Sedimentation study, Environmental Monitoring and Operations Guidance System (EMOGS), Kings Bay, Georgia and Florida, 1988-1990
Subtitle: final report
By: by D. G. Aubrey, T. R. McSherry and W. D. Spencer.
Contributors: McSherry, Thomas R.; Spencer, Wayne D.; Woods Hole Oceanographic Institution.
Series: WHOI -- 91-17.; WHOI (Series) -- 91-17.
Publisher: Woods Hole Oceanographic Institution
Published: 1991
Place of publication: Woods Hole, Mass
Language: eng
Number of pages: 46
Subjects: Sedimentation and deposition -- Saint Mary's Bay (Fla. and Ga.); Marine sediments -- Saint Mary's Bay (Fla. and Ga.); Inlets -- Florida.; Inlets -- Georgia.
Description: Repeated side-scan sonar and multi-frequency bathymetric surveys, accompanied by accurate, high resolution, and repeatable navigation, were conducted in the vicinity of a tidal inlet to define the length and time scales associated with bedforms and channel shoaling in a structured tidal inlet. The study site, St. Marys entrance channel along the Georgia/Florida border (Fig. 1), has a dredged channel approximately 46-52 feet in depth at a datum of mean low water (MLW), bordered by a large ebb tidal delta. The tidal inlet serves Cumberland Sound, Kings Bay, and associated waterways, providing a large discharge of water from the inlet that creates bedforms and channel shoaling, given the abundance of sand-size sediment in the vicinity. The jettied inlet produces flows that are predominantly tidally-driven, whereas farther offshore the driving forces consist predominantly of waves and storm-generated flows. In the channel reaches (Table 1) between these two areas, combined wave/steady flows are present, creating a myriad of scales of bedforms and shoaling patterns, emphasizing the difference in these scales between the three different flow regimes. The results provide an important data base for quantifying shoaling processes and mechanisms in tidal inlet channels.
Notes: Includes bibliographical references.

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