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Patricia L. Gertenbach, P.G. <br />® improvement treatment technologies. As part of this project, Ms. Gertenbach presented findings to the Islamorada Village Council, <br />and participated in a presentation to local high school science students demonstrating how their volunteer efforts collecting water <br />quality samples were used by the municipality to help with public works projects. <br />Key West City Electric System (CES), Transmission System Construction Oversight, lower Keys, Florida — Ms. <br />Gertenbach provided permit compliance monitoring, project management and technical support to CES during construction of an <br />electrical transmission system that traversed wetlands, mangrove fringe and seagrass beds in the Lower Keys. Tasks included <br />collaboration with USACE and FDEP; construction oversight and documentation that included monitoring of wetland impact areas <br />prior to, during, and following construction; working with construction crews to reduce wetland impacts at construction and staging <br />areas; ensuring all permit conditions were met; identifying exotic vegetation for maintenance crews; and producing monitoring <br />reports for FDEP. No violations occurred though the project entailed extensive construction in sensitive communities. Post - <br />construction recovery was accepted by FDEP in the three -year negotiated time frame. <br />Monroe County Residential Canal Inventory and Assessment, Monroe County, Florida — Developed comprehensive GIS <br />database of residential canals in Monroe County and used database to categorize canals by parameters such as size, depth, <br />configuration, distance from open water, orientation, and land use. Collected data from, and collaborated with, numerous agencies, <br />municipalities, homeowners and other stakeholders in the Keys. Used the categorization to recommend various treatment <br />technologies. Performed a case study on the effectiveness of various treatment technologies employed in one community to <br />address water quality issues over a period of approximately 20 years. The GIS database is used by numerous agencies. <br />Big Coppht Stornwater/Xeriscape Engineering Services, Monroe County, Florida – As Project Manager, Ms. Gertenbach <br />provided Monroe County supplemental design for an FDOT road - widening project on Big Coppitt Key that was going to impact an <br />existing bike path. Monroe County wanted to use the opportunity to correct design flaws in the path that had become apparent <br />over the years. However, due to budget constraints, FDOT was not able to design the path with the upgrades that the County <br />identified, such as reducing the width of the path and incorporating meanders. The E Sciences Team coordinated with the <br />FDOT design engineers throughout the design process, revising the bike path and landscaping as changes were made to the <br />® stornwater swales. Monroe County's desired upgrades were successfully incorporated into the plans, and were included in the <br />final construction. <br />Vizcaya Gardens, City of Miami, Miami -Dade County, Florida — Ms. Gertenbach provided quality assurance on this restoration <br />project at the prestigious Vizcaya Gardens. E Sciences' team of landscape architects, engineers and scientists worked together to <br />develop restoration plans for two areas in the gardens: the hardwood hammock and the south canal restoration. The hammock had <br />been damaged through the years by storms, including hurricanes, which weakened trees and allowed infestation by exotic invasive <br />plants. E Sciences developed a comprehensive plan for removing invasive species and replanting natives that blended seamlessly <br />with the well-established gardens. For the south canal restoration, E Sciences prepared design plans and applied for a Class I <br />Permit from Miami -Dade County Permitting, Environment and Regulatory Affairs, a permit exemption from FDEP and a Letter of <br />Permission (LOP) from USACE to conduct maintenance dredging activities involving the removal of approximately 1,410 cubic <br />yards of silt and sediments from the bottom of the canal. The objective of this project is to enhance and restore lost hydrologic <br />and biological functions to the canal. E Sciences worked closely with the regulatory community to restore the canal while <br />protecting the mangroves that had encroached into the waterway. E Sciences also developed long -term stream-mangrove <br />maintenance solutions. <br />Alternative Lighting Design Standards for Roadways in Coastal Areas, South Florida — As project manager, Ms. Gertenbach <br />worked closely with FDOT District Four personnel, lighting engineers and regulatory agencies to develop alterative lighting design <br />standards for roadways in coastal areas adjacent to sea turtle nesting beaches. Development of standards will provide lighting <br />engineers alterative designs that can be used to reduce or eliminate light that would otherwise trespass onto beaches, and <br />possibly disrupt sea turtles' nesting activities. The standards will also likely help architects and engineers working on a variety of <br />projects in other ecologically sensitive areas become aware of the alterative lighting designs available. Work on this project has <br />lead to a number of related projects including: retrofitting lights along SR A1A in Broward County with sea turtle friendly fights <br />and /or shields; design and installation of signs along and leading to SR A1A in Broward County informing public of reduced lighting <br />during sea turtle nesting season; and participation in a number of community activities educating the public about sea turtles, the <br />effect lighting can have on their nesting activities, and successful alterative lighting projects implemented by FDOT (ex: SR AIA in <br />Boca Raton). <br />I« .. <br />RFQ No. 14-07-021 Page 13.62 <br />