Woody Structure

Woody Structure refers to cannabis plants that develop thick, rigid stems and branches with pronounced lignification—the formation of woody tissue that provides structural support. Plants exhibiting this trait typically display reduced flexibility in their main stems and lateral branches, creating a more rigid plant architecture. This classification is often observed in equatorial and subtropical landrace populations, as well as in hybrid lineages where genetic contributions from such origins are present. Breeders working with woody-structured plants frequently note the trait's correlation with extended flowering periods and potentially higher biomass accumulation. Understanding woody structure is relevant for cultivation planning, as these plants may require different support systems and training approaches compared to plants with more flexible, herbaceous growth patterns.

Breeders select for or against woody structure depending on cultivation environment and yield goals. Plants with pronounced woody characteristics may require additional staking or trellis support in indoor and outdoor settings, but the structural rigidity can help support heavier flower clusters.