Woody Aromatic Class
The woody aromatic class encompasses terpenes and terpenoid compounds that produce earthy, forest-like, or cedarwood-reminiscent aromas in cannabis. Common terpenes in this category include cedrol, guaiol, and various sesquiterpenes that contribute to the olfactory profile often described as pine, sandalwood, or dry wood notes. These compounds are frequently found in heritage landrace strains and modern cultivars bred for complex aroma development. The woody aromatic signature is often attributed to the plant's volatile secondary metabolites rather than a single dominant terpene, making it a compound sensory classification. Breeders working with woody aromatic genetics typically select for parent plants with complementary sesquiterpene and monoterpene ratios. This class remains important in lineage work where aroma stability and terroir expression are breeding objectives.
Woody Aromatic Class strains
No strains tagged into Woody Aromatic Class yet — they'll appear here as breeders submit lineage records under this terpene.
The woody aromatic class encompasses terpenes and terpenoid compounds that produce earthy, forest-like, or cedarwood-reminiscent aromas in cannabis. Common terpenes in this category include cedrol, guaiol, and various sesquiterpenes that contribute to the olfactory profile often described as pine, sandalwood, or dry wood notes. These compounds are frequently found in heritage landrace strains and modern cultivars bred for complex aroma development. The woody aromatic signature is often attributed to the plant's volatile secondary metabolites rather than a single dominant terpene, making it a compound sensory classification. Breeders working with woody aromatic genetics typically select for parent plants with complementary sesquiterpene and monoterpene ratios. This class remains important in lineage work where aroma stability and terroir expression are breeding objectives.
Breeders pursuing woody aromatic profiles often cross cultivars known for cedrol, guaiol, or alpha-humulene dominance. Selecting for these traits requires multi-generational phenotype screening, as woody notes typically emerge from complex terpene interactions rather than single-gene expression.
Educational reference · Cultivar metadata only · No medical claims