6 7 Week Phenotypes
The '6-7 week phenotype' category refers to cannabis varieties that complete flowering within approximately 42–49 days from the onset of the 12/12 light cycle. These faster-finishing plants are commonly observed within indica-dominant crosses and certain landrace-derived lines, where shorter bloom times are a documented characteristic. Breeders working in this category often trace these genetics to regions with shorter growing seasons or to deliberate selection for accelerated flowering cycles. While flowering speed is determined by multiple genetic factors, these phenotypes remain popular in breeding programs seeking to reduce cultivation cycles. The practical advantages of rapid completion have made this timeframe a recognized classification within commercial and craft breeding communities.
6 7 Week Phenotypes strains
No strains tagged into 6 7 Week Phenotypes yet — they'll appear here as breeders submit lineage records under this family.
The '6-7 week phenotype' category refers to cannabis varieties that complete flowering within approximately 42–49 days from the onset of the 12/12 light cycle. These faster-finishing plants are commonly observed within indica-dominant crosses and certain landrace-derived lines, where shorter bloom times are a documented characteristic. Breeders working in this category often trace these genetics to regions with shorter growing seasons or to deliberate selection for accelerated flowering cycles. While flowering speed is determined by multiple genetic factors, these phenotypes remain popular in breeding programs seeking to reduce cultivation cycles. The practical advantages of rapid completion have made this timeframe a recognized classification within commercial and craft breeding communities.
Breeders incorporate 6–7 week phenotypes to develop photoperiod varieties suited to compressed production schedules and to shorten generation time in breeding projects. This trait is frequently crossed with longer-flowering lines to produce intermediate-duration offspring, allowing breeders to balance yield potential against cultivation window constraints.
Educational reference · Cultivar metadata only · No medical claims