Structural Diversity
Trees, grasses, wildflowers, vines, and low-growing plants occupy different layers of the ecosystem and create different forms of habitat.
Florida Seed Bank's founding pilot focuses on conserving native plant diversity characteristic of Central Florida scrub and sandhill habitats through carefully documented seed research, preservation and future restoration.
Florida Seed Bank's first conservation pilot is built around one ecosystem rather than a collection of unrelated species.
The Central Florida Scrub & Sandhill Conservation Pilot brings together native wildflowers, pollinator plants, shrubs and trees characteristic of Central Florida scrub and sandhill environments, with species identification and provenance assessed before field work.
This approach allows the project to test the full conservation process while preserving ecological relationships that matter for future habitat restoration.
A functioning native landscape depends on relationships among many plants. The founding pilot is intended to reflect those relationships instead of preserving fifteen species simply because they are individually interesting.
Trees, grasses, wildflowers, vines, and low-growing plants occupy different layers of the ecosystem and create different forms of habitat.
Different flowering species provide nectar and pollen across seasons and support native bees, butterflies, moths, hummingbirds, and other wildlife.
Host plants, seeds, acorns, vegetation, and shelter connect native plant conservation directly to the broader sandhill food web.
Preserving a representative group of species helps Florida Seed Bank develop methods that can eventually support more complete native habitat restoration.
A functioning scrub ecosystem cannot be rebuilt from endangered plants alone. Restoration also depends on grasses, canopy trees, legumes, host plants, pollinator plants, shrubs, and other common native species that create the structure and ecological relationships of the community.
Florida Seed Bank conserves those foundation species alongside rare and declining plants because today’s common species can become tomorrow’s restoration bottlenecks. This is one reason our statewide mission extends across Florida’s roughly 3,200 native plant species.
Sandhill is one of Florida's distinctive upland ecosystems. These communities developed on dry, well-drained sandy soils and historically depended on recurring fire to maintain their open structure and diverse groundcover.
Central Florida scrub and sandhill support distinct but neighboring communities adapted to sandy soils, seasonal drought and periodic fire. Protecting their native plants can help sustain local biodiversity and the genetic resources needed for future ecological restoration.
Development, habitat fragmentation, altered fire regimes, and other pressures have reduced or changed many remaining sandhill communities. The ecosystem therefore provides an ideal foundation for demonstrating Florida Seed Bank's larger mission: preserve native plant genetics in a form that can remain useful for future conservation and restoration.
These 24 native plant selections represent the diversity of Central Florida scrub and sandhill habitats, from rare wildflowers and pollinator plants to characteristic shrubs and trees. The proposed collection will be refined through botanical identification, local provenance assessment, seed biology research, site access and applicable permits before any field collection.

A rare, federally endangered Central Florida scrub lupine. Conservation work requires verified provenance, appropriate site access and applicable permits.

Native fetterbush contributes flowers and woody habitat in suitable Florida plant communities. Exact species identification will be confirmed before collection; the photo illustrates Lyonia lucida.

A characteristic Florida scrub shrub that contributes evergreen structure and seasonal flowers.

Native goldenrods provide seasonal nectar and pollen for insects. The precise species will be identified before collection; the photo shows a representative Florida goldenrod.

Native blazing stars provide late-season pollinator resources. The precise species will be identified before collection; the photo is representative.

A yellow-flowered native specifically photographed and described along the park's scrub trail.

A native fruiting shrub of sandy Florida habitats, providing wildlife food and diversity in the shrub layer.

Silk bay is described in the park's scrub vegetation. Taxonomic treatment and local plant identification should be reconfirmed during field survey.

A characteristic tree of Florida sand pine scrub, contributing canopy cover and habitat structure.

A characteristic evergreen shrub of dry, nutrient-poor Florida scrub, especially rosemary scrub communities.

A threatened native wildflower of Florida scrub and sandy habitats proposed for conservation assessment, subject to habitat suitability, provenance and permits.

A rare Florida endemic milkweed of deep sandy soils proposed for conservation assessment, subject to botanical verification and applicable permissions.

A characteristic evergreen scrub oak that provides shelter, structural diversity and acorns.

A defining evergreen oak of Florida scrub that forms low woody cover and supports wildlife.

A hardy native palm that forms dense understory cover, supports wildlife and contributes to the structural diversity of scrub and sandhill habitats.

A defining tall canopy tree of longleaf pine sandhills.

A characteristic sandhill oak contributing a woody midstory and wildlife food.

A key bunchgrass of peninsular Florida sandhills and their fire-adapted groundcover.

A warm-season bunchgrass adding groundcover diversity to suitable native uplands.

A native milkweed of sandy uplands and a host plant for monarch caterpillars.

A native yellow-flowering wildflower that supports pollinators.

A named species of blazing star that contributes late-season blooms.

A flowering native legume vine that adds another growth form.

A native legume associated with open sandy pine habitats.
Restoration planning note: The 24 species shown above are candidates for seed conservation, research, and potential future restoration—not a prescribed planting list or a representation of what would be planted together at any single restoration site. Species selection for each restoration project will depend on the site's natural plant community, soil and hydrology, local genetic provenance, ecological goals, and applicable permissions and permits. Our goal is to establish a realistic founding conservation framework that combines endangered-plant preservation with practical habitat restoration.
The founding project is intended to build the operational and scientific foundation needed for much larger statewide conservation work.
Develop a consistent system for documenting wild populations, collection conditions, ecological provenance, photographs, permissions, and other information that gives preserved seed long-term scientific value.
Learn how species with different seed types respond to cleaning, handling, germination testing, short-term storage, long-term storage, and other conservation approaches.
Develop practical methods for preserving diversity within native populations rather than relying on a small or unrepresentative number of individual plants.
Build a system in which preserved material can ultimately be traced into propagation or restoration projects while maintaining the provenance information needed to understand its origin.
The project moves deliberately through collection, documentation, conservation, testing, seed amplification, and restoration.
Maintain and refine collection, documentation, seed handling, viability, conservation, and data protocols while building the scientific, landowner, restoration, and land-management relationships needed for responsible field work.
Florida Seed Bank is preparing for formal incorporation as a Florida nonprofit in January 2027 and the completion of its initial governance and organizational setup. The organization is building the protocols, partnerships, and conservation capacity needed to preserve Florida's native plant biodiversity and support a long-term statewide seed conservation program.
Begin appropriately authorized and scientifically documented collections from verified and appropriately authorized native populations as sites, permissions, permits, seed availability, and conservation conditions allow.
Process collections, establish appropriate preservation methods, conduct baseline testing where suitable, and build geographically separate backup holdings when practical.
Use appropriately selected material to demonstrate that a conservation accession can remain traceable from its wild source through preservation and ultimately into meaningful restoration or research use.
The Central Florida Scrub & Sandhill Conservation Pilot is Florida Seed Bank's founding conservation project. It establishes and demonstrates a scientifically documented approach to conserving native seed from an ecologically coherent Central Florida scrub plant community.
The species list, scientific methodology, collection locations, partner participation, and project schedule may be refined as Florida Seed Bank receives additional scientific guidance and evaluates land access, seed availability, conservation priorities, and applicable permitting requirements.
As the project moves through field collection, preservation, viability testing, seed amplification, and restoration work, Florida Seed Bank documents its progress and use what is learned from the pilot to help guide the development of a broader statewide native seed conservation program.
The Scrub & Sandhill Pilot is the first step toward a statewide genetic resource repository representing Florida's roughly 3,200 native plant species and the ecosystems those plants form together.
How We Preserve Seeds Get Involved