Site work for a development in Naples, Florida. Completed plans call for site work for a development.

Question Deadline 05/05/2026 at 3:00 PM ET Direct questions related to this Bid to Online. 1. Project overview and objectives The purpose of this work is to install native coastal vegetation to increase mangrove and associated canopy coverage, enhance coastal habitat value, and improve shoreline resilience within the project area at Pelican Bay, Naples, Florida. Work consists of furnishing and installing nursery-grown red mangrove, white mangrove, black mangrove, and green/silver buttonwood within a defined intertidal planting footprint to enchance ecological function and biodiversity, improve shoreline stability and wave attenuation, support water quality and sediment managment, increase long-term coastal resilience, and provide a basis for future monitoring and adaptive management. 2. Project location, site access, and planting area The planting area is located along the Clam Bay shoreline adjacent to the beach/Gulf shoreline at Pelican Bay, Naples, Florida, between FDEP coastal construction control line monuments R-36 and R-40. The intended planting footprint is approximately 305,000 square feet of lower- to mid-intertidal and adjacent slightly higher ground suitable for mangroves and buttonwood. The final planting footprint and limits will be field-adjusted to avoid existing desirable vegetation, utilities, and unsuitable substrates. Primary landward access to the project area is via the Vanderbilt Beach Road Public Access point, with specific access routes to be field-verified to minimize disturbance to existing shoreline features. The purpose of this project is to restore and enhance coastal vegetation along the Pelican Bay/Clam Bay shoreline to improve shoreline stability, habitat quality, and long-term resilience of the coastal dune system; and restore and expand mangrove habitat within the project area by installing appropriate mangrove and associated coastal canopy species to increase overall mangrove cover and structural complexity.