Degradation Kinetics

Degradation kinetics in cannabis refers to the rate and pathway by which cannabinoids and terpenes break down over time, influenced by temperature, light, oxygen, and humidity. Understanding these chemical processes is essential for breeders developing stable cultivars with predictable potency and flavor profiles across storage and shelf life. Different genetic lines show measurable variation in how quickly THC converts to CBN, how terpenes volatilize, or how oxidation affects secondary metabolites. This trait family is particularly relevant to seed banking, breeding for longevity, and selecting parent plants for consistent chemical stability. Research into degradation kinetics helps breeders identify germplasm suited to various climate conditions and storage standards. The study of these kinetic pathways informs decisions about harvest timing, curing protocols, and genetic selection in

Breeders working with degradation kinetics select parent plants and lines that maintain cannabinoid and terpene stability under target storage or cultivation conditions. Strains with slower degradation rates are valuable for seed stock preservation, commercial production, and breeding programs requiring long-term genetic material viability.