Black Cherry Rose – Rosa Rare Cuttings | 3 Fresh Unrooted Cuttings | Deep Burgundy Hybrid Tea Rose | Cuttings for Rooting or Grafting
Black Cherry Rose – Rosa Rare Cuttings | 3 Fresh Unrooted Cuttings | Deep Burgundy Hybrid Tea Rose | Cuttings for Rooting or Grafting
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Add dramatic beauty to your garden with these SUPER RARE Black Cherry Rose cuttings. This stunning hybrid tea rose is admired for its deep burgundy to black-red velvety petals, creating a rich and elegant bloom that stands out in any rose collection.
Black Cherry roses are prized for their classic rose shape, dark romantic color, and lush green foliage, making them a favorite for rose gardens, flower beds, and ornamental landscapes. Once established, this rose produces large, elegant blooms that add depth and contrast to any garden setting.
These fresh unrooted cuttings are suitable for rooting through propagation or grafting onto compatible rose rootstock. Perfect for gardeners, rose collectors, and plant propagation enthusiasts looking to grow this unique and striking rose variety. You will receive cuttings similar in size and health to those shown in the listing photos, carefully packaged to maintain freshness during shipping.
You will receive:
✔️ 3 fresh Black Cherry rose cuttings
✔️ Unrooted cuttings suitable for rooting or grafting
✔️ Healthy propagation material from mature plant
✔️ Rare dark burgundy rose variety
✔️ Secure packaging for safe arrival
🌼 Growing Information
Common Name: Black Cherry Rose
Botanical Name: Rosa hybrid
Plant Type: Hybrid tea flowering shrub
Growth Stage: Unrooted cuttings
Sun Requirements: Full sun (6–8 hours daily preferred)
Soil: Rich, well-draining garden soil with organic matter
Watering: Moderate; keep soil lightly moist during rooting
Mature Height: 3–5 feet depending on pruning and growing conditions
Growth Rate: Moderate
USDA Zones: 5–10
Container Friendly: Yes
💡 Care Tip: Rose cuttings root best in warm temperatures (65–80°F) with high humidity and bright indirect light. Using rooting hormone and a humidity dome can greatly improve propagation success.
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