACIER 427
13.2.1 STRATIGRAPHY 427
13.2.2 CHEMICAL COMPOSITIONS 428
13.2.3 RB-SR DATING 430
13.2.4 OXYGEN 431
13.3 CENTRAL TRANSANTARCTIC MOUNTAINS 432
13.3.1 MT. ACHERNAR, MACALPINE HILLS 432
13.3.2 PORTAL ROCK, QUEEN ALEXANDRA RANGE 436
13.4 DUFEK INTRUSION 440
13.4.1 TOPOGRAPHY 441
13.4.2 STRATIGRAPHY 443
13.4.3 CHEMICAL COMPOSITION AND MINERALOGY 447
13.4.4 AGE AND PETROGENESIS 449
13.4.5 NATURAL RESOURCES 452
13.5 SUMMARY 456
13.6 APPENDICES 456
13.6.1 MINERALOGICAL TYPES OF FERRAR DOLERITE SILLS IN SOUTHERN VICTORIA
LAND (GUNN 1966) 456
13.6.2 CHEMICAL ANALYSES OF DOLERITE SILLS ON ROADEND NUNATAK, SOUTHERN
VICTORIA LAND 457 13.6.3 RB-SR SYSTEMATICS OF THE DOLERITE SILLS ON
ROADEND NUNATAK AT THE CONFLUENCE OF THE TOUCHDOWN
AND DARWIN GLACIERS, SOUTHERN VICTORIA LAND. 457 13.6.4 MAJOR-ELEMENT
ANALYSES OF WHOLE-ROCK SAMPLES, FERRAR DOLERITE SILLS, MT. ACHERNAR,
QUEEN ALEXANDRA RANGE, IN PERCENT BY WEIGHT 458 13.6.5 RB-SR SYSTEMATICS
OF THE SILLS OF FERRAR DOLERITE ON MT. ACHERNAR, QUEEN
ALEXANDRA RANGE ( 8412'S, 16056'E) 459
13.6.6 5' 8 O VALUES OF PLAGIOCLASE AND PYROXENE IN DOLERITE SAMPLES OF
SILL # 2 ON MT. ACHERNAR AND ESTIMATES OF THE ISOTOPE EQUILIBRATION
TEMPERATURE. 460
IMAGE 10
XXII
13.6.7 CHEMICAL ANALYSES OF ROCK SAMPLES FROM A MEASURED SECTION
OF THE SILL OF FERRAR DOLERITE ON PORTAL ROCK, QUEEN ALEXANDRA RANGE
(J.M. HERGT PERSONAL COMMUNICATION TO G. FAURE, APRIL 27, 1987) 460
13.6.8 AVERAGE CHEMICAL ANALYSES OF THE LEXINGTON GRANOPHYRE AND OTHER
FELSIC DIFFERENTIATES OF THE DUFEK INTRUSION IN THE FORRESTAL RANGE AND
DUFEK MASSIF, IN WEIGHT PERCENT (FORD 1970; FORD AND KISTLER 1980) 463
13.6.9 MODAL CONCENTRATIONS OF MINERALS IN THE ROCKS OF THE FORRESTAL
RANGE AND THE DUFEK MASSIF (DATA FROM FORD ET AL. 1983) 464
13.6.9B CONCENTRATIONS OF METALS IN WHOLE-ROCK SAMPLES OF THE DUFEK
INTRUSION (FORD ETAL. 1983) 464
13.6.10 CONCENTRATIONS OF VANADIUM IN THE OXIDE MINERALS OF THE DUFEK
INTRUSION IN THE DUFEK MASSIF (FORD ET AL. 1983) 465
REFERENCES 466
14 KIRWAN VOLCANICS, QUEEN MAUD LAND 471
14.1 KIRWAN ESCARPMENT 472
14.2 VESTFJELLA 476
14.2.1 CHEMICAL COMPOSITIONS 477
14.2.2 ISOTOPIC AGE DETERMINATIONS 479
14.2.3 PETROGENESIS 480
14.2.4 PERMIAN SEDIMENTARY ROCKS 482
14.3 PLOGEN AND BASEN 483
14.3.1 GEOLOGY AND GEOCHEMISTRY 483
14.3.2 ISOTOPIC COMPOSITIONS 484
14.3.3 PETROGENESIS 485
14.4 SUMMARY 486
14.5 APPENDICES 487
14.5.1 K-AR AGE DETERMINATIONS OF JURASSIC BASALT FLOWS AND DIKES IN
QUEEN MAUD LAND 487
REFERENCES 488
15 BREAK-UP OF GONDWANA AND ASSEMBLY OF ANTARCTICA 491
15.1 THE PLUME HYPOTHESIS 491
15.2 THE WEDDELL-SEA TRIPLE JUNCTION 494
15.3 SUBDUCTION ALONG THE PALEO-PACIFIC COAST 495
15.4 ASSEMBLY AND BREAK-UP OF GONDWANA 497
15.5 UPLIFT OF THE TRANSANTARCTIC MOUNTAINS 500
15.5.1 CRUSTAL STRUCTURE OF ANTARCTICA 501
15.5.2 THE TRANSANTARCTIC FAULT ZONE 502
15.5.3 MARIE BYRD LAND 504
15.5.4 THE ACCRETED TERRANES OF NVL 505
15.5.5 FISSION-TRACK METHOD OF DATING 505
15.5.6 UPLIFT OF THE TRANSANTARCTIC MOUNTAINS 507
15.6 SUMMARY 508
15.7 APPENDIX 510
15.7.1 THE FISSION-TRACK METHOD OF DATING 510
REFERENCES 511
IMAGE 11
XXIII
PART IV FIRE AND ICE
16 CENOZOIC VOLCANOES 519
16.1 EREBUS VOLCANIC PROVINCE 519
16.1.1 PETROLOGY 521
16.1.2 CHEMICAL COMPOSITIONS 522
16.1.3 K-AR DATES 523
16.1.4 RB-SR SYSTEMATICS 525
16.1.5 U-PB SYSTEMATICS 526
16.1.6 OXYGEN ISOTOPES 527
16.1.7 ULTRAMAFIC INCLUSIONS 527
16.1.8 GRANULITE INCLUSIONS 528
16.1.9 STRUCTURAL DISCONTINUITY OF THE DEEP CRUST 529
16.2 ROSS ISLAND 530
16.2.1 HUT POINT PENINSULA AND PETROGENESIS 532
16.2.2 MOUNT EREBUS, SUMMIT 535
16.2.3 MOUNT EREBUS, GAS AND DUST 538
16.2.4 MT. EREBUS, SOIL SALTS 539
16.2.5 SOIL SALTS, COAST OF ROSS ISLAND 540
16.3 MELBOURNE VOLCANIC PROVINCE 542
16.3.1 MT. MELBOURNE 543
16.3.2 PETROGENESIS (MOUNT MELBOURNE) 546
16.3.3 THE PLEIADES 548
16.4 HALLETT VOLCANIC PROVINCE 550
16.4.1 ADARE PENINSULA 550
16.4.2 HALLETT PENINSULA 551
16.4.3 DANIELL PENINSULA 551
16.4.4 COULMAN ISLAND 552
16.4.5 POSSESSION ISLANDS 553
16.5 THE BALLENY, SCOTT, AND PETER I ISLANDS 554
16.5.1 BALLENY ISLANDS 555
16.5.2 SCOTT ISLAND 555
16.5.3 PETER I ISLAND 556
16.5.4 PETROGENESIS (BALLENY ISLANDS) 556
16.6 MOUNT EARLY AND SHERIDAN BLUFF, QMM 558
16.7 SUMMARY 561
16.8 APPENDICES 562
16.8.1 AVERAGE CHEMICAL COMPOSITIONS OF THE GRANULITE INCLUSION FROM THE
DEEP CRUST BENEATH THE TRANSANTARCTIC MOUNTAINS AND THE ROSS EMBAYMENT
(KALAMARIDES AND BERGL991) 562
16.8.2 ISOTOPIC COMPOSITIONS OF STRONTIUM AND SULFUR IN SOIL SALTS ON
ROSS ISLAND INCLUDING THE SUMMIT OF MT. EREBUS (JONES ET AL.1983; FAURE
AND JONES 1989) 563
16.8.3 ISOTOPIC COMPOSITIONS OF TWO-COMPONENT MIXTURES (FAURE AND
JONESL989) 564
16.8.4 ISOTOPE COMPOSITIONS OF STRONTIUM AND NEODYMIUM OF VOLCANIC ROCKS
FROM THE MT. MELBOURNE VOLCANIC FIELD (WORNER ET AL.1989) 565
16.8.5 ISOTOPE COMPOSITIONS OF STRONTIUM OF THE CENOZOIC LAVAS OF
NORTHERN VICTORIA LAND AND ADJACENT ISLANDS 565 REFERENCES 565
IMAGE 12
XXIV
17 THE EAST ANTARCTIC ICE SHEET 573
17.1 DYNAMICS OF THE ANTARCTIC ICE SHEETS 573
17.2 CENOZOIC GLACIATION OF ANTARCTICA 576
17.3 THE ELEPHANT MORAINE 579
17.3.1 PHYSICAL DIMENSIONS 579
17.3.2 LITHOLOGIC COMPOSITION OF ROCK CLASTS 579
17.3.3 ORIGIN OF THE ELEPHANT MORAINE 581
17.3.4 DATING SUPRAGLACIAL MORAINES 582
17.3.5 MICROPALEONTOLOGY OF MOLDED TILL PELLETS 583 17.3.6 ABLATION
RATES 585
17.3.7 SUBGLACIAL CALCITE AND OPALINE SILICA 586
17.4 RECKLING MORAINE AND ALLAN HILLS 589
17.4.1 LITHOLOGY OF ROCK CLASTS 591
17.4.2 ABLATION RATES 591
17.4.3 OXYGEN ISOTOPES 592
17.4.4 BEDROCK TOPOGRAPHY 594
17.5 ACCUMULATION RATES OF SNOW AND CONDENSATION TEMPERATURES 595 17.5.1
ACCUMULATION RATES 595
17.5.2 TEMPERATURE ESTIMATES (OXYGEN) 596
17.5.3 TEMPERATURE ESTIMATES (HYDROGEN) 597
17.6 CLIMATE HISTORIES FROM ICE CORES 599
17.6.1 THE VOSTOK CORE 600
17.6.2 DATING ICE 601
17.6.3 EPICA CORE AT DOME C 601
17.7 WATER UNDER THE ANTARCTIC ICE SHEET 605
17.7.1 PRESSURE-MELTING POINT 605
17.7.2 LAKE VOSTOK 607
17.7.3 ICE STREAMS 607
17.7.4 EFFECT ON SEA LEVEL 608
17.8 CRYOGENIC BRINES AND EVAPORITES 610
17.9 CHEMICAL COMPOSITION OF ANTARCTIC ICE 612
17.9.1 FIRN AT BASE ROI BAUDOUIN 613
17.9.2 THE BYRD-STATION ICE CORE 613
17.9.3 NITRATE AND SULFATE CONCENTRATIONS 614
17.9.4 LEAD IN CONTINENTAL ICE SHEETS 615
17.10 DUST IN THE ICE SHEETS OF ANTARCTICA 617
17.10.1 STRATOSPHERIC DUST 617
17.10.2 TEPHRA LAYERS IN THE ICE SHEETS OF ANTARCTICA 619 17.10.3 TEPHRA
ON THE ALLAN HILLS ICE FIELDS 621
17.10.4 BLACK SPHERULES, ALLAN HILLS 622
17.11 SUMMARY 624
17.12 APPENDIX 626
17.12.1 CHEMICAL COMPOSITION OF SNOW AT BASE ROI BAUDOUIN,
AMUNDSEN-SCOTT, AND PLATEAU STATIONS (HANAPPE ET AL. 1968) 626
REFERENCES , 627
18 METEORITES ON ICE 635
18.1 METEORITES IN ANTARCTICA 635
18.2 CLASSIFICATION OF METEORITES 637
18.3 ANTARCTIC METEORITES 640
18.3.1 PHYSICAL PROPERTIES OF METEORITES 641
18.3.2 TRANSPORT AND EXPOSURE 643
IMAGE 13
XXV
18.3.3 METEORITE COLLECTIONS FROM ANTARCTICA 644
18.4 METEORITE-IMPACT CRATERS 644
18.4.1 WILKES LAND IMPACT BASIN 645
18.4.2 BUTCHER RIDGE, COOK MOUNTAINS 645
1 8.5 ALLAN HILLS ICEFIELDS 649
18.6 METEORITE CHRONOLOGIES 652
18.6.1 COSMIC-RAY EXPOSURE AGES 653
18.6.2 TERRESTRIAL AGES 655
18.6.3 OLD METEORITES AT THE ALLAN HILLS 656
18.7 CHEMICAL WEATHERING OF STONY METEORITES 656
18.7.1 EVAPORITE MINERALS 659
18.7.2 CLAY MINERALS 660
18.7.3 TRACE ELEMENTS 661
18.7.4 IODINE CONTAMINATION 661
18.8 IRON METEORITES: DERRICK PEAK 663
18.9 LUNAR AND MARTIAN METEORITES 665
18.9.1 LUNAR ROCKS IN ANTARCTICA 666
18.9.2 MARTIAN ROCKS IN ANTARCTICA 669
18.9.3 LIFE ON MARS? (ALH 84001) 670
18.10 MICROMETEORITES AND COSMIC SPHERULES 672
18.10.1 DISCOVERY OF MICROMETEORITES 673
18.10.2 ORIGIN AND COMPOSITION 673
18.10.3 CLASSIFICATION 675
18.10.4 MICROMETEORITES, CAP PRUDHOMME 675
18.10.5 MICROMETEORITES, SOUTH POLE 677
18.11 SUMMARY 677
18.12 APPENDICES 678
18.12.1 LETTER CODES AND LOCATIONS OF COLLECTING SITES OF METEORITE
SPECIMENS (ANTARCTIC METEORITE NEWSLETTER, 29(2):3, 2006 AND GAZETTEER
OF THE ANTARCTIC (FOURTH EDITION)) 678
18.12.2 CALCULATION OF THE TERRESTRIAL AGE OF THE LL6 CHONDRITE ALH
78153 BY THE DECAY OF COSMOGENIC 36 C1 AND 26 A1 679
18.12.3 LUNAR METEORITE SPECIMENS COLLECTED IN ANTARCTICA INCLUDING
PAIRED SAMPLES (WARREN 2005; PAPIKE ET AL. 1998; EUGSTER 1989; BOGARD
1983) 680
18.12.4 PARTIAL LIST OF MARTIAN METEORITES COLLECTED IN ANTARCTICA 681
REFERENCES 682
19 GLACIATON OF SOUTHERN VICTORIA LAND 693
19.1 NEOGENE SEDIMENT IN MCMURDO SOUND 693
19.1.1 CIROS-1 ANDMSSTS 694
19.1.2 CAPE ROBERTS PROJECT 696
19.1.3 ROSS ICE SHELF PROJECT 697
19.2 THE SIRIUS GROUP 697
19.2.1 MT. SIRIUS 698
19.2.2 MARINE MICROFOSSILS AND REAL WOOD 700
19.2.3 PYRITE GRAINS AND COSMIC SPHERULES 701
19.3 DOMINION RANGE 702
19.3.1 STRATIGRAPHY 702
IMAGE 14
XXVI
19.3.2 PLIOCENE NOTHOPHAGUS 704
19.3.3 THE BEARDMORE FJORD 706
19.3.4 HISTORY OF GLACIATION OF THE TRANSANTARCTIC MOUNTAINS 706
19.3.5 TROUBLE WITH DIATOMS 707
19.3.6 THE OUTLET GLACIERS 709
19.3.7 RB-SR DATING OF FELDSPAR IN TILL 710
19.4 VOLCANIC ACTIVITY, SOUTHERN VICTORIA LAND 711
19.4.1 TAYLOR VALLEY 714
19.4.2 WRIGHT AND FERRAR VALLEYS 715
19.4.3 KOETTLITZ GLACIER 716
19.5 ARENA VALLEY AND WESTERN ASGARD RANGE 718
19.5.1 ARENA VALLEY 718
19.5.2 WESTERN ASGARD RANGE 718
19.5.3 VOLCANIC ASH 718
19.5.4 ENDOLITHIC PLANTS 720
19.6 WRIGHT VALLEY 722
19.6.1 GLACIATION 723
19.6.2 PELEUS TILL 724
19.6.3 WRIGHT FJORD 726
19.6.4 ROSS-SEA GLACIATION 726
19.7 LAKES OF THE ICE-FREE VALLEYS 728
19.7.1 LAKE VANDA, WRIGHT VALLEY 728
19.7.2 SOURCES OF SALTS: STRONTIUM ISOTOPES 737
19.7.3 DON JUAN POND 738
19.7.4 LAKE BONNEY, TAYLOR VALLEY 740
19.7.5 MELTWATER STREAMS, TAYLOR VALLEY 742
19.8 SUMMARY 746
19.9 APPENDICES 748
19.9.1 40 AR/ 39 AR DATES DERIVED FROM VOLCANIC ASH IN ARENA VALLEY AND
FROM THE WESTERN ASGARD RANGE, SOUTHERN VICTORIA LAND (MARCHANT ET AL.
1993A, B) 748 19.9.2 NAMES AND LOCATIONS OF 44 PRESENT-DAY LAKES
AND PONDS IN SOUTHERN VICTORIA LAND AND ON ROSS ISLAND (CHINN 1993) 748
19.9.3 CHEMICAL ANALYSES OF BRINE IN DON JUAN POND OF WRIGHT VALLEY,
SOUTHERN VICTORIA LAND (COMPILED BY JONES 1969) 749
19.9.4 REPORTS CONCERNING THE GEOCHEMISTRY OF DON JUAN POND IN WRIGHT
VALLEY, SOUTHERN VICTORIA LAND 749 19.9.5 ISOTOPE COMPOSITIONS OF
STRONTIUM IN THE WATER OF THE PRINCIPAL TRIBUTARY STREAMS IN THE
THREE WATERSHEDS OF TAYLOR VALLEY (LYONS ET AL. 2002) 750
REFERENCES 750
20 ANTARCTICA IN RETROSPECT 759
AUTHOR INDEX 761
SUBJECT INDEX 779
GEOLOGIC TIME SCALE 803 |
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| author | Faure, Gunter Mensing, Teresa M. |
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| geographic_facet | Transantarktisches Gebirge Antarktis |
| id | DE-604.BV036541632 |
| illustrated | Illustrated |
| indexdate | 2024-07-20T10:40:56Z |
| institution | BVB |
| isbn | 9781402084065 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-020463399 |
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| owner_facet | DE-29 DE-11 DE-188 |
| physical | XXVI, 804 S. Ill., graph. Darst., Kt. |
| publishDate | 2010 |
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| publishDateSort | 2010 |
| publisher | Springer |
| record_format | marc |
| spelling | Faure, Gunter Verfasser aut The transantarctic mountains rocks, ice, meteorites and water Gunter Faure ; Teresa M. Mensing Dordrecht [u.a.] Springer 2010 XXVI, 804 S. Ill., graph. Darst., Kt. txt rdacontent n rdamedia nc rdacarrier Gebirge (DE-588)4019535-1 gnd rswk-swf Hydrologie (DE-588)4026309-5 gnd rswk-swf Glazialmorphologie (DE-588)4021212-9 gnd rswk-swf Geologie (DE-588)4020227-6 gnd rswk-swf Transantarktisches Gebirge (DE-588)4306115-1 gnd rswk-swf Antarktis (DE-588)4002208-0 gnd rswk-swf Antarktis (DE-588)4002208-0 g Gebirge (DE-588)4019535-1 s Transantarktisches Gebirge (DE-588)4306115-1 g Geologie (DE-588)4020227-6 s Glazialmorphologie (DE-588)4021212-9 s Hydrologie (DE-588)4026309-5 s DE-188 Mensing, Teresa M. Verfasser aut text/html http://deposit.dnb.de/cgi-bin/dokserv?id=3464322&prov=M&dok_var=1&dok_ext=htm Inhaltstext SWB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=020463399&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Faure, Gunter Mensing, Teresa M. The transantarctic mountains rocks, ice, meteorites and water Gebirge (DE-588)4019535-1 gnd Hydrologie (DE-588)4026309-5 gnd Glazialmorphologie (DE-588)4021212-9 gnd Geologie (DE-588)4020227-6 gnd |
| subject_GND | (DE-588)4019535-1 (DE-588)4026309-5 (DE-588)4021212-9 (DE-588)4020227-6 (DE-588)4306115-1 (DE-588)4002208-0 |
| title | The transantarctic mountains rocks, ice, meteorites and water |
| title_auth | The transantarctic mountains rocks, ice, meteorites and water |
| title_exact_search | The transantarctic mountains rocks, ice, meteorites and water |
| title_full | The transantarctic mountains rocks, ice, meteorites and water Gunter Faure ; Teresa M. Mensing |
| title_fullStr | The transantarctic mountains rocks, ice, meteorites and water Gunter Faure ; Teresa M. Mensing |
| title_full_unstemmed | The transantarctic mountains rocks, ice, meteorites and water Gunter Faure ; Teresa M. Mensing |
| title_short | The transantarctic mountains |
| title_sort | the transantarctic mountains rocks ice meteorites and water |
| title_sub | rocks, ice, meteorites and water |
| topic | Gebirge (DE-588)4019535-1 gnd Hydrologie (DE-588)4026309-5 gnd Glazialmorphologie (DE-588)4021212-9 gnd Geologie (DE-588)4020227-6 gnd |
| topic_facet | Gebirge Hydrologie Glazialmorphologie Geologie Transantarktisches Gebirge Antarktis |
| url | http://deposit.dnb.de/cgi-bin/dokserv?id=3464322&prov=M&dok_var=1&dok_ext=htm http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=020463399&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT fauregunter thetransantarcticmountainsrocksicemeteoritesandwater AT mensingteresam thetransantarcticmountainsrocksicemeteoritesandwater |