Overview
Baeometra uniflora from Malmesbury is a plant with a clump-forming habit in the genus Baeometra, part of the Colchicaceae family, with deciduous foliage. Baeometra uniflora from Malmesbury grows best in full sun, and tolerates loam soils and neutral pH. Its UK hardiness is rated H3. Suggested uses include rock garden, border edging and container planting.
About
Baeometra uniflora from Malmesbury is a clump-forming cultivar of the genus Baeometra, belonging to the Colchicaceae family. This deciduous plant thrives in full sun on a south-facing, sheltered aspect, preferring fertile, well-drained loam soil with a neutral pH. Hardy to UK zone H3, it is suitable for rock gardens, border edging, and container planting. It is best grown in spring and summer, and can be propagated by seed or corm offsets.
Growing conditions
Best soil and position for Baeometra
- Sunlight
- Full sun
- Soil type
- Loam
- Soil pH
- Neutral
- Soil moisture
- Well-drained
- Aspect
- South-facing
- Exposure
- Sheltered
- UK hardiness
- H3
Plant details
Baeometra uniflora from Malmesbury size, habit and characteristics
- Habit
- Clump-forming
- Foliage
- Deciduous
- Suggested uses
- Rock garden, border edging, container planting
Care notes
Pruning and caring for Baeometra uniflora from Malmesbury
- Propagation
- Seed, corm offsets
- Pest resistance
- Susceptible to aphids
- Disease resistance
- Generally disease-free
Frequently asked questions
Where is the best place to plant Baeometra uniflora from Malmesbury?
Baeometra uniflora from Malmesbury prefers full sun. It suits sheltered positions.
What soil does Baeometra uniflora from Malmesbury need?
Baeometra uniflora from Malmesbury grows best in loam soil. It prefers neutral soil. Aim for soil that stays well-drained.
Is Baeometra uniflora from Malmesbury hardy in the UK?
Baeometra uniflora from Malmesbury 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 Baeometra uniflora from Malmesbury?
Seed, corm offsets.