Green Grass Grove
Connecting specimen records, habitat data, and the living archive.
Cassava
Manihot esculentaCassava is preserved as a distinct cassava accession for production, seed or propagule preservation, harvest, soil improvement, habitat, and public education.
Botanical Overview
Cassava is preserved as a distinct cassava accession for production, seed or propagule preservation, harvest, soil improvement, habitat, and public education.
Why We Feature This Specimen
Cassava connects North Florida crop performance with accession identity, harvest stage, seed or clone preservation, and ecological function.
Climate & Protection
Cold protection trigger: Begin cold protection below 55 °F. The cold-damage threshold is the lower temperature where injury becomes likely, not the recommended waiting point.
Sun / Light: Full sun for most legumes and fruiting vines; partial shade may improve tender leafy greens during intense heat.
Cassava needs a long warm season and deep aerated soil. North Florida cold can end top growth before roots or corms finish sizing, so protected propagation stock is essential.
Planting & Seasonal Guide
Cassava needs a long warm season and deep aerated soil. North Florida cold can end top growth before roots or corms finish sizing, so protected propagation stock is essential.
Starting / Germination: Use Only The Seed, Transplant, Cutting, Division, Rhizome, Corm, Or Aquatic Division Methods Represented By Validated Relationship Ids.
Spacing: Allow at least the mature spread (3–6 ft) plus airflow, trellis, cultivation, or water-surface access.
Planting Depth: Sow seed or set crowns, corms, roots, and divisions at crop-appropriate depth without burying crowns or trapping water.
Pollination: Usually not needed for edible root/rhizome harvest. Flowers may matter for seed saving or pollinators but harvest is mainly vegetative.
Water, Soil & Nutrition
💧 Water & Moisture
Maintain even crop-appropriate moisture while preserving root oxygen; aquatic profiles require stable clean water and strict containment.
Consistent moisture matched to crop stage and root biology.
Use airflow, early irrigation, trellising, and sanitation to reduce foliar disease, pod or fruit rot, and postharvest decline.
🌱 Soil & Growing Media
Preferred pH: 5.80 to 7.00
↘ Drainage & Root-Zone Behavior
✦ Nutrition & Deficiency Checks
Use soil-test-based fertility. Evaluate legume nodulation before adding nitrogen and avoid universal N-P-K formulas.
Check pH, nodulation, roots, irrigation, nematodes, and crop stage before diagnosing nutrient deficiency.
Growth, Maintenance & Harvest
Maintenance & Pruning
Use crop-specific trellising, mowing, pinching, leaf harvest, vine training, or sanitary removal. Preserve enough foliage and root reserve for regrowth.
Harvest or Observation
Harvest mature roots, corms, or cormels after adequate warm-season growth, retaining healthy labeled propagules for replanting.
Storage & Preservation
Cool fresh greens promptly; cure or dry seed, pods, roots, corms, and propagules to crop-appropriate conditions with full labels.
Harvestable Plant Parts & Uses
Harvest mature roots, corms, or cormels after adequate warm-season growth, retaining healthy labeled propagules for replanting.
Propagation, Cloning & Tissue Culture
Propagation Methods
Division
Division is the umbrella vegetative method of separating an established plant into two or more self-supporting units, each with the buds, shoots, roots, and storage tissues required for…
Open Full Method ↗Rhizome Division
Rhizome division is clonal propagation by cutting or separating a horizontal, usually underground or surface-level stem into viable sections. Each section must carry at least one healthy growth…
Open Full Method ↗Tuber Division
Tuber division propagates plants by cutting a true stem tuber into sections containing viable buds, commonly called eyes. True tubers are enlarged stems with nodes and buds, unlike…
Open Full Method ↗Rhizomes
Rhizomes is a legacy umbrella identity for propagation involving horizontal stem organs. It remains useful for historical records and broad intake, but it is not a complete operational…
Open Full Method ↗Tubers
Tubers is a legacy umbrella identity for propagation involving enlarged storage organs called tubers in horticultural usage. Because common language often combines true stem tubers, tuberous roots, tuberous…
Open Full Method ↗Slips
Slips are detached shoots or plantlets used as vegetative propagules, but the term changes meaning among crops. Pineapple slips arise on the peduncle below the fruit, sweet-potato slips…
Open Full Method ↗Aquaponics, Hydroponics & Aeroponics
Aquaponics
Use only with adequate oxygen, mineral balance, sanitation, species containment, and verified edible-crop status.
Hydroponics
- Target pH5.8–6.5
- Target EC1.0–2.2 mS/cm
Use only where root form, crop duration, support, food safety, and containment are compatible. Universal fertilizer recipes are omitted.
Aeroponics
No profile-specific operating notes have been recorded.
Pests, Diseases, Safety & Toxicology
Scout cassava for mites, whiteflies, mealybugs, hornworms, lace bugs, and root-feeding pests. Inspect planting cuttings before propagation.
Monitor for bacterial blight, anthracnose, root rots, mosaic-like symptoms, and cutting-borne decline. Use clean stem material and do not propagate symptomatic plants.
Grow cassava only in warm frost-free conditions or as an annual, use verified planting cuttings, hill and harvest roots carefully, and separate cultivation records from food-processing clearance.
Cassava most often fails from wrong seasonal timing, poor drainage or water quality, weak identification, missed harvest, or lost seed/propagule records.
Cassava tissues contain cyanogenic glycosides. Raw or inadequately processed roots and leaves can release cyanide; no edible-use clearance is implied by cultivation, and preparation must follow authoritative food-safety guidance.
Cassava and aroid crops require correct processing. Raw cassava contains cyanogenic compounds, and raw malanga tissues contain irritating calcium oxalate crystals. Follow pesticide labels, preharvest intervals, clean-water standards, and crop-specific processing.