Myrcene Limonene Profiles
Myrcene and limonene co-occurrence represents one of the most common terpene combinations in cannabis cultivars across multiple lineages. Myrcene, a sesquiterpene, is frequently the dominant terpene in many indica-leaning and hybrid strains, while limonene, a monoterpene, often appears as a secondary or co-primary volatile compound. Breeders working with OG, Skunk, and Haze-derived genetics commonly observe elevated levels of both terpenes, particularly in F1 and stabilized hybrid crosses. The ratio and absolute concentration of these two compounds can vary substantially between individual plants and phenotypes within a single cultivar, making this profile useful for selective breeding. Understanding this pairing helps geneticists identify and preserve chemotype consistency across seed generations.
Myrcene Limonene Profiles strains
No strains tagged into Myrcene Limonene Profiles yet — they'll appear here as breeders submit lineage records under this terpene.
Myrcene and limonene co-occurrence represents one of the most common terpene combinations in cannabis cultivars across multiple lineages. Myrcene, a sesquiterpene, is frequently the dominant terpene in many indica-leaning and hybrid strains, while limonene, a monoterpene, often appears as a secondary or co-primary volatile compound. Breeders working with OG, Skunk, and Haze-derived genetics commonly observe elevated levels of both terpenes, particularly in F1 and stabilized hybrid crosses. The ratio and absolute concentration of these two compounds can vary substantially between individual plants and phenotypes within a single cultivar, making this profile useful for selective breeding. Understanding this pairing helps geneticists identify and preserve chemotype consistency across seed generations.
Breeders often monitor myrcene-limonene ratios as a chemotypic marker when selecting parent plants for hybrid development or phenotype stabilization. This terpene combination is frequently associated with specific cannabinoid backgrounds and plant architecture traits, making it valuable for lineage documentation and predictive breeding.
Educational reference · Cultivar metadata only · No medical claims