Carbonate sediments and their diagenesis:
Saved in:
| Main Author: | |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Amsterdam [u.a.]
Elsevier
1975
|
| Edition: | 2., enl. ed. |
| Series: | Developments in sedimentology
12 |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XIX, 658 S. Ill., graph. Darst., Kt. |
| ISBN: | 0444413510 0444413529 |
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| 100 | 1 | |a Bathurst, Robin G. |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Carbonate sediments and their diagenesis |c by Robin G. C. Bathurst |
| 250 | |a 2., enl. ed. | ||
| 264 | 1 | |a Amsterdam [u.a.] |b Elsevier |c 1975 | |
| 300 | |a XIX, 658 S. |b Ill., graph. Darst., Kt. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 490 | 1 | |a Developments in sedimentology |v 12 | |
| 650 | 4 | |a Diagenèse | |
| 650 | 4 | |a Roches carbonatées | |
| 650 | 4 | |a Diagenesis | |
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Record in the Search Index
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|---|---|
| adam_text | CONTENTS
PREFACE................................... VII
Further reading................................. XII
PREFACE to the second edition......................... XII
CHAPTER 1. PETROGRAPHY OF CARBONATE GRAINS 1: SKELETAL
STRUCTURES................................ 1
Introduction.................................. 1
Mollusca.................................... 2
Molluscan structures........................... 3
Tubules................................. 14
The organic matrix............................ 14
Amphineura............................... 16
Gastropoda............................... 16
Bivalvia................................. 17
Scaphopoda............................... 18
Cephalopoda............................... 19
Brachiopoda.................................. 20
Zoantharia................................... 25
Scleractinia (calcareous Hexacorallia).................... 25
Rugosa................................. 26
Tabulata................................. 28
Heterocorallia.............................. 28
Octocorallia (Alcyonaria)............................. 28
Spiculate orders.............................. 29
Hydrozoa................................... 30
Stromatoporoidea................................ 31
The skeletal walls............................. 33
Skeletal microstructure.......................... 33
Palaeozoic stromatoporoids........................ 35
Mesozoic stromatoporoids......................... 38
Foraminiferida................................. 39
Textulariina............................... 41
Fusulinina................................ 41
Miliolina................................. 45
Rotaliina................................ 45
Identification of Recent foraminiferal debris................. 48
Echinodermata................................. 50
Echinoidea, Crinoidea, Asteroidea, Ophiuroidea, Blastoidea.......... 50
Holothuroidea.............................. 55
Families of disjunct holothurian sclerites................... 57
Benthonic calcareous algae............................ 58
Corallinaceae............................... 58
Solenoporaceae.............................. 61
Gymnocodiaceae............................. 61
XIV CONTENTS
Codiaceae................................ 62
Dasycladaceae.............................. 64
Charophyta............................... 64
Uncertain affinity............................. 64
Phylloid algae.............................. 66
Planktonic calcareous algae........................... 67
Coccolithaceae.............................. 67
Calcispheres.................................. 69
Bryozoa.................................... 70
Trilobita.................................... 73
Further reading................................ 75
Additional references not given in the preceding chapter............ 76
CHAPTER 2. PETROGRAPHY OF CARBONATE GRAINS 2: OÖIDS, PISOLITES,
PELOIDS AND OTHER MICRITIC FABRICS.................. 77
Recent oöids and pisolites............................ 77
Marine and lacustrine oöids........................ 77
Cave oöids and pisolites (cave pearls).................... 81
Ancient oöids and pisolites............................ 82
Primary and secondary fabrics....................... 82
Vadose pisolites in caliche......................... 84
Peloids..................................... 84
Faecal pellets............................... 84
Other peloids............................... 86
Grapestone and lumps........................... 87
Calcilutites................................... 87
Muds (clay-grade): precipitated or algal................... 87
Muds: clastic............................... 87
Mudstone (clay-grade)........................... 88
Coarser calcilutites............................ 89
Micrite envelopes................................ 90
Ancient stromatolites.............................. 90
Further reading................................ 91
CHAPTER 3. RECENT CARBONATE ENVIRONMENTS 1: GENERAL
INTRODUCTION AND THE GREAT BAHAMA BANK............. 93
General introduction: Research on Recent carbonate sediments............ 93
Stimulus of marine geology and stratigraphy................. 93
Summary of principal past researches.................... 94
The complex environment......................... 95
The Great Bahama Bank............................. 96
Dimensions............................... 96
Topography............................... 98
Water movement............................. 100
Temperature and salinity......................... 100
Lithofacies, habitats, communities..................... 102
The coralgal lithofacies and its environment................. 108
The oolitic and grapestone lithofacies and their environment.......... 121
The oolite lithofacies and its environment ................ 134
The pellet-mud and mud lithofacies and their environment........... 136
Retrospect: the significance of lithofacies.................. 138
Further reading................................ 141
Additional references not given in the preceding chapter ........... 142
Papers on Recent reef complexes...................... 143
Other papers of interest.......................... 144
CONTENTS XV
CHAPTER 4. RECENT CARBONATE ENVIRONMENTS 2: FLORIDA, GULF OF
BATABANO, PERSIAN GULF, BRITISH HONDURAS............. 147
Southern Florida................................ 147
Topography............................... 147
Water movement............................. 148
Temperature and salinity......................... 149
The reefs................................. 150
Back-reef lagoon............................. 154
Florida Bay............................... 161
A note on carbonate mud banks...................... 164
Gulf of Batabano, Cuba............................. 165
Topography, water movement, salinity.................... 165
Organisms, substrates........................... 170
Environments.............................. 173
Discussion................................ 176
The Trucial Coast Embayment, Persian Gulf.................... 178
Topography..............,................. 178
Water movement, temperature, salinity................... 180
The open sea floor off Qatar........................ 181
The Abu Dhabi complex.......................... 189
Sabkha of the Qatar Peninsula....................... 209
British Honduras................................ 212
Skeletal calcilutites............................ 212
Further reading................................ 216
Additional references not given in the preceding chapter............ 216
CHAPTER 5. RECENT CARBONATE ALGAL STROMATOLITES........ 217
Introduction.................................. 217
The work of Black............................... 218
Morphology and growth............................. 219
Classification............................... 219
Finer depositional fabrics......................... 222
Morphology and distribution of stromatolites................ 227
Summary................................... 230
Further reading................................ 230
CHAPTER 6. SOME CHEMICAL CONSIDERATIONS.............. 231
The simple system CO2-H2O-CaCO3....................... 231
Equilibria................................ 231
pH and buffering............................. 233
Alkalinity................................ 234
The commoner carbonate minerals........................ 234
Polymorphs of CaCO3........................... 234
Magnesian calcites............................ 235
Dolomites and protodolomites....................... 238
Mineral transformations............................. 239
Dry transformation (inversion) of aragonite to calcite............. 239
Wet transformation of aragonite to calcite.................. 239
Factors affecting carbonate equilibria....................... 242
Surface layer reactions.......................... 242
Inhibiting effect of Mg2+ on calcite precipitation............... 243
Inhibiting effect of Mg2+ adsorption on dolomite growth........... 250
Effect of history of crystal surfaces on dolomite-calcite equilibria........ 252
Influence of organic films on particle-water reactions............. 252
Enhanced solubility of very small grains................... 254
Complexing in sea water.......................... 254
XVI CONTENTS
Relation between saturation of sea water for CaCO3 and mineralogy of the sediment 256
Stability of CaCO3 polymorphs in sea water in the light of partition coefficients
for Sr2+ and Mg2+............................ 258
Control of calcite-aragonite precipitation in pure water solutions in contact with air 259
Strontium in aragonite and calcite..................... 260
Solubility and pressure........................... 265
Preservation of skeletal aragonite in ancient limestones............. 274
Origin of Bahamian aragonite mud: inorganic or physiological precipitate?....... 276
The sediment.............................. 277
Skeletal contribution to the sediment.................... 278
Recognition of algal needles by 18O/16O ratios................ 279
Inorganic precipitation........................... 284
Further reading................................. 292
Additional references not given in the preceding chapter............ 293
A selection of references on the relation of trace-elements and isotopes to salinity
and temperature............................. 294
CHAPTER 7. GROWTH OF OÖIDS, PISOLITES AND GRAPESTONE...... 295
The history of oolite theory............................ 295
The role of algae............................. 295
The role of bacteria............................ 298
Inorganic precipitation.......................... 300
Growth in caves and mines........................ 305
Further development of oolite theory....................... 307
The building of oolitic aragonite in the sea.................. 307
Tangential growth of aragonite....................... 308
Origin of radial-fibrous calcite in certain Jurassic limestones.......... 311
Grain size limits............................. 313
The origin of grapestone............................. 316
Needle, oöid or grapestone............................ 318
Further reading................................. 319
Additional references not given in the preceding chapter............ 319
CHAPTER 8. DIAGENESIS IN THE SUBAERIAL, FRESH WATER
ENVIRONMENT............................... 321
Introduction.................................. 321
Evidence for diagenesis during subaerial exposure ................. 322
Fabric and mineralogical evolution of Recent and Pleistocene limestones:
Bermuda and Florida.............................. 325
Fabric evolution of Bermudan limestones.................. 325
Mineralogical evolution of some Bermudan and Floridan limestones....... 330
The role of the micrite envelope in diagenesis................ 333
Experiments on dissolution of magnesian calcites............... 335
Isotopic evolution of Bermudan limestones.................. 339
Summary of Bermudan limestone diagenesis................. 344
Comparison with Recent-Pleistocene carbonate sediments of Israeli Mediterranean
coast.................................. 345
Fabric and mineralogical evolution of Cainozoic limestones: Guam, Eniwetok and Lau . 345
Passive dissolution and precipitation.................... 345
Calcitization of aragonite skeletons and carbonate mud at Guam, Eniwetok and Lau 347
Growth of neomorphic spar at Guam and Eniwetok.............. 350
Fabric and mineralogical evolution of Recent limestones: Funafuti.......... 350
Cementation at Funafuti......................... 351
Calcitization of calcilutite at Funafuti.................... 353
Calcitization of primary and secondary aragonite at Funafuti.......... 353
Growth of neomorphic spar at Funafuti................... 355
CONTENTS XVII
Dissolution of aragonite at Funafuti..................... 355
Summary of diagenesis at Funafuti..................... 355
Early vadose geopetal silt............................ 356
Internal calcite silts in a Permian wackestone mud............... 356
Summary of subaerial, fresh water diagenesis.................... 357
Further reading................................. 360
CHAPTER 9. DIAGENESIS ON THE SEA FLOOR............... 361
Introduction.................................. 361
The pore water in Recent marine carbonate sediments................ 361
Dissolution on the Recent sea floor........................ 362
Dissolution in shallow tropical seas..................... 362
Dissolution in deep sea water........................ 363
Cementation on the Recent sea floor....................... 363
Subtidal cementation in unconsolidated lime sediments............. 363
Subtidal cementation in reef porosity.................... 365
Beach rock................................ 367
Submarine hardgrounds (hard layers) in the Persian Gulf............ 371
Submarine hardgrounds on the New Providence platform........... 374
Cementation in deeper waters........................ 375
Boring algae and micritization on the Recent sea floor................ 381
Micritization in Bimini Lagoon....................... 384
Micritization and the production of peloids.................. 389
Emplacement of micritic aragonite..................... 391
Diagenesis on ancient sea floors......................... 392
Submarine cementation.......................... 392
Micritization............................... 394
The problem of hardgrounds........................ 394
Some Ordovician hardgrounds in Sweden..................... 397
The Chalk hardgrounds of northwest Europe.................... 399
Porosity of the Chalk hardgrounds..................... 400
The scant cementation of the soft chalk................... 401
The role of skeletal aragonite....................... 404
Chalk hardgrounds emergent?....................... 404
Rate of deposition of the Chalk...................... 405
Chalk hardgrounds and non-deposition................... 405
Cementation of Chalk hardgrounds..................... 406
Shoaling and Chalk hardgrounds...................... 408
The Chalk hardground established..................... 409
Further reading................................. 412
Additional references not given in the preceding chapter............ 413
CHAPTER 10. CEMENTATION........................ 415
Introduction.................................. 415
Recognition of cement in thin section....................... 416
The philosophy................................. 416
Fabric criteria for cement......................... 417
Discussion of fabric criteria........................ 420
The precipitation of cement in the subaerial fresh water and deep crustal environments . . 428
Influence of substrate........................... 428
Discontinuities in growth of cement..................... 431
Nucleation of cement crystals....................... 435
Influence of water chemistry on mineralogy and fabric of cement........ 439
The supply and delivery of CaCÛ3 for cementation in the subaerial fresh water and deep
crustal environments.............................. 439
The problem of the supply of CaCO3.................... 439
XVIII CONTENTS
The ¡deal pore system calcite-CC^-l-hO................... 442
Pore systems with more than one solid phase: diffusion and fluid flow...... 446
Karst evolution and the supply of dissolved CaCO3.............. 450
Donor and receptor limestones....................... 451
Submarine cementation............................. 452
The importance of submarine cementation in the past............. 453
Evidence for near-surface versus deep crustal cementation: a pragmatic approach . . . 454
An experiment: data from micrite envelopes and grain contacts......... 455
Summary: the state of thinking on cementation................... 456
Further reading................................. 457
CHAPTER 11. PRESSURE-SOLUTION..................... 459
The general theory of pressure-solution...................... 459
The theories of Thomson and Riecke.................... 459
Grains under load and the Boussinesq equation............... 460
Grain-to-grain pressure-solution in sediments.................... 462
Grain contacts, diffusion, precipitation................... 462
The effect of cement on pressure-solution.................. 465
The maintenance of pressure-solution.................... 466
Stylolites................................... 468
Form and growth............................. 468
Development of secondary clay seams (insoluble residues)........... 471
Critical stress for pressure-solution..................... 472
Further reading................................. 473
CHAPTER 12. NEOMORPHIC PROCESSES IN DIAGENES1S.......... 475
Neomorphic processes.............................. 475
Recrystallization................................ 476
Primary recrystallization.......................... 477
Grain growth.............................. 480
Wet recrystallization........................... 481
Aggrading neomorphism: the growth of neomorphic spar............... 481
The problem............................... 483
The fabrics of neomorphic spar....................... 484
Fabrics of the sparry calcite........................ 484
Fabrics of the syntaxial calcite rim..................... 491
Interpretation of the fabrics of neomorphic spar............... 493
The processes of aggrading neomorphism.................. 499
Fabric criteria for neomorphic spar..................... 503
Lithification of micrite.............................. 504
The problem............................... 504
Some processes.............................. 508
Structure grumeleuse........................... 511
Growth of microspar.............................. 513
Further reading................................. 515
Studies of calcilutites with the electron microscope.............. 515
Additional references not given in the preceding chapter............ 516
CHAPTER 13. RECENT DOLOMITES..................... 517
Introduction.................................. 517
Calcium-magnesium carbonate sediments of the Coorong district, South Australia ... 517
The environment............................. 519
Minerals and chemical parameters...................... 520
Hypotheses................................ 523
Dolomites of the Persian Gulf.......................... 525
Chemical parameters........................... 525
CONTENTS XIX
Dolomite................................ 526
Hypothesis............................... 527
Dolomite of Bonaire Island, southern Caribbean.................. 530
The environment............................. 530
Textural and chemical parameters..................... 531
Dolomite................................ 531
Hypothesis............................... 531
Seepage reflux.............................. 532
Dolomites of the Bahamas............................ 534
The crust................................ 534
Dolomite................................ 535
Hypothesis............................... 535
The growth of dolomite in the Recent environment................. 536
Search for a mechanism.......................... 536
Significance of the surface layer of a crystal................. 538
Summary................................... 541
Further reading................................. 543
Additional references not given in the preceding chapter............ 543
Papers on calcitization of dolomites..................... 543
APPENDIX. RECENT DEVELOPMENTS IN CARBONATE SEDIMENTOLOGY . 545
Petrography of carbonate grains......................... 545
Recent carbonate environments ......................... 546
Recent carbonate algal stromatolites....................... 547
Chemical considerations............................. 548
Growth of ooids................................ 551
Fresh water diagenesis, cementation and neomorphic processes............ 552
Diagenesis on the sea floor........................... 557
Pressure-solution................................ 559
Recent dolomites................................ 560
Diagenesis under the deep sea floor........................ 561
Lake sediments ................................ 562
Calcrete.................................... 562
Hydrogeology and karst............................. 563
GLOSSARY OF SEDIMENTOLOGICAL TERMS NOT DEFINED IN THE TEXT 565
REFERENCES................................ 569
REFERENCES IN THE APPENDIX...................... 615
INDEX.................................... 633
|
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| id | DE-604.BV002122255 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T15:40:42Z |
| institution | BVB |
| isbn | 0444413510 0444413529 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-001391617 |
| oclc_num | 1852745 |
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| physical | XIX, 658 S. Ill., graph. Darst., Kt. |
| publishDate | 1975 |
| publishDateSearch | 1975 |
| publishDateSort | 1975 |
| publisher | Elsevier |
| record_format | marc |
| series | Developments in sedimentology |
| series2 | Developments in sedimentology |
| spelling | Bathurst, Robin G. Verfasser aut Carbonate sediments and their diagenesis by Robin G. C. Bathurst 2., enl. ed. Amsterdam [u.a.] Elsevier 1975 XIX, 658 S. Ill., graph. Darst., Kt. txt rdacontent n rdamedia nc rdacarrier Developments in sedimentology 12 Diagenèse Roches carbonatées Diagenesis Rocks, Carbonate Carbonatgestein (DE-588)4147301-2 gnd rswk-swf Carbonatgestein (DE-588)4147301-2 s DE-604 Developments in sedimentology 12 (DE-604)BV035610622 12 HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=001391617&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Bathurst, Robin G. Carbonate sediments and their diagenesis Developments in sedimentology Diagenèse Roches carbonatées Diagenesis Rocks, Carbonate Carbonatgestein (DE-588)4147301-2 gnd |
| subject_GND | (DE-588)4147301-2 |
| title | Carbonate sediments and their diagenesis |
| title_auth | Carbonate sediments and their diagenesis |
| title_exact_search | Carbonate sediments and their diagenesis |
| title_full | Carbonate sediments and their diagenesis by Robin G. C. Bathurst |
| title_fullStr | Carbonate sediments and their diagenesis by Robin G. C. Bathurst |
| title_full_unstemmed | Carbonate sediments and their diagenesis by Robin G. C. Bathurst |
| title_short | Carbonate sediments and their diagenesis |
| title_sort | carbonate sediments and their diagenesis |
| topic | Diagenèse Roches carbonatées Diagenesis Rocks, Carbonate Carbonatgestein (DE-588)4147301-2 gnd |
| topic_facet | Diagenèse Roches carbonatées Diagenesis Rocks, Carbonate Carbonatgestein |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=001391617&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV035610622 |
| work_keys_str_mv | AT bathurstrobing carbonatesedimentsandtheirdiagenesis |