Sedimentary basins : evolution, facies, and sediment budget /
Guardado en:
| Autor principal: | |
|---|---|
| Formato: | Desconocido |
| Lenguaje: | Español |
| Publicado: |
Berlin :
Springer,
2000.
|
| Edición: | 2nd ed. rev. enl. |
| Materias: | |
| Aporte de: | Registro referencial: Solicitar el recurso aquí |
Tabla de Contenidos:
- Part 1 Types of sedimentary basins
- 1 Basin classification and depositional environments
- 1.1 Introduction
- 1.2 Tectonic basin classification
- 1.3 Tectonics and basin filling
- 1.4 Basin morphology and depositional environments
- Part II Depositional systems and facies models
- 2. Continental sediments
- 2.1 Glacial deposits of lowlands, lakes, and in the sea
- 2.2 Fluvial sediments, alluvial fans and fan deltas
- 2.3 Eolian sediments
- 2.4 Volcaniclastic sediments (Tephra deposits)
- 2.5 Sediments of Marine Delta Complexes
- 3. Coastal and shallow sea sediments (Including carbonates)
- 3.1 Beach and shoreface sediments
- 3.2 Sediments of tidal flats and barrier Island_Lagoon Complexes
- 3.3 Sediments of shallow seas (siliciclastics)
- 3.4 Carbonate buidups and reef-laoon complexes
- 3.5 Sediments of marine delt complexes
- 4 Sediments of adjacent seas and estuaries
- 4.1 Introduction
- 4.2 Water circulation and sediments
- 4.3 Sedimentary history of some modern adjacent seas
- 4.4 Summary (Adjacent seas)
- 5. Oceanic sediments
- 5.1 Introduction
- 5.2 Water circulation in the oceans
- 5.3 Hemipelagic and pelagic deep-sea sediments
- 5.4 Gravity mass flow deposits and turbidites
- 5.5 Erosion and redeposition of deep-sea sediments
- 5.6 Paleoceanography
- 6 Special depositional environmentes and sediments
- 6.1 Green marine clays
- 6.2 Oolitic Ironstones
- 6.3 Red beds
- 6.4 Marne evaposites
- 6.5 Nonactualistic (Precambrian) depositional
- 7 Sequence, minor cycles, and event stratigraphy
- 7.1 General characteristics of cyclic sediments
- 7.2 Sequence stratigraphy: Basic concepts
- 7.3 Sequence stratigraphy of coastal and shallow-marine silicclastic systems
- 7.4 Marine deltas, deep-sea fans, and oceanix sediments
- 7.5 Sequence stratigraphy os transitional systems
- 7.7 Continental sequence stratigraphy
- 7.8 Hierarchy of sedimentary cycles, their superposition and causes
- 7.9 Cyclo- and event stratigraphy
- 7.10 General discussion (sequence and event stratigraphy)
- Part III Subsidence, flux rates, and sediment budget
- 8 Subsidence
- 8.1 General Mechanisms controlling subsidence
- 8.2 Methods for determining subsidence of sedimentary basins
- 8.3 Subsidence related to tectonic loading, subduction, and strike-slip motion
- 9 Denudation: solute transport and flux rates of terrigenous sediment
- 9.1 Weathering soils, and formation of terrigenous sediments
- 9.2 Chemical denudation (Quantitative aspects)
- 9.3 Mechanical denudation
- 9.4 Modern chemical vs. mechancal denudation rates
- 9.5 Long-term denudation rates from landform reconstruction
- 9.6 Steady state and dynamic denudation systems
- 9.7 Denudation rates, summary
- 10 Sedimentation rates and organic matter in various depositional environments
- 10.1 General Aspects
- 10.2 Sedimentation rates in various depositioal Environments
- 10.3 Production of organic matter in various environments
- 10.4 Organic matter in the oceans
- 10.5 Organic matter preservation in marine sediments
- 11 The interplay between sediment supply, subsidence, and basin fill
- 11.1 Introduction
- 11.2 Denudation-sediment accumulation (DA) systems
- 11.3 Dynamic denudation-accumulation (DA) systems
- 11.4 Chemical sediments (Evaporites) in basin filling
- 11.5 Distribution of clastic sediments in water-filled basins
- 11.6 Consequences for stratigraphyc sequence and facies associations (Overview)
- 11.7 Preservation and recycling of older sediments
- Part IV Basin evolution
- 12 Basin evolution and sediments
- 12.1 Rift basins
- 12.2 Continental margin and slope basins
- 12.3 Mega-rifting and mesozoic sediments in Europe (Overview)
- 12.4 Intracontinental sag basins
- 12.5 Deep-sea trenches, forearc, backarc, and retroarc basins
- 12.6 Remnant and foreland basins
- 12.7 Collision-related basins
- 12.8 Pull-apart basins
- 12.9 Basin-type transitions (Polyphase basins)
- Part V Diagenesis and fluid flow
- 13 Mechanical and chemical diagenesis
- 13.1 General aspects of mechanical and chemical diagenesis
- 13.2 Compaction, compaction flow, and other flow mecahnisms
- 13.3 General processes in chemical diagenesis
- 13.4 Early diagenesis of major sediment types
- 13.5 Late, deep-burial diagenesis
- 13.6 The transition from diagenesis to metamorphism
- 13.7 Thermal history of basin fills
- 13.8 Special methods and processes in diagenesis
- 13.9 Summary (Chemical diagenesis)
- 14 Hydrocarbons and coal
- 14.1 Source rocks, kerogen types, and hydrocarbon potential
- 14.2 Generation and migration of hydrocarbons
- 14.3 Examples of hydrocarbon habitats
- 14.4 Evolution of coal