Camphene Terpene Family
Camphene is a bicyclic monoterpene frequently encountered in cannabis cultivars, though typically in minor concentrations relative to dominant terpenes like myrcene or limonene. Lineage records and chemical analyses often associate camphene with earthy, woody, and slightly spicy aromatic profiles. This terpene appears across diverse strain families and geographic breeding programs, suggesting its presence reflects broader cannabinoid and terpene inheritance patterns rather than a single ancestral source. Camphene occurs naturally in camphor laurel, cumin, and conifer resins, and cannabis breeders working in high-terpene selection programs monitor its expression as part of volatile compound profiling. Understanding camphene's role in the broader terpene matrix helps cultivators and geneticists interpret aromatic complexity and potential flavor outcomes in breeding projects.
Camphene Terpene Family strains
No strains tagged into Camphene Terpene Family yet — they'll appear here as breeders submit lineage records under this family.
Camphene is a bicyclic monoterpene frequently encountered in cannabis cultivars, though typically in minor concentrations relative to dominant terpenes like myrcene or limonene. Lineage records and chemical analyses often associate camphene with earthy, woody, and slightly spicy aromatic profiles. This terpene appears across diverse strain families and geographic breeding programs, suggesting its presence reflects broader cannabinoid and terpene inheritance patterns rather than a single ancestral source. Camphene occurs naturally in camphor laurel, cumin, and conifer resins, and cannabis breeders working in high-terpene selection programs monitor its expression as part of volatile compound profiling. Understanding camphene's role in the broader terpene matrix helps cultivators and geneticists interpret aromatic complexity and potential flavor outcomes in breeding projects.
Breeders typically track camphene as a secondary terpene marker when selecting for specific aromatic or volatile profiles. Its minor-to-trace presence in most cultivars makes it a useful indicator of genetic background and environmental expression rather than a primary selection target.
Educational reference · Cultivar metadata only · No medical claims