Articles

Art and science of producing ornamental crape myrtles (Lagerstroemia L.)

Article number
1467_8
Pages
59 – 66
Language
English
Abstract
Crape myrtle (Lagerstroemia L.) is a widely recognized feature in landscapes across the globe.
Celebrated for its smooth, exfoliating bark, vibrant array of flower colors, and diverse growth habits, this plant also possesses significant artistic modeling potential, an attribute that has captured the attention of the high-end landscape design market.
Shaping crape myrtle into sculptural forms is both a gratifying and imaginative pursuit.
Among the most esteemed modeled forms are vase shapes, screens, figurative designs, columnar structures, dragon- or animal-inspired forms, symbolic motifs, pavilions, tunnels, bonsai-style trees, ornamental root architectures, and cartoon characters.
Establishing a foundational armature using steel requires both artistic skill and creative vision, as it serves as the framework for the tree’s final form.
Choosing fast-growing cultivars with pliable branches is essential for successful shaping.
Regular and precise pruning is critical to guide growth according to artistic intent.
The use of modeling wire helps develop trunk and branch architecture, while strategically placed crossing knots can support natural grafting and structural cohesion.
Creating such distinctive Lagerstroemia specimens demands a longer developmental timeline and greater technical expertise compared to traditional cultivation.
However, the process offers exceptional creative freedom, and the resulting plant should reflect both the artist’s vision and the preferences of the client.
Future research should further explore growth patterns and the anatomical development of trunks and branches to deepen our understanding of this unique horticultural art form, not only for crape myrtle, but for other plant species as well.

Publication
Authors
Siwen Hao, Yilin Chen, Hong Chen, Xi Li, Mingchuan Zhu, Donglin Zhang
Keywords
artistic modeling, crape myrtle, Lagerstroemia, landscape utilization, tree sculpture, weaving techniques
Full text
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