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<br /> STANDARD FORM 330 (REV. 312013) PAGE 3 <br />Coastal Environmental Assessment Surveys for Winter <br />Shorebirds and Seabirds Associated with the Hillsboro <br />Beach Renourishment Truck Haul Project <br />Broward County, Florida <br />PROFESSIONAL SERVICES <br />Shorebird and Protected Species <br />CONSTRUCTION (If Applicable) <br />N/A <br />(3) BRIEF DESCRIPTION (Brief Scope, size, cost, etc.) AND SPECIFIC ROLE Check if project performed with current firm <br />Shorebird, Seabird, and Protected Species Monitoring. Mr. Fitzgerald conducted pre-construction and post- <br />construction environmental assessment surveys for beach jacquemontia (Jacquemontia reclinata) and winter <br />shorebirds and seabirds associated with the Hillsboro Beach Renourishment Truck Haul Project. The surveys were <br />performed in partial support of environmental resource permit requirements (US Army Corps of Engineers Permit <br />No.: SAJ-1997-02355(SP-LCK). Winter shorebird and seabird surveys were conducted according to the Florida <br />Shorebird Alliance’s Winter Shorebird Survey and Florida Fish and Wildlife Conservation Commission (FWC) <br />protocols, on a 2 km stretch of beach that was to be renourished as part of an emergency nourishment project <br />after the passing of Hurricane Irma. Additionally, surveys were conducted to identify and GIS map the location of J. <br />reclinata which is a flowering plant endemic to southeastern Florida and is listed as Endangered in the <br />Endangered Species Act of 1973, as amended (ESA). The surveys were conducted along the beach and the sand <br />dunes where present, the upland beach access corridor and the staging area. The J. reclinata observed during the <br />surveys consisted of 5-7 stems with 1 or 2 white flowers each. A 25 ft. wide buffer area was marked around the <br />plant to prevent it being trampled. Upon the second survey, the buffer area had been reduced to accommodate <br />trucks needing to turn towards the beach to deliver sand, and the plants had lost all their flowers. <br />Size: 2km of beach and dune habitat <br />Cost: $17,000 <br />e. <br />(1) TITLE AND LOCATION (City and State) <br />Marine Turtle Monitoring Permit Holder (Pending City <br />Authorization) <br />City of Delray Beach, Florida <br /> <br />(2) YEAR COMPLETED <br />2018 - Present <br />PROFESSIONAL SERVICES Marine Turtle Scientist <br /> <br />CONSTRUCTION (If Applicable) <br />N/A <br />(3) BRIEF DESCRIPTION (Brief Scope, size, cost, etc.) AND SPECIFIC ROLE Check if project performed with current firm <br />Marine Turtle Monitoring - Mr. Fitzgerald applied for and was approved for a marine turtle monitoring permit from <br />Florida Fish and Wildlife Conservation Commission (FWC) to conducted daily marine turtle nesting surveys and <br />monthly lighting surveys during the marine turtle nesting season (March 1st through October 31st). The permit <br />application included marine turtle monitoring along 2.8 miles (4.5 kilometers) of municipal beach extending from <br />Florida Department of Environmental Protection (FDEP) DNR Monument R-175 near George Bush Boulevard <br />south beyond Atlantic Dunes Park to FDEP DNR Monument R-190. Conducting marine turtle nesting surveys is <br />important for monitoring the continued recovery and survival of these endangered and threatened species. Routine <br />monitoring prior to beach cleaning (beach raking) activities will also assist in avoiding and minimizing potential <br />impacts. Additionally, Mr. Fitzgerald is in the process of developing a Comprehensive Habitat Conservation Plan <br />for the City’s coastal activities and marine turtle habitat. He has conducted a wide range of ecological field studies <br />involving hatchlings, post-pelagic, juvenile, and adult marine turtles that include in-water observation, aerial and <br />vessel-based monitoring, beach nest monitoring, live capture and assessment, and passive diver-tow marine turtle <br />counts. Mr. Fitzgerald has conducted marine turtle research with numerous State and Federal agencies including <br />the National Marine Fisheries Service (NMFS). Research has included marine turtle nest surveys, nest relocations, <br />coastal beach lighting surveys, hatchling disorientation, and documenting hatchling success. Additional marine <br />turtle research has included unique experience with in-water marine turtle capture using carefully monitored <br />entanglement methods, capture using passive entrapment devices, and capture by hand during emergency <br />relocation efforts. More advanced marine turtle studies have involved collection of blood samples, tissue samples, <br />stomach contents, and fecal samples. Other research included observing the effects on marine turtles during <br />dredging, oil and gas production, and platform removal using underwater explosives. Once the City approves the <br />monitoring contract, FWC will provide Mr. Fitzgerald with the marine turtle monitoring permit. <br />Size: 2.8 miles of beach and dune habitat <br />Cost: $87,000 (anticipated) <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br />d. (1) TITLE AND LOCATION (City and State) <br />Shoreline Stabilization/Wave Break Hugh Taylor Birch <br />(2) YEAR COMPLETED <br />2014 - Present <br />100