
Hot Tamale™ Itoh Peony Intersectional Hybrid Shrub
$0.00
$20.00
- Intersectional hybrid cross between herbaceous and tree peonies for increased structural stability.
- Produces large, multi-toned blossoms with high petal counts.
- Features strong, woody stems that support heavy blooms without requiring additional staking.
- Demonstrates high cold hardiness and disease resistance in diverse garden environments.
Overview of the Hot Tamale Itoh Peony
The Hot Tamale Itoh Peony is an intersectional hybrid, combining the growth habits of herbaceous peonies with the woody characteristics of tree peonies. This variety is engineered for landscape performance, providing a balance of aesthetic appeal and structural durability. It serves as a focal point in perennial borders, offering a prolonged blooming season compared to traditional peony varieties.
Structural Integrity and Growth
Unlike traditional herbaceous peonies that often require support, this intersectional hybrid features robust stems that remain upright even during heavy rainfall or wind. The plant maintains a compact, mounded habit, making it suitable for various garden configurations. The foliage remains dense and healthy throughout the growing season, providing a clean backdrop for the vibrant flowers.
Bloom Characteristics
The blossoms exhibit a complex color palette, characterized by deep saturation. The petal structure is designed to hold its form, reducing the impact of environmental stressors. As a perennial, this shrub establishes a deep root system, ensuring consistent return growth in subsequent years when planted in well-draining soil with adequate sunlight exposure.
Cultivation Requirements
- Light Exposure: Requires full sun to partial shade for optimal flower production.
- Soil Conditions: Thrives in fertile, well-draining soil with a neutral to slightly acidic pH.
- Maintenance: Minimal pruning is required; foliage should be removed in late autumn after the first frost to promote dormant health.
- Hardiness: Adapted to a wide range of temperate climates, demonstrating resilience to seasonal temperature fluctuations.









