Alpine Hedysarum
Hedysarum americanum
Family:
Pea family - Fabaceae
Also known as Bear Root, the nutrient-rich, licorice-flavoured roots are eaten by animals and form an important food source for grizzly bears.

Woodland garden

Meadow / Grassland garden

Pollinator garden

Drought tolerant

Supports wide variety of wildlife
Details
Emerges
Seed collection
Flowers
June, July

Pink
Height
20
-
70
cm
Lifecycle
Perennial
Width
40
-
60
cm
Habit
Forbs
Upright
Taproot
Colony-forming
Ecology
Supports

Bees
Providing

Nectar source
Flowers attract bumblebees.
The nutrient-rich tap root is eaten by both large and small animals. Young roots have a licorice-like flavour and are an important food source for grizzly bears.
Habitat
Typically found in
open woods, slopes / banks
Commonly found in open woodlands, mountain slopes, and alpine meadows, where it thrives in well-drained, sandy or loamy soils.
In the Garden
Growing Conditions
Moisture

Dry

Average

Moist
Light

Full sun

Part sun

Part shade
Soil
Average garden soil
Propagation
Via

Seeds
Sowing Recommendations

Soak seeds
Landscape
Use for:

Middle of bed
Stabilization
Growing Tips
Plants have a thick taproot and do not transplant easily.
Seeds can be sown directly, otherwise handle seedlings with care when planting.
Space seedlings about 30 cm apart when planting.
Empty seed pods may be caused by lack of pollinators or insect damage.
Pre-treat seeds by soaking in 80C water for 12 hours.
Prefers moist, cool garden locations.
Description
Alpine hedysarum, a member of the pea family, is an attractive medium-height plant featuring compound leaves and clusters of small, pink to purple flowers that bloom in early to mid-summer, followed by flat, segmented seed pods. The foliage is lush and adds texture to garden settings, while the roots are thick and woody.
This species is colony-forming, creating a deep taproot system that allows it to access nutrients and water in sparse environments. The deep taproots make it drought-resistant once established, but prevents transplanting. Its root system, resilience, and spreading habit can be beneficial for soil stabilization.