Autoflowering Trait
Autoflowering is not a terpene but a heritable trait controlled by recessive genes, commonly found in Cannabis ruderalis subspecies and their hybrids. Unlike photoperiod-dependent plants that require specific light cycles to flower, autoflowering varieties transition to bloom based on plant age—typically 3–4 weeks after germination—regardless of day length. Breeders developed commercial autoflowering lines by crossing ruderalis genetics with photoperiod sativa and indica cultivars, creating faster-finishing crops suitable for diverse growing conditions. Lineage records frequently report autoflowering ancestry tied to landraces from Russia, Central Asia, and Eastern Europe. This trait is now widely established in seed banks and breeding programs, though it remains distinct from the terpene profiles themselves.
Autoflowering Trait strains
No strains tagged into Autoflowering Trait yet — they'll appear here as breeders submit lineage records under this terpene.
Autoflowering is not a terpene but a heritable trait controlled by recessive genes, commonly found in Cannabis ruderalis subspecies and their hybrids. Unlike photoperiod-dependent plants that require specific light cycles to flower, autoflowering varieties transition to bloom based on plant age—typically 3–4 weeks after germination—regardless of day length. Breeders developed commercial autoflowering lines by crossing ruderalis genetics with photoperiod sativa and indica cultivars, creating faster-finishing crops suitable for diverse growing conditions. Lineage records frequently report autoflowering ancestry tied to landraces from Russia, Central Asia, and Eastern Europe. This trait is now widely established in seed banks and breeding programs, though it remains distinct from the terpene profiles themselves.
Breeders value autoflowering genetics for rapid generation turnover, environmental flexibility, and breeding programs targeting fast crop cycles. Combining autoflowering traits with desired terpene profiles and cannabinoid ratios requires careful backcrossing and phenotype selection across multiple generations.
Educational reference · Cultivar metadata only · No medical claims