Terpene Dominant Selection
Terpene Dominant Selection refers to breeding practices where cultivators and breeders prioritize plants expressing elevated levels of specific aromatic compounds—such as limonene, myrcene, or pinene—over cannabinoid potency alone. This classification emerged as secondary metabolite profiling became more accessible, allowing breeders to identify and stabilize lineages with distinctive sensory and aromatic profiles. Terpene-dominant selections are often tracked across multiple generations to ensure consistent expression of target compounds. This approach has influenced modern strain development, where aroma and flavor complexity are treated as primary breeding objectives. The practice reflects a shift in genetic work toward chemical diversity and breeding for specific terpene profiles rather than solely maximizing THC or CBD percentages.
Terpene Dominant Selection strains
No strains tagged into Terpene Dominant Selection yet — they'll appear here as breeders submit lineage records under this classification.
Terpene Dominant Selection refers to breeding practices where cultivators and breeders prioritize plants expressing elevated levels of specific aromatic compounds—such as limonene, myrcene, or pinene—over cannabinoid potency alone. This classification emerged as secondary metabolite profiling became more accessible, allowing breeders to identify and stabilize lineages with distinctive sensory and aromatic profiles. Terpene-dominant selections are often tracked across multiple generations to ensure consistent expression of target compounds. This approach has influenced modern strain development, where aroma and flavor complexity are treated as primary breeding objectives. The practice reflects a shift in genetic work toward chemical diversity and breeding for specific terpene profiles rather than solely maximizing THC or CBD percentages.
Breeders working in terpene-dominant selection use GC-MS analysis and sensory evaluation to identify parent plants expressing desired volatile profiles, then selectively cross to amplify and stabilize those traits across offspring. This methodical approach allows cultivators to develop stable lines known for particular terpene combinations, supporting both research into secondary metabolite inheri
Educational reference · Cultivar metadata only · No medical claims