Light Degradation Factors
Light degradation factors refer to environmental and biochemical conditions that reduce cannabinoid and terpene stability in cannabis plant material during cultivation, harvest, drying, and storage. UV exposure, heat, and oxidation are primary drivers of cannabinoid breakdown, with CBN (cannabinol) accumulating as THC degrades over time. Breeders and cultivators track these factors to understand how genetics, harvest timing, and post-harvest protocols influence final product potency and aroma retention. Understanding light degradation is central to seed selection, storage protocols, and phenotype stability across growing cycles.
Light Degradation Factors strains
No strains tagged into Light Degradation Factors yet — they'll appear here as breeders submit lineage records under this family.
Light degradation factors refer to environmental and biochemical conditions that reduce cannabinoid and terpene stability in cannabis plant material during cultivation, harvest, drying, and storage. UV exposure, heat, and oxidation are primary drivers of cannabinoid breakdown, with CBN (cannabinol) accumulating as THC degrades over time. Breeders and cultivators track these factors to understand how genetics, harvest timing, and post-harvest protocols influence final product potency and aroma retention. Understanding light degradation is central to seed selection, storage protocols, and phenotype stability across growing cycles.
Breeders working in genetics preservation prioritize strains with robust cell wall structures and antioxidant profiles to slow cannabinoid breakdown. Cultivars with dense trichome coverage and lower leaf-surface area may offer natural protection against photodegradation, making them targets for breeding programs focused on shelf-life and potency retention.
Educational reference · Cultivar metadata only · No medical claims