Accession Number : ADA327288
Title : Predicting Sediment Delivery and Stratigraphy on Marginal Slopes and Shelf Basins,
Corporate Author : COLORADO UNIV AT BOULDER DEPT OF GEOLOGICAL SCIENCES
Personal Author(s) : Syvitski, James P. ; Courtney, Robert
PDF Url : ADA327288
Report Date : 1995
Pagination or Media Count : 7
Abstract : Continental slopes are dynamic features evolving in response to sediment delivery and sediment redistribution by gravitational and other forces. A crucial element to understanding slope stratigraphic sequences, in time and space, is the delineation of stratal geometries, lateral and vertical variability, and three dimensional geometry of the discrete depositional units. A numerical approach to this problem has the advantage of allowing for the study of a wider range of conditions than can be observed easily in the field, or scaled within a laboratory. Therefore the long term goals of this project are to develop or improve upon existing numerical models useful for the simulation of sediment delivery and accumulation on continental margins over time scales of tens to thousands of years. Model predictions will help us understand the evolution of slope structure and sediment character on continental margins as a function of sea level, terrestrial sediment delivery, and other relevant factors. ONR interests include the development of a numerical predictor of the acoustic signature of slope margins based on a region's geological history.
Descriptors : *SEDIMENT TRANSPORT, *ACOUSTIC SIGNATURES, MATHEMATICAL MODELS, COMPUTERIZED SIMULATION, SEQUENCES, THREE DIMENSIONAL, STRATIGRAPHY, CONTINENTAL SLOPES, MATHEMATICAL PREDICTION, GEOMETRY, SEA LEVEL, GEOLOGIC AGE DETERMINATION, OCEAN BASINS, GRAVITATIONAL FIELDS.
Subject Categories : Physical and Dynamic Oceanography
Geology, Geochemistry and Mineralogy
Distribution Statement : APPROVED FOR PUBLIC RELEASE