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Acoustic Characterization of Suspended Sediment Plumes Resulting from Barge Overflow

K. J. Reine / D. G. Clarke / C. Dickerson

This technical note presents the results of acoustic monitoring of suspended sediment plumes resulting from overflow from hydraulically filled barges during dredging operations in the Cape Fear River, North Carolina. Acoustic monitoring was used to characterize the spatial extent, concentration gradient structure, and dynamics of plumes during flood and ebb tidal stages.

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Acoustic Characterization of Suspended Sediment Plumes Resulting from Barge Overflow

K. J. Reine / D. G. Clarke / C. Dickerson

This technical note presents the results of acoustic monitoring of suspended sediment plumes resulting from overflow from hydraulically filled barges during dredging operations in the Cape Fear River, North Carolina. Acoustic monitoring was used to characterize the spatial extent, concentration gradient structure, and dynamics of plumes during flood and ebb tidal stages.

Acoustic Characterization of Suspended Sediment Plumes Resulting from Barge Overflow

K. J. Reine / D. G. Clarke / C. Dickerson

This technical note presents the results of acoustic monitoring of suspended sediment plumes resulting from overflow from hydraulically filled barges during dredging operations in the Cape Fear River, North Carolina. Acoustic monitoring was used to characterize the spatial extent, concentration gradient structure, and dynamics of plumes during flood and ebb tidal stages.

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Title:

Acoustic Characterization of Suspended Sediment Plumes Resulting from Barge Overflow

Contributors:

K. J. Reine (author) / D. G. Clarke (author) / C. Dickerson (author)

Publication date:

2002

Size:

15 pages

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Civil Engineering , Water Pollution & Control , Water pollution , Suspended sediments , Dredging , Ocean waste disposal , Monitoring , Dynamics , Concentration(Composition) , Acoustics , Plumes , Rivers , North carolina , Filling , Gradients , Barges , Tides

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