20111031 Tidal Inlet Protection Strategies for Oil-Spill Response 1st vector digital data This includes potential protection strategies for 84 tidal inlets in USCG Sectors Jacksonville, Miami, Key West, and St. Petersburg. The proposed strategies emphasize flood-tidal conditions, because the basic assumption is that the strategy be designed to deal with spilled oil coming to the inlet from the open ocean. These proposed potential strategies are based on the information at hand on waves and tidal currents. Where such data are missing, inferences based on the geomorphology were used. The goal of this project is to present potential protection strategies (in the event of a large oil spill) for each major tidal inlet that occurs along the shores of USCG Sectors Jacksonville, Miami, Key West, and St. Petersburg. This update relied on in-house study of much-improved vertical imagery (Microsoft Bing, Google Earth, etc.), as well as an abundance of oblique aerial photos (Microsoft Bing Pictometry, Google Street View, etc.). None planned RPI TIPS, Tidal Inlet Protection Strategies ISO 19115 Topic Categories environment geoscientificInformation None Florida, Jacksonville, Miami, Key West, St. Petersburg None These proposed protection strategies are based on our best professional judgment of what would work under average wave and tide conditions. The diagrams that accompany the proposed protection strategies are schematic representations of boom placement, collection points, anchor points, and skimmer locations. The symbols used to depict boom configurations and lengths are not necessarily shown to true scale. The actual length of boom segments will be determined by local conditions at the time of the spill. The proposed strategies should not be interpreted as the only workable protection scheme. Each spill will be time, place, and circumstance specific. Therefore, the strategy finally used to protect the inlet will have to be chosen at the time of the spill. Research Planning, Inc. Jeffrey Dahlin mailing
P.O. Box 328
Columbia South Carolina 29202 USA 803-256-7322 803-254-6445 jdahlin@researchplanning.com Research Planning, Inc. Jeffrey Dahlin mailing
P.O. Box 328
Columbia South Carolina 29202 USA 803-256-7322 803-254-6445 jdahlin@researchplanning.com Prepared by Miles O. Hayes, Jeffrey Dahlin, and Joseph Holmes, Research Planning, Inc. This project was funded under a contract with the United States Coast Guard [CO, CG, BSU Miami (fp); Felicia R. Anderson. Contracting Officer]. Regional Response Team IV & Caribbean RRT Coordinator Earle McFarlane was the contract coordinator and his overview and constant assistance throughout the project is gratefully acknowledged. Brad Benggio, the NOAA Scientific Support Coordinator, with offices in Miami, also contributed to the success of the project in a number of ways. The original field survey in 1994 was sponsored by the Marine Spill Response Corporation (MSRC), with Anita Wooldridge as contract monitor, and the Florida Department of Environmental Protection, with Bill Keenan as contract monitor. All of the protection strategies presented in the original publication document (Marine Spill Response Corporation/Florida Department of Environmental Protection, 1994a) were arrived at collectively by a field team consisting of Miles O. Hayes and Todd Montello of RPI; Anita Wooldridge, Bob Ireland and Fernando Martinez of MSRC; and a representative of the State of Florida, either Kent Reetz, Kathy Patterson, or Al McGough. At RPI, Jacqui Michel is acknowledged for serving as project manager of the present activity, and Wendy Early and Jack Moore are acknowledged for sharing the responsibility of producing the final product. ESRI ArcGIS 10.0.3.3600 -82.868769 -79.882327 30.743304 24.512791 hardcopy Points were either digitized from scanned sketches of inlet protection strategies produced in 1994 or digitized directly using Bing imagery as a background image to detemine were to locate the point. 20111031 Vector Simple FALSE 3117 TRUE FALSE TIPS_Response_Tactics_fl_point All the point features used in creating the protection strategies RPI Feature Class 3117 Shape Feature geometry. ESRI Coordinates defining the features. Shape Geometry 4 0 0 Id Collection point ID number RPI Collection points are number starting at 1 for each inlet. Id Integer 4 10 0 Feature Type of feature being represented RPI Collection Point The suggested location for collecting the oil. RPI Skimmer Suggested relatively fixed location of skimmer for collecting oil being deflected by boom. RPI Open Water Collection Free ranging open water skimmer used for collecting oil but not associated with any booming. RPI Anchor Point Suggested key anchor points, usually at the ends of booms and sharp changes in boom directions. RPI Path of Oil Indicates location and direction of the oil flow, based on the booming strategy shown. RPI Feature String 50 0 0 Rotation Angle in degrees from north used to orient the icons representing Skimmers, Open Water Collection, and Path of Oil. RPI 0 360 degrees 1 Rotation SmallInteger 2 5 0 Inlet Name of the inlet RPI Free text name of the inlet that the feature is associated with. Inlet String 75 0 0 Latitude Latitude in Degrees, Minutes, Seconds of the collection points. This was used only for collection points. RPI R Latitude String 20 0 0 Longitude Longitude in Degrees, Minutes, Seconds of the collection points. This was used only for collection points. RPI Longitude String 20 0 0 OBJECTID Internal feature number. Esri Sequential unique whole numbers that are automatically generated. OBJECTID OID 4 10 0 Level_ Level_ String 15 0 0 LatDD LatDD Double 8 38 8 LonDD LonDD Double 8 38 8 20111221 Research Planning, Inc. Jeffrey Dahlin mailing
P.O. Box 328
Columbia South Carolina 29202 USA 803-256-7322 803-254-6445 jdahlin@researchplanning.com FGDC Content Standard for Digital Geospatial Metadata FGDC-STD-001-1998 local time coordinate pair 0.0001 0.0001 meter D NAD 1983 2011 GRS 1980 6378137.0 298.257222101 Jeffrey Dahlin Research Planning, Inc. 803-256-7322 803-254-6445 P.O. Box 328 Columbia South Carolina 29202 US jdahlin@researchplanning.com 20230810 ArcGIS Metadata 1.0 Tidal Inlet Protection Strategies for Oil-Spill Response 2011-10-31 1st vector digital data This includes potential protection strategies for 84 tidal inlets in USCG Sectors Jacksonville, Miami, Key West, and St. Petersburg. The proposed strategies emphasize flood-tidal conditions, because the basic assumption is that the strategy be designed to deal with spilled oil coming to the inlet from the open ocean. These proposed potential strategies are based on the information at hand on waves and tidal currents. Where such data are missing, inferences based on the geomorphology were used. The goal of this project is to present potential protection strategies (in the event of a large oil spill) for each major tidal inlet that occurs along the shores of USCG Sectors Jacksonville, Miami, Key West, and St. Petersburg. This update relied on in-house study of much-improved vertical imagery (Microsoft Bing, Google Earth, etc.), as well as an abundance of oblique aerial photos (Microsoft Bing Pictometry, Google Street View, etc.). Prepared by Miles O. Hayes, Jeffrey Dahlin, and Joseph Holmes, Research Planning, Inc. This project was funded under a contract with the United States Coast Guard [CO, CG, BSU Miami (fp); Felicia R. Anderson. Contracting Officer]. Regional Response Team IV & Caribbean RRT Coordinator Earle McFarlane was the contract coordinator and his overview and constant assistance throughout the project is gratefully acknowledged. Brad Benggio, the NOAA Scientific Support Coordinator, with offices in Miami, also contributed to the success of the project in a number of ways. The original field survey in 1994 was sponsored by the Marine Spill Response Corporation (MSRC), with Anita Wooldridge as contract monitor, and the Florida Department of Environmental Protection, with Bill Keenan as contract monitor. All of the protection strategies presented in the original publication document (Marine Spill Response Corporation/Florida Department of Environmental Protection, 1994a) were arrived at collectively by a field team consisting of Miles O. Hayes and Todd Montello of RPI; Anita Wooldridge, Bob Ireland and Fernando Martinez of MSRC; and a representative of the State of Florida, either Kent Reetz, Kathy Patterson, or Al McGough. At RPI, Jacqui Michel is acknowledged for serving as project manager of the present activity, and Wendy Early and Jack Moore are acknowledged for sharing the responsibility of producing the final product. Jeffrey Dahlin Research Planning, Inc. 803-256-7322 803-254-6445 P.O. Box 328 Columbia South Carolina 29202 US jdahlin@researchplanning.com Jeffrey Dahlin Research Planning, Inc. 803-256-7322 803-254-6445 P.O. Box 328 Columbia South Carolina 29202 US jdahlin@researchplanning.com Florida Jacksonville Miami Key West St. Petersburg environment geoscientificInformation ISO 19115 Topic Categories TIPS Tidal Inlet Protection Strategies RPI environment Florida Jacksonville Miami Key West St. Petersburg TIPS Tidal Inlet Protection Strategies geoscientificInformation FWC These proposed protection strategies are based on our best professional judgment of what would work under average wave and tide conditions. The diagrams that accompany the proposed protection strategies are schematic representations of boom placement, collection points, anchor points, and skimmer locations. The symbols used to depict boom configurations and lengths are not necessarily shown to true scale. The actual length of boom segments will be determined by local conditions at the time of the spill. The proposed strategies should not be interpreted as the only workable protection scheme. Each spill will be time, place, and circumstance specific. Therefore, the strategy finally used to protect the inlet will have to be chosen at the time of the spill. 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