Green Grass Grove
Connecting specimen records, habitat data, and the living archive.
Echinacea / Tennessee
Echinacea tennesseensis (Beadle) SmallEchinacea / Tennessee is maintained at Green Grass Grove as a botanical crop or specimen with value for pollinator habitat, living-collection research, and public interpretation. Compact clump-forming coneflower with narrow leaves and rose-purple rays that characteristically angle upward. At the Live Oak site, management centers on tennessee coneflower is adapted to limestone-derived glades and may be difficult in acidic florida sand without careful ph and…
Botanical Overview
Echinacea / Tennessee is maintained at Green Grass Grove as a botanical crop or specimen with value for pollinator habitat, living-collection research, and public interpretation. Compact clump-forming coneflower with narrow leaves and rose-purple rays that characteristically angle upward. At the Live Oak site, management centers on tennessee coneflower is adapted to limestone-derived glades and may be difficult in acidic florida sand without careful ph and drainage management, accurate accession labeling, and seasonal performance records.
Ethnobotanical, Bioactive & Cultural Documentation
Cultivar-specific claims are used where the name is verified; otherwise values are species-level, regional extension guidance, or clearly identified operational inference for Live Oak, Florida.
Why We Feature This Specimen
At Green Grass Grove, Echinacea / Tennessee provides a focused demonstration of Florida-adapted habitat design, pollinator support, and accession-based plant stewardship. Visitors can compare flowering, wildlife use, drought or moisture response, and seasonal maintenance without exposing private inventory or location data.
Climate & Protection
Cold protection trigger: Begin cold protection below 38 °F. The cold-damage threshold is the lower temperature where injury becomes likely, not the recommended waiting point.
Sun / Light: Full sun.
Tennessee coneflower is adapted to limestone-derived glades and may be difficult in acidic Florida sand without careful pH and drainage management. Treat it as a conservation-sensitive research specimen, not a generic landscape coneflower.
Heat-zone and verification notes
Not assigned; use seasonal temperature and site-performance guidance.
Planting & Seasonal Guide
Starting & Germination Methods
Seed Sowing
Seed sowing is the umbrella operational method for placing botanical seed into a germination environment. It includes selection of containers or beds, medium, depth, spacing, moisture, temperature, light,…
Open Full Method ↗Cold Stratification
Cold stratification is a moist-chilling treatment used to relieve physiological dormancy in seeds whose embryos will not germinate promptly after imbibition. It imitates the cool, hydrated interval that…
Open Full Method ↗Direct Seed
Direct Seed is retained as a legacy identity for placing seed directly into its final production container, bed, plug position, restoration cell, or growing location without first raising…
Open Full Method ↗Tennessee coneflower is adapted to limestone-derived glades and may be difficult in acidic Florida sand without careful pH and drainage management. Treat it as a conservation-sensitive research specimen, not a generic landscape coneflower. Plant at a season that allows roots or seedlings to establish before the profile's main stress period. For Live Oak trials, record sowing or planting date, emergence, first flowering or harvest, storm damage, freeze response, and summer survival.
Spacing: 12–18 inches apart
Planting Depth: Surface sow after cold stratification; transplant carefully to protect the crown.
Pollination: Allow representative healthy plants to flower for seed and pollinator records. Preserve isolation and accession identity where cultivar or provenance matters.
Water, Soil & Nutrition
💧 Water & Moisture
Provide moderate establishment moisture, then avoid prolonged saturation. Use mineral, well-drained media rather than rich wet soil.
North Florida humidity changes the risk profile for this plant. Habitat plantings should preserve airflow while avoiding unnecessary irrigation that drives weak growth. After heavy rain, inspect crowns and lower foliage for spotting, mildew, or rot, and remove collapsed material before it becomes a disease reservoir.
🌱 Soil & Growing Media
Preferred pH: 6.50 to 8.00
↘ Drainage & Root-Zone Behavior
✦ Nutrition & Deficiency Checks
Use soil testing and moderate, crop-appropriate fertility rather than a universal fertilizer recipe. Native and prairie-type specimens generally perform best without high nitrogen, which can cause lodging and reduced flowering. On Live Oak's sandy soils, split small applications when feeding is necessary and verify pH before treating suspected micronutrient problems.
Diagnose pale, distorted, or weak growth by checking root condition, moisture, pH, and recent weather before adding fertilizer. Nitrogen shortage may reduce vigor, while iron or magnesium unavailability can cause chlorosis; however, waterlogging, heat injury, root disease, or salt accumulation can produce similar symptoms. Use soil or tissue testing for persistent problems rather than treating leaf color alone.
Growth, Maintenance & Harvest
Maintenance & Pruning
Do not harvest roots. Deadhead only when seed is not needed; retain voucher photographs and provenance documentation. Pruning should preserve the crown, maintain airflow, and support the intended use. Do not remove more living tissue than the plant can replace during its active season, and sanitize tools between accessions when disease is suspected.
Harvest or Observation
Do not harvest roots. Deadhead only when seed is not needed; retain voucher photographs and provenance documentation. Use clean tools, avoid harvesting wet diseased material, and record yield or ecological observations by accession. Where the plant is not an ordinary food crop, harvest language refers to research, seed, propagation, or habitat maintenance rather than human consumption.
Storage & Preservation
Store seed under accession controls with provenance and legal documentation. Do not mix with other Echinacea species.
Harvestable Plant Parts & Uses
Do not harvest roots. Deadhead only when seed is not needed; retain voucher photographs and provenance documentation. Use clean tools, avoid harvesting wet diseased material, and record yield or ecological observations by accession. Where the plant is not an ordinary food crop, harvest language refers to research, seed, propagation, or habitat maintenance rather than human consumption.
Propagation, Cloning & Tissue Culture
Propagation Methods
Seed
Seed is retained as an umbrella propagation identity for sexual reproduction through mature botanical seed. A seed normally contains an embryo, stored reserves or nutritive tissue, and protective…
Open Full Method ↗Direct Seed
Direct Seed is retained as a legacy identity for placing seed directly into its final production container, bed, plug position, restoration cell, or growing location without first raising…
Open Full Method ↗Aquaponics, Hydroponics & Aeroponics
Aquaponics
Aquaponic use is not a default recommendation. Any trial requires strong root aeration, crop-appropriate support, sanitation, and separation from the primary living collection.
Hydroponics
Conventional soil or container production is preferred; no reliable profile-specific hydroponic target is assigned.
Aeroponics
No profile-specific aeroponic recommendation is assigned without controlled trial evidence.
Pests, Diseases, Safety & Toxicology
Scout Echinacea / Tennessee for aphids, mites, leaf miners, caterpillars, beetles, slugs, and stem or root feeders. Preserve native pollinators and natural enemies.
Monitor Echinacea / Tennessee for damping-off, crown or root rot, powdery mildew, leaf spots, rusts, and stem blights. Match drainage and airflow to the species habitat.
Manage Echinacea / Tennessee for its approved native-plant, pollinator, or conservation role with provenance records, suitable soil and moisture, controlled self-seeding, and no substitution of common-name similarity for identity.
Likely operational problems include tennessee coneflower is adapted to limestone-derived glades and may be difficult in acidic florida sand without careful ph and drainage management, establishment failure from incorrect moisture, and disease where airflow or drainage is poor. Competition, lodging, self-sowing, rhizome spread, or identity drift may also matter depending on the specimen. Do not interpret a single season's performance as a fixed cultivar trait without repeated observations.
Potentially bioactive or toxic constituents make casual ingestion inappropriate. Risks may include skin irritation, cardiac glycosides, pyrrolizidine alkaloids, reproductive concerns, livestock poisoning, or drug interactions depending on the species. Maintain conservative handling and species-specific review.
Wear gloves when sap, coarse hairs, prickly structures, or research roots are handled. Keep plant material and processing waste away from children, pets, and livestock, and label nonfood specimens clearly.