THE ORIGIN OF SEDIMENTARY BASINS - A STATUS-REPORT FROM THE TASK-FORCE OF THE INTERNATIONAL LITHOSPHERE PROGRAM

S CLOETINGH, W SASSI, R A STEPHENSON, M D ZOBACK, G D QUINLAN, J J WALSH, J P VILOTTE, A G ROBINSON, Z BENAVRAHAM, H C LARSEN, B VANHOORN, C BOIS, B T LARSEN, F HORVATH, L L LOBKOVSKY, E BANDA, H STEL, J MELOSH, G RANALLI, J SKOGSEID & 3 others C PUIGDEFABREGAS, A NIKISHIN, Randell Stephenson

Research output: Contribution to journalLiterature review

29 Citations (Scopus)

Abstract

Better insights into the mechanisms of basin formation have a direct bearing on the predictive power of forward models for basin fill. Models that link flexure, normal faulting and thrusting on a subbasin scale provide important constraints on the tectonic control of the sedimentary record, enabling a quantitative comparsion with eustatic contributions to the basin architecture. Thus of special importance is the need to link processes with different spatial and temporal scales involved in the evolution of extensional and compressional basins by numerical modelling. A new generation of basin modelling concepts and techniques is one of the main objectives of the Task Force Origin of Sedimentary Basins of the International Lithosphere Program. The focus of this work is on the quantification of the effects of the thermomechanical structure of the lithosphere and its interplay with regional and local stress changes. Other important developments include the step towards three-dimensional modelling and the full integration of rapidly expanding fission track and other data sets to constrain vertical motions in basins. As natural laboratories for the interactive testing and development of new basin modelling techniques, a number of basins with high quality data from industry, government and academia have been selected on the basis of specific testable problems.

Original languageEnglish
Pages (from-to)659-683
Number of pages25
JournalMarine and Petroleum Geology
Volume11
Issue number6
Publication statusPublished - Dec 1994

Keywords

  • BASIN MODELING
  • SEDIMENTARY BASINS
  • LITHOSPHERIC EVOLUTION
  • NORTHERN RED-SEA
  • EXTENDED CONTINENTAL LITHOSPHERE
  • CRUSTAL STRUCTURE
  • ARCTIC CANADA
  • EXTENSIONAL TECTONICS
  • REGIONAL ISOSTASY
  • VERTICAL MOTIONS
  • PANNONIAN BASIN
  • FORELAND BASINS
  • VALENCIA TROUGH

Cite this

CLOETINGH, S., SASSI, W., STEPHENSON, R. A., ZOBACK, M. D., QUINLAN, G. D., WALSH, J. J., ... Stephenson, R. (1994). THE ORIGIN OF SEDIMENTARY BASINS - A STATUS-REPORT FROM THE TASK-FORCE OF THE INTERNATIONAL LITHOSPHERE PROGRAM. Marine and Petroleum Geology, 11(6), 659-683.

THE ORIGIN OF SEDIMENTARY BASINS - A STATUS-REPORT FROM THE TASK-FORCE OF THE INTERNATIONAL LITHOSPHERE PROGRAM. / CLOETINGH, S ; SASSI, W ; STEPHENSON, R A ; ZOBACK, M D ; QUINLAN, G D ; WALSH, J J ; VILOTTE, J P ; ROBINSON, A G ; BENAVRAHAM, Z ; LARSEN, H C ; VANHOORN, B ; BOIS, C ; LARSEN, B T ; HORVATH, F ; LOBKOVSKY, L L ; BANDA, E ; STEL, H ; MELOSH, J ; RANALLI, G ; SKOGSEID, J ; PUIGDEFABREGAS, C ; NIKISHIN, A ; Stephenson, Randell.

In: Marine and Petroleum Geology, Vol. 11, No. 6, 12.1994, p. 659-683.

Research output: Contribution to journalLiterature review

CLOETINGH, S, SASSI, W, STEPHENSON, RA, ZOBACK, MD, QUINLAN, GD, WALSH, JJ, VILOTTE, JP, ROBINSON, AG, BENAVRAHAM, Z, LARSEN, HC, VANHOORN, B, BOIS, C, LARSEN, BT, HORVATH, F, LOBKOVSKY, LL, BANDA, E, STEL, H, MELOSH, J, RANALLI, G, SKOGSEID, J, PUIGDEFABREGAS, C, NIKISHIN, A & Stephenson, R 1994, 'THE ORIGIN OF SEDIMENTARY BASINS - A STATUS-REPORT FROM THE TASK-FORCE OF THE INTERNATIONAL LITHOSPHERE PROGRAM', Marine and Petroleum Geology, vol. 11, no. 6, pp. 659-683.
CLOETINGH S, SASSI W, STEPHENSON RA, ZOBACK MD, QUINLAN GD, WALSH JJ et al. THE ORIGIN OF SEDIMENTARY BASINS - A STATUS-REPORT FROM THE TASK-FORCE OF THE INTERNATIONAL LITHOSPHERE PROGRAM. Marine and Petroleum Geology. 1994 Dec;11(6):659-683.
CLOETINGH, S ; SASSI, W ; STEPHENSON, R A ; ZOBACK, M D ; QUINLAN, G D ; WALSH, J J ; VILOTTE, J P ; ROBINSON, A G ; BENAVRAHAM, Z ; LARSEN, H C ; VANHOORN, B ; BOIS, C ; LARSEN, B T ; HORVATH, F ; LOBKOVSKY, L L ; BANDA, E ; STEL, H ; MELOSH, J ; RANALLI, G ; SKOGSEID, J ; PUIGDEFABREGAS, C ; NIKISHIN, A ; Stephenson, Randell. / THE ORIGIN OF SEDIMENTARY BASINS - A STATUS-REPORT FROM THE TASK-FORCE OF THE INTERNATIONAL LITHOSPHERE PROGRAM. In: Marine and Petroleum Geology. 1994 ; Vol. 11, No. 6. pp. 659-683.
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abstract = "Better insights into the mechanisms of basin formation have a direct bearing on the predictive power of forward models for basin fill. Models that link flexure, normal faulting and thrusting on a subbasin scale provide important constraints on the tectonic control of the sedimentary record, enabling a quantitative comparsion with eustatic contributions to the basin architecture. Thus of special importance is the need to link processes with different spatial and temporal scales involved in the evolution of extensional and compressional basins by numerical modelling. A new generation of basin modelling concepts and techniques is one of the main objectives of the Task Force Origin of Sedimentary Basins of the International Lithosphere Program. The focus of this work is on the quantification of the effects of the thermomechanical structure of the lithosphere and its interplay with regional and local stress changes. Other important developments include the step towards three-dimensional modelling and the full integration of rapidly expanding fission track and other data sets to constrain vertical motions in basins. As natural laboratories for the interactive testing and development of new basin modelling techniques, a number of basins with high quality data from industry, government and academia have been selected on the basis of specific testable problems.",
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AU - CLOETINGH, S

AU - SASSI, W

AU - STEPHENSON, R A

AU - ZOBACK, M D

AU - QUINLAN, G D

AU - WALSH, J J

AU - VILOTTE, J P

AU - ROBINSON, A G

AU - BENAVRAHAM, Z

AU - LARSEN, H C

AU - VANHOORN, B

AU - BOIS, C

AU - LARSEN, B T

AU - HORVATH, F

AU - LOBKOVSKY, L L

AU - BANDA, E

AU - STEL, H

AU - MELOSH, J

AU - RANALLI, G

AU - SKOGSEID, J

AU - PUIGDEFABREGAS, C

AU - NIKISHIN, A

AU - Stephenson, Randell

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N2 - Better insights into the mechanisms of basin formation have a direct bearing on the predictive power of forward models for basin fill. Models that link flexure, normal faulting and thrusting on a subbasin scale provide important constraints on the tectonic control of the sedimentary record, enabling a quantitative comparsion with eustatic contributions to the basin architecture. Thus of special importance is the need to link processes with different spatial and temporal scales involved in the evolution of extensional and compressional basins by numerical modelling. A new generation of basin modelling concepts and techniques is one of the main objectives of the Task Force Origin of Sedimentary Basins of the International Lithosphere Program. The focus of this work is on the quantification of the effects of the thermomechanical structure of the lithosphere and its interplay with regional and local stress changes. Other important developments include the step towards three-dimensional modelling and the full integration of rapidly expanding fission track and other data sets to constrain vertical motions in basins. As natural laboratories for the interactive testing and development of new basin modelling techniques, a number of basins with high quality data from industry, government and academia have been selected on the basis of specific testable problems.

AB - Better insights into the mechanisms of basin formation have a direct bearing on the predictive power of forward models for basin fill. Models that link flexure, normal faulting and thrusting on a subbasin scale provide important constraints on the tectonic control of the sedimentary record, enabling a quantitative comparsion with eustatic contributions to the basin architecture. Thus of special importance is the need to link processes with different spatial and temporal scales involved in the evolution of extensional and compressional basins by numerical modelling. A new generation of basin modelling concepts and techniques is one of the main objectives of the Task Force Origin of Sedimentary Basins of the International Lithosphere Program. The focus of this work is on the quantification of the effects of the thermomechanical structure of the lithosphere and its interplay with regional and local stress changes. Other important developments include the step towards three-dimensional modelling and the full integration of rapidly expanding fission track and other data sets to constrain vertical motions in basins. As natural laboratories for the interactive testing and development of new basin modelling techniques, a number of basins with high quality data from industry, government and academia have been selected on the basis of specific testable problems.

KW - BASIN MODELING

KW - SEDIMENTARY BASINS

KW - LITHOSPHERIC EVOLUTION

KW - NORTHERN RED-SEA

KW - EXTENDED CONTINENTAL LITHOSPHERE

KW - CRUSTAL STRUCTURE

KW - ARCTIC CANADA

KW - EXTENSIONAL TECTONICS

KW - REGIONAL ISOSTASY

KW - VERTICAL MOTIONS

KW - PANNONIAN BASIN

KW - FORELAND BASINS

KW - VALENCIA TROUGH

M3 - Literature review

VL - 11

SP - 659

EP - 683

JO - Marine and Petroleum Geology

JF - Marine and Petroleum Geology

SN - 0264-8172

IS - 6

ER -