
Boltonia
Boltonia asteroides
- Light
- Full Sun, Part Shade
- Water
- Moderate to High
- Size
- 3-6 feet × 2-3 ft
Florida natives that thrive in our coastal environment with minimal care. Drought-hardy, salt-tolerant, wildlife-friendly, and proven in Northeast Florida.
Low water. High wildlife.
Read native guideBrowse the collection

Boltonia asteroides
ShrubLantana involucrata
PerennialCalamintha nepeta

Berlandiera lyrata
VinePieris phillyreifolia
VineDecumaria barbara
PerennialViola sororia
GroundcoverPhlox subulata
PerennialSalvia misella
PalmSabal minor

Symphyotrichum elliottii
TreeUlmus
They already know how to survive here. Florida native plants handle drought, sandy soil, salt air, and summer storms with less fuss, while supporting the pollinators, songbirds, and butterflies that belong here.
PerennialHibiscus poeppigii

Conradina glabra

Heliopsis helianthoides
PerennialVerbesina virginica
PerennialVernonia gigantea
PerennialZizia aurea

Ratibida pinnata
PerennialHibiscus laevis
TreeAlnus serrulata
GrassSorghastrum nutans
TreeCapparis cynophallophora
GrassSchizachyrium scoparium
A Florida native plant occurred here before European settlement and is adapted to local soils, rainfall, heat, and wildlife relationships.
Most native plants need regular water during establishment, then far less supplemental irrigation once roots are established in the right site.
Native plants are often Florida-Friendly, but the right plant still needs the right place, light, drainage, and mature spacing.
Fall and early winter are ideal in St. Augustine so roots establish before summer heat, though container-grown natives can go in year round with establishment water.
Match each native to your light, soil, and moisture, then group plants with similar needs. Bring photos of your space and our team can help you build a Florida-Friendly plan.
Popular Florida native shrubs include firebush, beautyberry, Walter viburnum, Simpson stopper, wild coffee, and coontie. They support pollinators and wildlife and adapt well to local conditions once established.