Internode Spacing Dense
Dense internode spacing refers to short distances between leaf nodes along a cannabis stem, resulting in compact, bushy plant architecture. This structural trait is commonly associated with indica-dominant lineages and certain landrace populations adapted to specific climates. Breeders often select for dense internodes when developing cultivars suited to constrained growing environments or indoor production systems. The trait influences canopy density, light penetration patterns, and overall yield potential per square meter. Dense internode spacing frequently correlates with genetic backgrounds from Hindu Kush, Afghan, and Central Asian cannabis populations, though modern breeding has introduced the trait across diverse genetic backgrounds.
Internode Spacing Dense strains
No strains tagged into Internode Spacing Dense yet — they'll appear here as breeders submit lineage records under this terpene.
Dense internode spacing refers to short distances between leaf nodes along a cannabis stem, resulting in compact, bushy plant architecture. This structural trait is commonly associated with indica-dominant lineages and certain landrace populations adapted to specific climates. Breeders often select for dense internodes when developing cultivars suited to constrained growing environments or indoor production systems. The trait influences canopy density, light penetration patterns, and overall yield potential per square meter. Dense internode spacing frequently correlates with genetic backgrounds from Hindu Kush, Afghan, and Central Asian cannabis populations, though modern breeding has introduced the trait across diverse genetic backgrounds.
Breeders working with dense internode spacing prioritize this trait for space-efficient cultivation and reduced vertical stretch, particularly in controlled-environment agriculture. The genetic architecture controlling internode length remains an active area of cannabis breeding research, with growers selectively crossing parent plants exhibiting shorter internodes to stabilize the trait across ge
Educational reference · Cultivar metadata only · No medical claims