Dormancy Breaking

Dormancy breaking refers to the physiological processes and chemical signals that enable cannabis seeds to transition from a quiescent state into active germination. While not a terpene itself, seed dormancy and its chemical regulation involve complex interactions with volatile compounds and phytohormones that breeders monitor during seed development and storage. Understanding dormancy mechanisms is essential for seed viability protocols, as premature or delayed germination can indicate genetic predisposition or environmental stress responses. Different cannabis cultivars exhibit varying dormancy depths—some seeds germinate readily under standard conditions, while others require specific temperature fluctuations, light exposure, or stratification periods. Preservation and seed banking practices directly depend on managing dormancy-related biochemistry to maintain germination rates across

Breeders select for consistent germination profiles by tracking dormancy traits in parent lines, particularly when creating stable F1 hybrids or preservation seed stocks. Understanding dormancy depth helps optimize seed production protocols and predict generational viability in breeding programs.