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Thrustbelts: structural architecture, thermal regimes and petroleum systems

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Bibliographic Details
Main Authors:	Nemčok, Michal 1961- (Author), Schamel, Steven (Author), Gayer, Rod (Author)
Format:	Book
Language:	English
Published:	Cambridge Cambridge Univ. Press 2005
Subjects:	Geologie Thrust faults (Geology) Petroleum > Geology Falten- und Überschiebungsgürtel Geothermische Anomalie Tektonik Lagerstättenbildung Kohlenwasserstofflagerstätte Falte Überschiebung
Online Access:	Publisher description Table of contents Inhaltsverzeichnis
Item Description:	Includes bibliographical references (p. 464-526) and index
Physical Description:	xii, 541 p. ill., maps 29 cm
ISBN:	0521822947

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Record in the Search Index

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adam_text	( Preface ix Acknowledgments xii I Fundamentals of thrustbelts 9 1 Introduction to the topic of thrustbelts 3 Conventional thrustbelts 3 Transpressional ranges 15 Accretionary prisms 18 Petroleum systems in thrustbelts 23 2 Mechanics of thrust wedges 26 Two dimensional Coulomb wedge model 26 Limitations to Coulomb wedge models 39 Two dimensional brittle ductile wedge model 42 Three dimensional wedge models 44 3 Mechanics of thrust sheets 46 Folding faulting interaction in thrust sheet development 46 Dynamics and kinematics prior to and during thrust sheet detachment 48 Dynamics and kinematics after thrust sheet detachment 54 4 Thin skin thrustbelt structures 58 Fault propagation fold 58 Detachment fold 65 Fault bend fold 68 Duplex 82 Triangle zone 91 1 5 Thick skin thrustbelt structures 97 Inverted graben 97 Basement uplift 109 6 Determination of timing of thrusting and deformation rates 121 Timing of thrusting 121 Deformation rates 134 II Evolving structural architecture and fluid flow 7 Role of mechanical stratigraphy in evolving architectural elements and structural style 149 Role of mechanical stratigraphy in thrust sheet initiation 149 Role of mechanical stratigraphy in thrust sheet development 159 8 Role of pre contractional tectonics and anisotropy in evolving structural style 171 Contents Large scale scenarios 171 Meso scale scenarios 178 Small scale scenarios 188 Role of syn orogenic erosion and deposition in evolving structural style 192 Role of syn orogenic erosion and deposition in an evolving thrustbelt 192 Direct influence of syn orogenic erosion and deposition on an evolving thrustbelt 192 Indirect influence of syn orogenic erosion and deposition on an evolving thrustbelt via the influence on foreland basins 200 Sediment flux and distribution 203 Lithospheric flexure 204 Thrustbelt load 204 Foreland basin control over thrustbelt style 204 Role of syn orogenic erosion and deposition in evolving local structure 205 Fold structures when the background deposition keeps pace with the growing structure 208 Fold structures when base level rise is faster than background deposition and growing structures give rise to local deposition 209 Fold structures when the background deposition is low and growing structures result in faster local deposition 211 Fold structures when the growing structures are the only source of deposition 212 0 Fluid flow in thrustbelts during and after deformation 221 Fluid sources 221 Major fluid flow mechanisms 224 Fluid flow driven by topography or gravity 224 Fluid flow driven by sediment compaction 225 Fluid flow driven by buoyancy forces resulting from density gradients due to temperature or salinity gradients 228 Minor fluid flow mechanisms 231 Fluid (low driven by compression 231 Fluid flow driven by seismic pumping 235 Fluid flow driven by thermal expansion or aquathermal pressuring 238 Fluid diffusion 241 Transient fluid flow along thrust faults 242 Character of basic permeable systems in thrustbelts and their interaction 246 Rock permeability 246 vii viii Fracture permeability 248 Interaction of rock and fracture permeability 250 III Thermal regime 11 Introduction to the thermal regimes of thrustbelts 257 12 Role of pre orogenic heat flow in subsequent thermal regimes 261 13 Role of structural and stratigraphic architecture in thermal regimes 270 Heat conduction 270 Thermal conductivity and thermal diffusivity 271 Specific heat capacity 287 Heat production rate 287 Effect of thermal properties on heat distribution 292 14 Role of syn orogenic burial and/or uplift and erosion in thermal regimes 298 Role of deposition in thermal regimes 298 Role of erosion in thermal regimes 305 Topographic influence on the subsurface temperature field 313 15 Role of deformation in thermal regimes 315 Role of shortening rate 315 Role of internal strain and frictional heating 330 Recognition of paleothermal perturbations caused by deformation 344 16 Role of fluid movement in thermal regimes 347 Recognition of the advective part of the heat transport 348 Recognition based on hydrological calculation 348 Recognition based on maturity data 351 Role of fluid flow mechanisms in thermal regimes 354 Role of topography driven fluid flow in thermal regimes 355 Role of compaction driven fluid flow in thermal regimes 361 Role of combined fluid flow mechanisms in thermal regimes 367 Contents IV Petroleum systems 17 Hydrocarbons in thrustbelts: global view 371 Global distribution of hydrocarbons in thrustbelts 371 Petroleum systems in thrustbelts 380 18 Source rocks in thrustbelt settings 385 General features of source rocks 385 Source rock deposition and preservation 389 Source rocks in thrustbelts 394 19 Maturation and migration in thrustbelts 399 General statement 399 Generation of petroleum 400 Migration of petroleum 404 Primary migration 405 Secondary migration 406 Maturation, expulsion and migration in thrustbelts 409 20 Seals and traps in thrustbelts 415 General statement 415 Role of seal type and quality in trap integrity 415 Trap styles in thrustbelts 418 Alteration and destruction of petroleum accumulations 423 21 Reservoir destruction or enhancement due to thrusting 431 Reservoir destruction mechanisms 431 Compaction 431 Cementation 440 Pressure solution 441 Cataclastic diminution 442 Reservoir enhancement mechanisms 445 Fracturing 445 Dissolution 458 22 Remaining petroleum potential of thrustbelts 460 General statement 460 Role of new frontier and mature field discoveries in thrustbelts 461 Role of improved resource recovery in thrustbelts 463 References 464 Index 527
adam_txt	( Preface ix Acknowledgments xii I Fundamentals of thrustbelts 9 1 Introduction to the topic of thrustbelts 3 Conventional thrustbelts 3 Transpressional ranges 15 Accretionary prisms 18 Petroleum systems in thrustbelts 23 2 Mechanics of thrust wedges 26 Two dimensional Coulomb wedge model 26 Limitations to Coulomb wedge models 39 Two dimensional brittle ductile wedge model 42 Three dimensional wedge models 44 3 Mechanics of thrust sheets 46 Folding faulting interaction in thrust sheet development 46 Dynamics and kinematics prior to and during thrust sheet detachment 48 Dynamics and kinematics after thrust sheet detachment 54 4 Thin skin thrustbelt structures 58 Fault propagation fold 58 Detachment fold 65 Fault bend fold 68 Duplex 82 Triangle zone 91 1 5 Thick skin thrustbelt structures 97 Inverted graben 97 Basement uplift 109 6 Determination of timing of thrusting and deformation rates 121 Timing of thrusting 121 Deformation rates 134 II Evolving structural architecture and fluid flow 7 Role of mechanical stratigraphy in evolving architectural elements and structural style 149 Role of mechanical stratigraphy in thrust sheet initiation 149 Role of mechanical stratigraphy in thrust sheet development 159 8 Role of pre contractional tectonics and anisotropy in evolving structural style 171 Contents Large scale scenarios 171 Meso scale scenarios 178 Small scale scenarios 188 Role of syn orogenic erosion and deposition in evolving structural style 192 Role of syn orogenic erosion and deposition in an evolving thrustbelt 192 Direct influence of syn orogenic erosion and deposition on an evolving thrustbelt 192 Indirect influence of syn orogenic erosion and deposition on an evolving thrustbelt via the influence on foreland basins 200 Sediment flux and distribution 203 Lithospheric flexure 204 Thrustbelt load 204 Foreland basin control over thrustbelt style 204 Role of syn orogenic erosion and deposition in evolving local structure 205 Fold structures when the background deposition keeps pace with the growing structure 208 Fold structures when base level rise is faster than background deposition and growing structures give rise to local deposition 209 Fold structures when the background deposition is low and growing structures result in faster local deposition 211 Fold structures when the growing structures are the only source of deposition 212 0 Fluid flow in thrustbelts during and after deformation 221 Fluid sources 221 Major fluid flow mechanisms 224 Fluid flow driven by topography or gravity 224 Fluid flow driven by sediment compaction 225 Fluid flow driven by buoyancy forces resulting from density gradients due to temperature or salinity gradients 228 Minor fluid flow mechanisms 231 Fluid (low driven by compression 231 Fluid flow driven by seismic pumping 235 Fluid flow driven by thermal expansion or aquathermal pressuring 238 Fluid diffusion 241 Transient fluid flow along thrust faults 242 Character of basic permeable systems in thrustbelts and their interaction 246 Rock permeability 246 vii viii Fracture permeability 248 Interaction of rock and fracture permeability 250 III Thermal regime 11 Introduction to the thermal regimes of thrustbelts 257 12 Role of pre orogenic heat flow in subsequent thermal regimes 261 13 Role of structural and stratigraphic architecture in thermal regimes 270 Heat conduction 270 Thermal conductivity and thermal diffusivity 271 Specific heat capacity 287 Heat production rate 287 Effect of thermal properties on heat distribution 292 14 Role of syn orogenic burial and/or uplift and erosion in thermal regimes 298 Role of deposition in thermal regimes 298 Role of erosion in thermal regimes 305 Topographic influence on the subsurface temperature field 313 15 Role of deformation in thermal regimes 315 Role of shortening rate 315 Role of internal strain and frictional heating 330 Recognition of paleothermal perturbations caused by deformation 344 16 Role of fluid movement in thermal regimes 347 Recognition of the advective part of the heat transport 348 Recognition based on hydrological calculation 348 Recognition based on maturity data 351 Role of fluid flow mechanisms in thermal regimes 354 Role of topography driven fluid flow in thermal regimes 355 Role of compaction driven fluid flow in thermal regimes 361 Role of combined fluid flow mechanisms in thermal regimes 367 Contents IV Petroleum systems 17 Hydrocarbons in thrustbelts: global view 371 Global distribution of hydrocarbons in thrustbelts 371 Petroleum systems in thrustbelts 380 18 Source rocks in thrustbelt settings 385 General features of source rocks 385 Source rock deposition and preservation 389 Source rocks in thrustbelts 394 19 Maturation and migration in thrustbelts 399 General statement 399 Generation of petroleum 400 Migration of petroleum 404 Primary migration 405 Secondary migration 406 Maturation, expulsion and migration in thrustbelts 409 20 Seals and traps in thrustbelts 415 General statement 415 Role of seal type and quality in trap integrity 415 Trap styles in thrustbelts 418 Alteration and destruction of petroleum accumulations 423 21 Reservoir destruction or enhancement due to thrusting 431 Reservoir destruction mechanisms 431 Compaction 431 Cementation 440 Pressure solution 441 Cataclastic diminution 442 Reservoir enhancement mechanisms 445 Fracturing 445 Dissolution 458 22 Remaining petroleum potential of thrustbelts 460 General statement 460 Role of new frontier and mature field discoveries in thrustbelts 461 Role of improved resource recovery in thrustbelts 463 References 464 Index 527
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spelling	Nemčok, Michal 1961- Verfasser (DE-588)124524397 aut Thrustbelts structural architecture, thermal regimes and petroleum systems Michal Nemčok ; Steven Schamel ; Rod Gayer Cambridge Cambridge Univ. Press 2005 xii, 541 p. ill., maps 29 cm txt rdacontent n rdamedia nc rdacarrier Includes bibliographical references (p. 464-526) and index Geologie Thrust faults (Geology) Petroleum Geology Falten- und Überschiebungsgürtel (DE-588)4695349-8 gnd rswk-swf Geothermische Anomalie (DE-588)4156772-9 gnd rswk-swf Tektonik (DE-588)4059351-4 gnd rswk-swf Lagerstättenbildung (DE-588)4166450-4 gnd rswk-swf Kohlenwasserstofflagerstätte (DE-588)4164581-9 gnd rswk-swf Falte (DE-588)4513420-0 gnd rswk-swf Überschiebung (DE-588)4186632-0 gnd rswk-swf Überschiebung (DE-588)4186632-0 s Falte (DE-588)4513420-0 s Falten- und Überschiebungsgürtel (DE-588)4695349-8 s Tektonik (DE-588)4059351-4 s Geothermische Anomalie (DE-588)4156772-9 s Kohlenwasserstofflagerstätte (DE-588)4164581-9 s Lagerstättenbildung (DE-588)4166450-4 s 1\p DE-604 Schamel, Steven Verfasser aut Gayer, Rod Verfasser aut http://www.loc.gov/catdir/enhancements/fy0659/2006276094-d.html Publisher description http://www.loc.gov/catdir/enhancements/fy0659/2006276094-t.html Table of contents HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014927222&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk
spellingShingle	Nemčok, Michal 1961- Schamel, Steven Gayer, Rod Thrustbelts structural architecture, thermal regimes and petroleum systems Geologie Thrust faults (Geology) Petroleum Geology Falten- und Überschiebungsgürtel (DE-588)4695349-8 gnd Geothermische Anomalie (DE-588)4156772-9 gnd Tektonik (DE-588)4059351-4 gnd Lagerstättenbildung (DE-588)4166450-4 gnd Kohlenwasserstofflagerstätte (DE-588)4164581-9 gnd Falte (DE-588)4513420-0 gnd Überschiebung (DE-588)4186632-0 gnd
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title	Thrustbelts structural architecture, thermal regimes and petroleum systems
title_auth	Thrustbelts structural architecture, thermal regimes and petroleum systems
title_exact_search	Thrustbelts structural architecture, thermal regimes and petroleum systems
title_exact_search_txtP	Thrustbelts structural architecture, thermal regimes and petroleum systems
title_full	Thrustbelts structural architecture, thermal regimes and petroleum systems Michal Nemčok ; Steven Schamel ; Rod Gayer
title_fullStr	Thrustbelts structural architecture, thermal regimes and petroleum systems Michal Nemčok ; Steven Schamel ; Rod Gayer
title_full_unstemmed	Thrustbelts structural architecture, thermal regimes and petroleum systems Michal Nemčok ; Steven Schamel ; Rod Gayer
title_short	Thrustbelts
title_sort	thrustbelts structural architecture thermal regimes and petroleum systems
title_sub	structural architecture, thermal regimes and petroleum systems
topic	Geologie Thrust faults (Geology) Petroleum Geology Falten- und Überschiebungsgürtel (DE-588)4695349-8 gnd Geothermische Anomalie (DE-588)4156772-9 gnd Tektonik (DE-588)4059351-4 gnd Lagerstättenbildung (DE-588)4166450-4 gnd Kohlenwasserstofflagerstätte (DE-588)4164581-9 gnd Falte (DE-588)4513420-0 gnd Überschiebung (DE-588)4186632-0 gnd
topic_facet	Geologie Thrust faults (Geology) Petroleum Geology Falten- und Überschiebungsgürtel Geothermische Anomalie Tektonik Lagerstättenbildung Kohlenwasserstofflagerstätte Falte Überschiebung
url	http://www.loc.gov/catdir/enhancements/fy0659/2006276094-d.html http://www.loc.gov/catdir/enhancements/fy0659/2006276094-t.html http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014927222&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT nemcokmichal thrustbeltsstructuralarchitecturethermalregimesandpetroleumsystems AT schamelsteven thrustbeltsstructuralarchitecturethermalregimesandpetroleumsystems AT gayerrod thrustbeltsstructuralarchitecturethermalregimesandpetroleumsystems

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