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Accession Number ADA578390
Title Coastal Evolution Modeling at Multiple Scales in Regional Sediment Management Applications.
Publication Date May 2011
Media Count 14p
Personal Author H. Hanson K. J. Connell M. Larson N. C. Kraus T. M. Beck
Abstract A numerical model called GenCade is introduced that simulates shoreline change relative to regional morphologic constraints upon which these processes take place. The evolution of multiple interacting coastal projects and morphologic features and pathways, such as those associated with inlets and adjacent beaches can also be simulated. GenCade calculates longshore sediment transport rates induced by waves and tidal currents, shoreline change, tidal inlet shoal and bar volume evolution, natural bypassing, and the fate of coastal restoration and stabilization projects. It is intended for project- and regional-scale applications, engineering decision support, and long-term morphology response to physical and anthropogenic forcing. Capabilities of the model are illustrated by an application to the south shore of Long Island, NY. The Long Island application has multiple coastal structures and features that are maintained to varying degrees of frequency. Cumulative response of the beaches from a variety of coastal projects leads to complexity in regional coastal management. GenCade is presented as a tool to unify management of local projects at regional scales.
Keywords Bathymetry
Beach erosion
Case studies
Dunes
Gencade model
Inlets(Waterways)
Morphology
Numerical methods and procedures
Numerical models
Ocean models
Ocean tides
Sediment budgets
Sediment transport
Shoaling
Shoreline change
Shores
Tidal inlets


 
Source Agency Non Paid ADAS
NTIS Subject Category 47C - Physical & Chemical Oceanography
48G - Hydrology & Limnology
72B - Algebra, Analysis, Geometry, & Mathematical Logic
Corporate Author Army Engineer Waterways Experiment Station, Vicksburg, MS. Coastal Hydraulics Lab.
Document Type Technical report
Title Note Conference paper.
NTIS Issue Number 1321
Contract Number N/A

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