Dryopteris filix-mas 'Barnesii'
basket fern
An attractive, deciduous clump-forming fern, with delicate, slightly ruffled, mid-green coloured fronds. Upright in habit, the foliage of Dryopteris filix-mas...
9cm pot
£9.99
In stock (delivery within 2-3 working days)
3 × 9cm pots
£22.99
£7.66 each
In stock (delivery within 2-3 working days)
6 × 9cm pots
£39.99
£6.67 each
In stock (delivery within 2-3 working days)
1
Delivery options
Plant description
An attractive, deciduous clump-forming fern, with delicate, slightly ruffled, mid-green coloured fronds. Upright in habit, the foliage of Dryopteris filix-mas ‘Barnesii’ holds its form well and is often used in flower arrangements.
Eventual height & spread
Plant features
Position
Light shade
Rate of growth
Average
Soil
Moderately fertile, moist, well-drained soil
Hardiness
Fully hardy
How to care for Dryopteris filix-mas Barnesii:
Plant in moist, well-drained soil in partial to full shade. <> thrives in humus-rich conditions, so mix plenty of well-rotted leaf mould, composted pine needles, or garden compost into the planting hole.
Water regularly during dry spells, especially in the first year while the roots establish. Avoid letting the soil dry out completely, as ferns prefer consistent moisture. In autumn and winter, remove any dead or damaged fronds to keep the plant looking tidy and to allow space for fresh growth in spring.
Mulching with organic matter in spring helps retain moisture and adds nutrients, supporting healthy, lush fronds year after year.
Water regularly during dry spells, especially in the first year while the roots establish. Avoid letting the soil dry out completely, as ferns prefer consistent moisture. In autumn and winter, remove any dead or damaged fronds to keep the plant looking tidy and to allow space for fresh growth in spring.
Mulching with organic matter in spring helps retain moisture and adds nutrients, supporting healthy, lush fronds year after year.
Please note:
This fern is deciduous so all its fronds will die back in autumn, then fresh new growth appears again each spring.
