Cherry Laurel ‘Novita’ – Hardy Evergreen Hedging with Dense Growth
Cherry Laurel ‘Novita’ is a robust and reliable evergreen shrub, widely valued for its dense foliage and excellent hedging performance. Its large, glossy dark green leaves form a thick canopy that provides year-round privacy, shelter, and structure in the garden.
This variety is particularly known for its strong growth and improved resistance to disease, making it a dependable choice for creating tall, long-lasting hedges. Its upright yet bushy habit allows it to establish quickly and form a solid evergreen screen.
In spring, upright clusters of small white flowers appear above the foliage, lightly fragrant and attractive to pollinators. These may be followed by dark berries later in the year, which can provide food for birds.
Highly adaptable, ‘Novita’ grows well in full sun, partial shade, or even deep shade, and tolerates a wide range of soil conditions once established. It responds well to trimming, allowing it to be shaped into neat formal hedges or left to grow more naturally.
Hardy, vigorous, and easy to maintain, Cherry Laurel ‘Novita’ is one of the best choices for dependable evergreen hedging in UK gardens.
Seasonal Highlights
Spring: Clusters of white flowers appear.
Summer: Dense evergreen foliage forms a thick hedge.
Autumn: Dark berries may develop after flowering.
Winter: Glossy green leaves provide year-round screening.
Key Features
Dense evergreen foliage – Year-round privacy.
Fast-growing – Quickly establishes a hedge.
Highly hardy – Excellent cold tolerance.
Shade tolerant – Grows in sun or shade.
Low maintenance – Easy to clip and maintain.
Perfect For
Boundary hedging – Dense privacy screen.
Wind protection – Shelter planting.
Large gardens – Strong structural backdrop.
Urban gardens – Tough and adaptable.
Formal hedges – Clips neatly into shape.
Growing Tips
Sun/Position: Full sun to full shade.
Soil: Well-drained soil; adaptable to most types.
Hardiness: Fully hardy across the UK.
Care: Trim once or twice per year to maintain density and shape.