Controls on sedimentation at convergent plate margins

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doi: 10.1002/9781444304053.ch13
Author(s): MacDonald, D. I. M.
Author Affiliation(s): Primary:
British Antarctic Survey, Cambridge, United Kingdom
Other:
University of Bergen, Norway
Volume Title: Tectonic controls and signatures in sedimentary successions
Volume Author(s): Frostick, L. E., editor; Steel, R. J.
Source: Tectonic controls and signatures in sedimentary successions, edited by L. E. Frostick and R. J. Steel. Special Publication of the International Association of Sedimentologists, Vol.20, p.225-257. Publisher: Blackwell, Oxford, International. ISSN: 0141-3600. ISBN: 978-1-444-30405-3 CODEN: SPISDS
Note: In English. 163 refs.; illus. incl. block diags., sects., strat. cols., 1 table, sketch maps
Summary: Convergent margins are areas of geological complexity. Basins which occur in the same position relative to a volcanic arc may owe their origin to more than one process of formation. Sedimentation in convergent-margin basins is controlled by a wide variety of tectonic processes, which may also influence and bias the preserved sedimentary record. As a result, there are no unique sedimentological indicators of basin position or type. However, the sedimentary rocks record many of the important events, which can be synthesized to reconstruct the history of a convergent margin. Autocyclic sedimentological models are not always appropriately applied to convergent- margin sedimentary systems. This is particularly true of fan models of deep-marine turbidite sedimentation. Any sedimentological model developed for a convergent-margin basin should include allocyclic controls relevant to the tectonic setting. Such models should be built within a rational plate tectonic framework. Abstract Copyright (1993), The International Association of Sedimentologists.
Year of Publication: 1993
Research Program: DSDP Deep Sea Drilling Project
IPOD International Phase of Ocean Drilling
Key Words: 06 Petrology, Sedimentary; 18 Geophysics, Solid-Earth; Accretion; Alexander Island; Antarctica; Asia; Back-arc basins; Basins; California; Central America; Classification; Controls; Cycles; DSDP Site 450; Deep Sea Drilling Project; East Pacific; Europe; Far East; Fore-arc basins; Fossil Bluff Group; Geometry; Great Valley Sequence; Greece; Grenada Trough; Guatemala; Hellenic Arc; IPOD; Indonesia; LeMay Group; Leg 59; Lithofacies; Mesozoic; Models; Nomenclature; North Pacific; Northwest Pacific; Pacific Ocean; Paleogeography; Parece Vela Basin; Peru-Chile Trench; Petrography; Philippine Sea; Plate boundaries; Plate convergence; Plate tectonics; Provenance; Reconstruction; Samala River; Santa Maria; Sedimentation; Southern Europe; Structural controls; Subduction; Subsidence; Sumatra; Sunda Trench; Temperature; Terranes; Thickness; Turbidite; United States; Variations; West Pacific
Coordinates: N180001 N180002 E1404721 E1404720
Record ID: 1994042776
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