Shangri-La Mulberry Tree – Morus sp. Live Cuttings | 10 Pack Black Mulberry Cuttings | Sweet Large Fruit | Cold Hardy & Fast Growing

Propagate your own fruit trees with this 10-pack of Shangri-La Mulberry cuttings, a fast-growing mulberry variety known for producing large, sweet black fruit. Each cutting measures approximately 8 inches long and 1/4–1/2 inch in diameter, freshly cut before shipping to ensure viability.

The Shangri-La mulberry is a vigorous and productive variety that produces large berries over 1.5 inches long with rich, sweet flavor. Fruits typically ripen from May through June, making it an early-season producer in many climates. These berries are excellent for fresh eating, smoothies, desserts, and homemade jams.

This mulberry variety is self-pollinating, drought tolerant, and heat tolerant, making it an excellent option for backyard orchards and edible landscapes. The mature tree typically grows 18–20 feet tall and wide, but can be pruned to maintain a smaller size.

Cuttings are taken from a healthy, established mother tree and wrapped in moist paper for safe shipping to help maintain freshness during transit.

You will receive:
✔️ 10 Shangri-La Mulberry cuttings
✔️ Cutting length: approximately 8 inches
✔️ Diameter: approximately 1/4–1/2 inch
✔️ Fresh live cuttings ready for rooting
✔️ Secure packaging for safe arrival

🌼 Growing Information
Common Name: Shangri-La Mulberry
Botanical Name: Morus sp.
Plant Type: Deciduous fruit tree
Growth Stage: Live cuttings (for propagation)
Sun Requirements: Full sun
Soil: Moist, well-draining soil
Watering: Keep rooting medium moist but not soggy
Mature Height: 18–20 feet
Mature Spread: 18–20 feet
Growth Rate: Fast
USDA Zones: 6+
Container Friendly: Yes (with pruning)

Pollination:
Self-pollinating – one tree can produce fruit.

Fruit Season:
Typically May through June, depending on climate.

💡 Care Tip: Place cuttings in warm conditions (70–75°F) with consistently moist soil to encourage root development. Remove early flowers so the plant can focus its energy on root and leaf growth.