Santalol Compounds
Santalol compounds represent a secondary terpene family commonly detected in cannabis cultivars, particularly those with heritage tracing to Sandalwood aromatics or certain landrace populations. The santalol profile typically includes alpha-santalol and beta-santalol isomers, which contribute woody, creamy, and sometimes floral aromatic notes. These sesquiterpenes are structurally complex and appear in relatively low concentrations in most cannabis genotypes, making them difficult to isolate for standardized breeding. Lineage records frequently report santalol presence in heritage strains and older cultivars more consistently than in modern high-THC lines. Breeders interested in terpene complexity and subtle woody/creamy aromatic diversity sometimes select parent plants showing santalol markers.
Santalol Compounds strains
No strains tagged into Santalol Compounds yet — they'll appear here as breeders submit lineage records under this family.
Santalol compounds represent a secondary terpene family commonly detected in cannabis cultivars, particularly those with heritage tracing to Sandalwood aromatics or certain landrace populations. The santalol profile typically includes alpha-santalol and beta-santalol isomers, which contribute woody, creamy, and sometimes floral aromatic notes. These sesquiterpenes are structurally complex and appear in relatively low concentrations in most cannabis genotypes, making them difficult to isolate for standardized breeding. Lineage records frequently report santalol presence in heritage strains and older cultivars more consistently than in modern high-THC lines. Breeders interested in terpene complexity and subtle woody/creamy aromatic diversity sometimes select parent plants showing santalol markers.
Santalol compounds are used by breeders as one marker for aroma diversity and secondary metabolite richness rather than a primary selection criterion. Cultivating santalol-forward phenotypes typically requires attention to genetics, post-harvest curing practices, and storage conditions, as these compounds can degrade over time.
Educational reference · Cultivar metadata only · No medical claims