White Mulberry Tree Cuttings – Morus alba Propagation Set | 5 Unrooted Cuttings 7–9 Inches Long | Fast Growing Edible Fruit Tree | Garden & Homestead Starter

Start growing hardy White Mulberry trees with this set of 5 White Mulberry (Morus alba) cuttings, each measuring approximately 7–9 inches long. These freshly cut propagation pieces are selected from healthy trees and feature strong buds and viable wood suitable for grafting or rooting projects.

White Mulberry is a fast-growing and highly adaptable fruit tree valued for its resilience and versatility. Once established, it produces sweet edible berries enjoyed by people, birds, and wildlife while also providing shade and attractive foliage that turns golden-yellow in autumn. Because of its strong growth and adaptability to different soils and climates, this species is commonly planted in home gardens, homesteads, food forests, and restoration landscapes.

These cuttings are unrooted propagation material, ideal for gardeners with experience rooting cuttings or experimenting with fruit tree propagation. With proper care, patience, and favorable conditions, these cuttings can develop into productive mulberry trees.

You will receive:
✔️ 5 White Mulberry tree cuttings
✔️ Length: approximately 7–9 inches each
✔️ Freshly cut propagation wood
✔️ Healthy buds for rooting potential
✔️ Carefully packaged to maintain freshness during shipping

🌼 Growing Information
Common Name: White Mulberry
Botanical Name: Morus alba
Plant Type: Deciduous fruit tree
Growth Stage: Unrooted cuttings (propagation material)
Sun Requirements: Full sun preferred (6–8 hours daily)
Soil: Well-draining soil; adaptable to many soil types
Watering: Keep soil lightly moist during rooting phase
Mature Height: 30–50 feet (can be pruned smaller)
Growth Rate: Fast growing
USDA Zones: 4–9
Container Friendly: Yes during early growth stages

💡 Care Tip: For best rooting success, plant cuttings in moist propagation soil and maintain warm temperatures and humidity. Using rooting hormone can improve the chances of root development.