Redwing Highbush Cranberry vs Sebastien Gooseberry - TreeTime.ca

Redwing Highbush Cranberry vs Sebastien Gooseberry

Ribes uva-crispa Sebastien

Viburnum trilobum JN Select

NOT AVAILABLE THIS SEASON

(new stock expected: fall of 2025)

NOT AVAILABLE THIS SEASON

Sebastien Gooseberry
Redwing Highbush Cranberry

Sebastien Gooseberry is a nearly thornless variety that produces medium-sized, red gooseberries. When the berries are fully ripe they are quite sweet and great for fresh eating. They can be stored for up to two weeks in the fridge. For baking and preserves, they are often picked when under-ripe when they are firm and tart. The general harvest period is anywhere from July to September.

Sebastien Gooseberry is a Canadian variety that was developed at the Agriculture and Agri-Food Canada research station in Ottawa.

Gooseberries are self-pollinating but planting with another variety will increase yields.

The Redwing Highbush Cranberry is a dense multi-stemmed shrub that blooms with white pinwheel shaped flowers in spring. It produces small, red, and edible berries in late summer. Its leaves are green, but the tips become more saturated with red throughout the season, and then turn a stunning crimson colour in the fall.

The Redwing Highbush Cranberry makes a good addition to any urban garden or hedge, and its berries are commonly used to liven up preserves with their tart flavor.

Sebastien Gooseberry Quick Facts

Redwing Highbush Cranberry Quick Facts

Zone: 3a
Zone: 2a
Height: 1.5 m (5 ft)
Height: 3 m (10 ft)
Spread: 1.5 m (5 ft)
Spread: 2.1 m (7 ft)
Moisture: normal
Moisture: normal, wet
Light: partial shade, full sun
Light: partial shade, full sun
Hybrid: no
Hybrid: no
Catkins: no
Catkins: no
Fall colour: red/orange
Berries: reddish and medium sized
Berries: small, red
Flavor: sour
Harvest: late July to September
Harvest: late August-February
Flowers: white, pinwheel shaped
Growth rate: fast
Growth rate: fast
Life span: short
Life span: medium
Suckering: low
Suckering: low



Toxicity: leaves are toxic to humans