Florida Coastal Resilience 2026 — Florida

Florida coastal resilience encompasses the policies, infrastructure investments, natural ecosystem protections, and community adaptation strategies the state employs to address sea level rise, chronic high-tide flooding, and intensified storm impacts. The state's coastline spans approximately 593 miles fronting the Atlantic Ocean and Straits of Florida, 673 miles fronting the Gulf of Mexico, and an additional 5,000 miles of bay and estuary shoreline, according to U.S. Army Corps of Engineers data compiled in the Gulf Coast Association of Geological Societies record on coastal land loss. Much of coastal South Florida sits at very low elevations, making it especially vulnerable to both chronic nuisance flooding and catastrophic storm surge.

The primary statutory framework for addressing these risks is the Resilient Florida Program, created by Senate Bill 1954, signed on May 12, 2021, and administered by the Florida Department of Environmental Protection (DEP). The program established the requirement, codified at Section 380.093(5) of the Florida Statutes, for DEP to submit an annual Statewide Flooding and Sea Level Rise Resilience Plan to the Governor and Legislature, and to distribute grant funding to counties and municipalities with documented vulnerabilities. Alongside engineered defenses, Florida's natural coastal systems — including the only living coral barrier reef in the continental United States and extensive mangrove forests — function as integral components of the state's resilience posture.

Sea level rise in Florida is not a uniform phenomenon. The Florida State Climate Center at Florida State University documents relative sea level trends from tide gauges around the entire Florida coast, noting that local risk is shaped by the interaction of rising seas with astronomical tides, storm surges, and ocean waves. In the Miami area, sea levels rose 6 inches over the 31-year period from 1985 to 2016; U.S. Army Corps of Engineers high-scenario projections call for a further 6 inches in roughly half that timeframe, according to the Florida State Climate Center. This acceleration is already degrading gravity-flow drainage infrastructure and intensifying saltwater intrusion into coastal aquifers.

At the national scale, NOAA's Office for Coastal Management recorded 2023 global average sea level at a new high of 101.4 millimeters (3.99 inches) above 1993 levels. NOAA data also documents that high tide flooding along the Gulf Coast increased by more than 1,100 percent compared to the year 2000 baseline, with projections calling for 45 to 85 days per year of tidal flooding events by 2050. These trajectories directly shape the planning assumptions underlying Florida's annual resilience plan cycle and the cost calculations for shoreline management programs statewide.

Senate Bill 1954, signed on May 12, 2021, established the Resilient Florida Program within DEP, which the department describes as the largest investment in Florida's history to prepare communities for sea level rise, intensified storms, and flooding. The program administers grants to counties, municipalities, and special districts, with a general 50 percent cost-share requirement under Section 380.093(5)(c), F.S., reduced for communities that meet eligibility criteria for lower cost-share thresholds.

DEP's annual Statewide Flooding and Sea Level Rise Resilience Plan documents awarded projects by county and funding amount. The FY2024–2025 plan includes the Monroe County Sands Neighborhood Roads and Stormwater Improvements at $12,225,289; the Village of Bal Harbour Harbourfront Park Shoreline Resilience project at $8,000,000; and the City of Briny Breezes Coastal Resilience and Stormwater Improvements at $7,222,359, among dozens of funded projects statewide. The South Florida Water Management District (SFWMD) participates in the annual plan cycle under F.S. 380.093(5), submitting priority project lists and hosting public input workshops; the district held its first 2025 Plan update workshop on February 21, 2025, focused on Lower East Coast counties.

The 2025 legislative session introduced Senate Bill 1580, which proposed expanding the state's public-private partnership framework under Section 255.065, F.S., to include coastal resiliency projects and creating a new Section 380.0934, F.S. The bill defined a 'coastal resiliency project' as the planning, contracting, and execution of any project to address flooding and sea level rise in a coastal or inland community pursuant to the Statewide Plan, establishing a mechanism for private-sector investment alongside the state grant structure.

Beach renourishment — the placement of dredged offshore sand onto eroded shorelines — is the primary engineered tool for shoreline protection in Florida. DEP surveys of Florida's 825 miles of sandy beaches have found that more than half are classified as critically eroded, a designation that makes those segments eligible for state and federal renourishment programs, as reported by Tampa Bay 28 and corroborated by Florida Phoenix in May 2024. The Army Corps of Engineers Jacksonville District holds primary federal responsibility for renourishment projects along the Atlantic coast and for sea level rise study coordination.

The Bureau of Ocean Energy Management (BOEM) has documented four major renourishment projects in St. Johns and Flagler counties on the northeast Atlantic coast, collectively restoring nearly 17 miles of shoreline with up to 11 million cubic yards of sand. Among those projects, 8.9 miles at Ponte Vedra Beach were restored using 2.2 million cubic yards of material, and 2.6 miles at Vilano Beach received renourishment. A separate Duval County project covered 10 miles of beach at a cost of $32 million, according to Florida Phoenix.

The cost trajectory of renourishment is a central concern for coastal managers. Florida Phoenix reported in May 2024, citing Army Corps data and Surfrider Foundation spokesperson Emma Haydocy, that sea level rise is driving both higher per-project costs and shorter intervals between projects. Treasure Coast local governments alone spent over $100 million in five years on beach renourishment, illustrating the fiscal pressure these programs place on county and municipal budgets even before state and federal cost-share contributions are factored in.

Florida's natural coastal systems function alongside engineered infrastructure as the state's first line of defense against storm energy and erosion. Florida's Coral Reef — documented by DEP and NOAA as the only living coral barrier reef in the continental United States — extends approximately 360 miles from the Dry Tortugas to the St. Lucie Inlet. A November 2024 study published in the peer-reviewed journal Environments (MDPI) identifies it as the third-largest barrier reef system in the world and finds that the economic value of increasing coral cover is approximately twice that of deploying artificial reef sites, underscoring restoration as an economically rational resilience strategy. John Pennekamp Coral Reef State Park, covering 70 nautical square miles, and Biscayne National Park, managing nearly 173,000 acres, are two of the primary public governance units protecting segments of the reef system.

Mangroves provide a complementary layer of coastal protection. The Nature Conservancy's Mapping Ocean Wealth project documents mangroves' dual role as fish nurseries and storm buffers, with coastal habitat decline directly increasing communities' exposure to storm surge damage. The same source attributes $28 billion in annual direct sales from commercial and recreational fisheries to Florida — the highest of any U.S. state — an economic stake that is functionally dependent on the health of mangrove, seagrass, and reef ecosystems. Decline in these systems therefore carries both environmental and substantial economic consequences for the state's coastal economy.

Coastal resilience pressures and Resilient Florida Program investments are distributed unevenly across Florida's regions, reflecting differences in elevation, storm exposure, and population density.

South Florida — encompassing Miami-Dade, Broward, Palm Beach, and Monroe (Florida Keys) counties — faces the most acute combination of low elevation, documented sea level rise acceleration, and chronic high-tide flooding. The Monroe County Sands Neighborhood project in the Florida Keys, funded at $12,225,289 in the FY2024–2025 plan, exemplifies the scale of infrastructure investment required in the Keys, where road and stormwater systems sit just feet above mean sea level. The South Florida Water Management District coordinates priority project submissions for the Lower East Coast counties under F.S. 380.093(5), with the district's February 2025 workshop marking the start of the 2025 annual plan cycle for that region.

The Gulf Coast, particularly Pinellas County and the Tampa Bay region, presents a distinct but equally significant risk profile characterized by intense storm surge exposure across low-lying developed barrier islands. The FY2024–2025 Resilience Plan includes drainage improvement projects in Pinellas County. The northeast Atlantic coast — covering Duval, St. Johns, and Flagler counties — is the primary zone for major federal beach renourishment programs, where BOEM and the Army Corps Jacksonville District have led the most intensive sand-placement operations. The Florida Panhandle, while lower in population density across many stretches, faces comparable storm surge and erosion risks, with sediment dynamics that differ from the peninsula's carbonate-dominated coasts. The NOAA Office for Coastal Management documents that Gulf Coast high-tide flooding has increased by more than 1,100 percent relative to the year 2000 baseline, a trajectory that spans both the Panhandle and peninsular Gulf coasts.

The 2025 Florida legislative session included Senate Bill 1580, analyzed by Florida Senate committee staff, which proposed adding coastal resiliency projects to the definition of eligible public-private partnerships under Section 255.065, F.S., and creating a new Section 380.0934, F.S. The proposed mechanism was designed to enable private-sector participation in financing and executing projects that meet the Statewide Flooding and Sea Level Rise Resilience Plan criteria, supplementing the existing state grant structure.

On February 21, 2025, the South Florida Water Management District held its first workshop for the 2025 Plan update, focused on obtaining early input from Lower East Coast counties — the region with the highest concentration of documented vulnerability — as part of the ongoing annual cycle mandated by F.S. 380.093(5).

At the scientific level, NOAA recorded 2023 global average sea level at a new record of 101.4 millimeters above 1993 levels, a benchmark that directly informs Florida's planning projections. A November 2024 peer-reviewed study in Environments (MDPI) examined economic values for coral reef conservation in Florida, concluding that increasing living coral cover carries approximately twice the economic value of deploying artificial reef structures — findings with direct implications for how DEP and federal partners prioritize restoration funding alongside engineered coastal defenses.