Flowering Time Extension
Flowering time extension refers to genetic traits that delay the completion of a cannabis plant's reproductive cycle, resulting in longer bloom periods than standard varieties. This characteristic is often associated with certain landrace genetics and specific terpene profiles that correlate with extended maturation windows. Breeders document flowering time variation across strains, with some lineages naturally requiring 10-12+ weeks to fully mature compared to faster 8-9 week varieties. The mechanism involves complex interactions between photoperiod sensitivity, cannabinoid/terpene synthesis rates, and genetic background rather than any single terpene acting independently. Extended flowering periods are frequently reported in heirloom and equatorial-origin genetics, where longer daylight cycles historically drove selection for prolonged development.
Flowering Time Extension strains
No strains tagged into Flowering Time Extension yet — they'll appear here as breeders submit lineage records under this terpene.
Flowering time extension refers to genetic traits that delay the completion of a cannabis plant's reproductive cycle, resulting in longer bloom periods than standard varieties. This characteristic is often associated with certain landrace genetics and specific terpene profiles that correlate with extended maturation windows. Breeders document flowering time variation across strains, with some lineages naturally requiring 10-12+ weeks to fully mature compared to faster 8-9 week varieties. The mechanism involves complex interactions between photoperiod sensitivity, cannabinoid/terpene synthesis rates, and genetic background rather than any single terpene acting independently. Extended flowering periods are frequently reported in heirloom and equatorial-origin genetics, where longer daylight cycles historically drove selection for prolonged development.
Breeders working with extended-bloom genetics strategically employ these traits when developing cultivars intended for specific cultivation environments or when seeking to enhance secondary metabolite accumulation during the later flowering stages. Selecting parent plants that naturally exhibit delayed maturation helps establish stable breeding lines with predictable harvest windows.
Educational reference · Cultivar metadata only · No medical claims