Dormancy Mechanisms
Dormancy mechanisms in cannabis refer to the plant's physiological capacity to enter a quiescent state, typically triggered by photoperiod reduction, temperature drops, or nutrient stress. This trait is particularly relevant in photoperiodic (short-day flowering) cultivars and is less pronounced in autoflowering genetics. Dormancy involves complex hormonal shifts, including elevated abscisic acid (ABA) levels, that prepare the plant for unfavorable conditions. Breeders working with landrace genetics or heirloom lines often document robust dormancy as a survival adaptation. Understanding dormancy pathways helps inform cultivation schedules and seed preservation protocols across different climate zones and growing systems.
Dormancy Mechanisms strains
No strains tagged into Dormancy Mechanisms yet — they'll appear here as breeders submit lineage records under this terpene.
Dormancy mechanisms in cannabis refer to the plant's physiological capacity to enter a quiescent state, typically triggered by photoperiod reduction, temperature drops, or nutrient stress. This trait is particularly relevant in photoperiodic (short-day flowering) cultivars and is less pronounced in autoflowering genetics. Dormancy involves complex hormonal shifts, including elevated abscisic acid (ABA) levels, that prepare the plant for unfavorable conditions. Breeders working with landrace genetics or heirloom lines often document robust dormancy as a survival adaptation. Understanding dormancy pathways helps inform cultivation schedules and seed preservation protocols across different climate zones and growing systems.
Breeders select for dormancy traits when targeting outdoor cultivation in temperate or seasonal climates, as strong dormancy responses improve yield stability and pest/disease resilience. Conversely, indoor breeding lines are often selected for reduced dormancy sensitivity to maintain consistent flowering under fixed photoperiods.
Educational reference · Cultivar metadata only · No medical claims