cherry plum seed planting Hudson Bay' American Plum Seed – GreenTree Agroforestry Solutions

cherry plum seed planting Hudson Bay' American Plum Seed – GreenTree Agroforestry SolutionsLatin Name: Prunus americana DESCRIPTION Family: Rosaceae Native Range: Native to southern Canada from Saskatchewan in the west to Quebec Seed Source: Seed production stand near Indian Head, Saskatchewan. Height and Spread: 5m x 3m (5 years) Overview: The 'Hudson Bay' American plum seed strain is adapted to cold temperate dry climates. This strain comes from a shelterbelt growing near Hudson Bay Saskatchewan. A pioneer plant quickly colonizing sites

Latin Name: Prunus americana

DESCRIPTION

Family: Rosaceae

Native Range: Native to southern Canada from Saskatchewan in the west to Quebec 

Seed Source: Seed production stand near Indian Head, Saskatchewan.

Height and Spread: 5m x 3m (5 years)

Overview: The 'Hudson Bay' American plum seed strain is adapted to cold temperate dry climates. This strain comes from a shelterbelt growing near Hudson Bay Saskatchewan. A pioneer plant quickly colonizing sites this seed strain produces bright red edible plums. Wild plum is a shrub or small tree 3-8 m tall, and usually found growing as dense thickets.

Fruits: Reddish-purple oval plums 2.0-2.5 cm long containing one seed.

Average number of seeds per packet - 50 

SEED TREATMENT / SOWING

Stratification: Pre-soak seed for 24 hours then stratify in moist sand (10 percent moisture) for 180 days at 5°C.

Ideal sowing time: Non-pretreated seed outdoors in early September (will germinate the following spring) or stratified seed in spring.

Sowing instructions: Outdoors - sow 2.0 cm deep, 50 seeds/meter; Greenhouse - sow 3 seeds per cell.

Growing conditions: American plum grows well on a wide range of soils. As a colonizer, it will flourish on most disturbed sites. It prefers full sunlight and is considered somewhat drought tolerant and cold hardy.

AGROFORESTRY VALUE

American plums make good wildlife habitat and are effective in erosion control because their roots hold the soil. Their thorny branches catch tumbleweeds, leaves, and other plant materials, which, when windstorms occur during times of drought, provide an effective means of slowing wind erosion of soil.