Shoreline protection doesn’t have to mean hard armoring alone. TITANTube® or TITANBag® structures work with nature to restore and protect shorelines or marshes — and salt tolerant planting — the installation of native, salt-tolerant vegetation on and around geotextile infrastructure — creates resilient shorelines that protect against erosion while restoring coastal habitat. Flint offers salt tolerant planting for marsh and dune restoration, working with state and local agencies to help re-establish the natural processes of erosion resistance and habitat establishment.
Why Vegetation Matters for Shoreline Stability
Native salt-tolerant vegetation plays a fundamental role in shoreline stability. Root systems bind sediment, reducing erosion from wave action and tidal flow. Above-ground biomass slows water velocity at the shoreline, allowing sediment to deposit rather than be carried away. Over time, established marsh vegetation can become one of the most resilient forms of coastal protection available — and it improves with age rather than degrading like hard structures.
Pairing Plants with Geotextile Infrastructure
Geotextile structures can create the low-energy conditions that allow salt-tolerant vegetation to establish. A TITANTube® breakwater reduces wave energy at the shoreline — creating the calmer, shallower environment that marsh plants need to take hold and spread. Once established, that vegetation adds a second layer of protection and significantly increases the ecological value of the site.
Flint’s Bird Island Cove Marsh Restoration project illustrates how these elements work together: TITANTube® breakwaters protected 114 acres of coastal wetlands while the project restored 70 acres of estuarine marsh complex. The Ft. Pierce City Marina project similarly created acres of habitat for mangroves, shorebirds, and oysters alongside its primary storm protection function.
