Changing River Discharge and Suspended Sediment Transport to the Georgia Bight: Implications to Saltmarsh Sustainability
Author:
Affiliation:
1. Skidaway Institute of Oceanography Department of Marine Sciences University of Georgia Savannah, GA 31411, U.S.A.
Publisher
Coastal Education and Research Foundation
Subject
Earth-Surface Processes,Water Science and Technology,Ecology
Reference49 articles.
1. C.R. Alexander, J.Y.S. Hodgson, J.A. Brandes, "Geo-Marine Letters." 37, "Sedimentary processes and products in a mesotidal salt marsh environment: insights from Groves Creek, Georgia." 345 (2017)
2. J.O. Blanton, "Journal of Physical Oceanography." 11, "Ocean currents along a nearshore frontal zone on the continental shelf of the southeastern United States." 1627 (1981)
3. J.O. Blanton, "Rapport of Procés Verbaux des Rénunions, Conseil Permanent International pour l'Exploration de la Mer." 186, "Coastal frontal zones as barriers to offshore fluxes of contaminants." 18 (1986)
4. J.O. Blanton, L.-Y. Oey, J. Ampf, et al. "Journal of Physical Oceanography." 19, "Advection of momentum and buoyance in a coastal frontal zone." 98 (1989)
5. E.A. Booth and V.A. Adams "Lake Oconee and Sinclair, Proposed Criteria Technical Support Document." 102 (2018)
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