Terpene Classification System
Terpene classification systems categorize cannabis genetics by their dominant volatile aromatic compounds, providing a standardized framework for identifying chemical profiles across cultivars. Rather than relying solely on strain names—which lack consistency—these systems organize plants by terpene combinations like myrcene-dominant, limonene-forward, or pinene-rich profiles. Breeders and researchers use terpene classification to track inheritance patterns, predict aromatic outcomes, and document how environmental factors influence volatile expression. Major classification approaches include the Abstrax system, Steep Hill's terpenoid profiling, and simpler dominant-terpene groupings. This methodology emerged as gas chromatography and mass spectrometry became accessible tools for cannabis analysis, enabling more precise genetic documentation than phenotype observation alone. Understandin
Terpene Classification System strains
No strains tagged into Terpene Classification System yet — they'll appear here as breeders submit lineage records under this classification.
Terpene classification systems categorize cannabis genetics by their dominant volatile aromatic compounds, providing a standardized framework for identifying chemical profiles across cultivars. Rather than relying solely on strain names—which lack consistency—these systems organize plants by terpene combinations like myrcene-dominant, limonene-forward, or pinene-rich profiles. Breeders and researchers use terpene classification to track inheritance patterns, predict aromatic outcomes, and document how environmental factors influence volatile expression. Major classification approaches include the Abstrax system, Steep Hill's terpenoid profiling, and simpler dominant-terpene groupings. This methodology emerged as gas chromatography and mass spectrometry became accessible tools for cannabis analysis, enabling more precise genetic documentation than phenotype observation alone. Understandin
Breeders use terpene classification systems to select parents with complementary volatile profiles, predict offspring aromatic characteristics, and maintain consistency within strain families across generations. This approach helps stabilize desired secondary metabolites that may not correlate directly with visual or structural traits.
Educational reference · Cultivar metadata only · No medical claims