Overview
Dietes flavida is a columnar upright herbaceous perennial in the genus Dietes, part of the Iridaceae family, with evergreen foliage. Dietes flavida grows best in full sun and partial shade, and tolerates loam and sand soils and any pH. Its UK hardiness is rated H3. Suggested uses include patio and container plants, city and courtyard gardens, cottage and informal garden, mediterranean climate plants, gravel garden and flower borders and beds.
About
Dietes flavida is a small shrub and geophyte that flowers from October to January. The species is native to Eswatini, KwaZulu-Natal and Mozambique.
Growing conditions
Best soil and position for Dietes
- Sunlight
- Full sun, Partial shade
- Soil type
- Loam, Sand
- Soil pH
- Acid, Alkaline, Neutral
- Soil moisture
- Moist but well-drained
- Aspect
- South-facing, East-facing, West-facing
- Exposure
- Sheltered
- UK hardiness
- H3
Plant details
Dietes flavida size, habit and characteristics
- Plant type
- Herbaceous Perennial
- Habit
- Columnar upright
- Foliage
- Evergreen
- Suggested uses
- Patio and container plants, City and courtyard gardens, Cottage and informal garden, Mediterranean climate plants, Gravel garden, Flower borders and beds
Care notes
Pruning and caring for Dietes flavida
- Propagation
- Seed sown at 13-15°C (55-59°F) in autumn or spring, Division of rhizomes after flowering
- Pest resistance
- Generally pest-free
- Disease resistance
- Generally disease-free
Frequently asked questions
Where is the best place to plant Dietes flavida?
Dietes flavida prefers full sun and partial shade. It suits sheltered positions.
What soil does Dietes flavida need?
Dietes flavida grows best in loam and sand soil. It is happy in soil of any pH. Aim for soil that stays moist but well-drained.
Is Dietes flavida hardy in the UK?
Dietes flavida has an RHS hardiness rating of H3, meaning it is half-hardy, tolerating -5 to 1°C, and may need winter protection in colder areas.
How do I propagate Dietes flavida?
Seed sown at 13-15°C (55-59°F) in autumn or spring, Division of rhizomes after flowering.
