The New River in Fort Lauderdale is a working waterway supporting critical infrastructure, a multi-billion dollar marine industry, and public safety. Cumulative dock and vessel encroachment is narrowing the functional channel. We must act before geometry makes the decision for us.
Local dock code is based on property line geometry. Safe navigation is based on maneuvering geometry. These are not the same. When both sides of the river build to the maximum allowed, the channel technically complies on paper but functionally becomes unsafe.
City code permits dock extensions of 30% from the property line citywide, and 33% in annexed areas. Individual parcels can be fully compliant while collectively collapsing the navigable channel width.
ULDR 47-19.6.E; ULDR 47-39.A.1.bGIS modeling of the New River corridor demonstrates that when property line extensions from both banks are combined, the maneuvering width is compressed well below what is required for safe large vessel and barge transit.
MAB New River GIS Modeling; USACOE Channel Toe LineCity Police authority stops at the Fort Lauderdale/Town of Davie boundary. Vessels on the south bank may be locally compliant but jointly create a navigational hazard. State law provides the enforcement tool. The FLPD, FWC, and USCG can enforce vessels or docks that unreasonably restrict navigation in the river under state law.
§327.44 F.S.; §327.70 F.S.; 14 U.S.C. §522"Parcels may be legally compliant but geometrically unsafe. One dock does not cause the issue. Cumulative geometry does."
The New River operates under a layered, multi-agency regulatory framework. Understanding this structure is essential to any enforcement or policy solution.
| Zone / Authority | Jurisdiction | Legal Basis |
|---|---|---|
| ICW to Marker 12 (Tarpon Bend) | Federal — USCG holds primary authority for bridge operations and safe navigation | 33 U.S.C. §403, §409 |
| Upstream of Marker 12 | City of Fort Lauderdale, Broward County, State of Florida, SFWMD, and LIWMD (annexed areas) | ULDR 47-19.6.E; ULDR 47-39 |
| Bridge Operations | USCG regulates all bridge operations throughout the river | 33 U.S.C. §403 |
| Waterway Enforcement | City Police, City Code, and FWC enforce local and state waterway/boating regulations | §327.44 F.S.; §327.70 F.S. |
| South Bank (Town of Davie) | Town of Davie controls zoning and enforcement. City authority does not cross jurisdictional boundary. The South Florida Water Management District is a regulatory partner in this area. | §327.60 F.S.; Interlocal coordination needed |
This MAB presentation video documents a real transit through the river's tightest bends — illustrating exactly how little room remains for error.
The roadmap to protecting the New River's working navigation corridor, from advisory board recommendations to interdepartmental execution.
The Marine Advisory Board has officially approved and transmitted a formal Communication requesting the City Commission direct the City Manager to engage City staff (Marine Facilities, Police Marine Unit, Transportation & Mobility, Planning & Zoning) alongside key maritime stakeholders (MIASF, commercial tow operators, FPL) to evaluate operational solutions to New River navigation congestion.
Direct City staff to identify critical segments of the New River and establish minimum functional channel widths based on vessel class and infrastructure needs (such as the 210' x 50' FPL barge maneuvering envelope). Revise dock code so it reflects navigational geometry, not property line geometry.
Request a formal legal memorandum from the City Attorney defining operational enforcement parameters under Florida Statutes § 327.44 and § 327.70 (unreasonable waterway obstruction) and explore a structured City residential dock rental framework to eliminate unpermitted commercial mini-marinas.
Slide the divider to compare the unobstructed federal corridor against the maximum-encroachment scenario when both banks extend docks to their allowed limits.
While NewRiverNavigation.com focuses on main-channel navigation safety, the North Fork of the New River faces critical water quality, flow circulation, and sediment restoration needs. Explore our dedicated research and restoration portal.
