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Refining and Revising the GOM OCS Region High Probability Model for Historic Shipwrecks (open access)

Refining and Revising the GOM OCS Region High Probability Model for Historic Shipwrecks

Summary describing the work completed at Gulf of Mexico Outer Continental Shelf Region for refining and revising data on historic shipwrecks. It includes background information on the project funding and sponsorship, goals, methodology, and findings.
Date: March 2004
Creator: James, Stephen R., Jr. & Pearson, Charles E.
System: The UNT Digital Library
Cross-Shelf Exchange Processes and the Deepwater Circulation of the Gulf of Mexico: Dynamical Effects of Submarine Canyons and the Interactions of Loop Current Eddies with Topography (open access)

Cross-Shelf Exchange Processes and the Deepwater Circulation of the Gulf of Mexico: Dynamical Effects of Submarine Canyons and the Interactions of Loop Current Eddies with Topography

This report is about the study of interactions of the Gulf of Mexico eddies with topography and the dynamical of submarine canyons in the Gulf of Mexico.
Date: March 2004
Creator: United States. Department of the Interior Minerals Management Service
System: The UNT Digital Library
Explosive Removal of Offshore Structures: Information Synthesis Report (open access)

Explosive Removal of Offshore Structures: Information Synthesis Report

This report is about the explosive removal of offshore structures in aquatic environments. The scope is worldwide. The sensitive marine resources considered in this analysis include marine fishes, marine turtles, and marine mammals.
Date: March 2004
Creator: Continental Shelf Associates, Inc.
System: The UNT Digital Library
Cross-Shelf Exchange Processes and the Deepwater Circulation of the Gulf of Mexico: Dynamical Effects of Submarine Canyons and Interactions of Loop Current Eddies with Topography (open access)

Cross-Shelf Exchange Processes and the Deepwater Circulation of the Gulf of Mexico: Dynamical Effects of Submarine Canyons and Interactions of Loop Current Eddies with Topography

A 4-year numerical modeling study of the physical mechanisms that control the deep water circulation of the Gulf of Mexico
Date: March 2004
Creator: Rothstein, L. M.; Ginis, I.; Frolov, S. A & Rowe, G. D.
System: The UNT Digital Library