Limonene Families
Limonene families refer to cannabis strains and breeding lines selected for elevated levels of the limonene terpene, a compound commonly associated with citrus aromatics. Limonene represents one of the most frequently identified secondary terpenes across cannabis genetics, often appearing alongside myrcene or pinene in strain profiles. Breeders working in this category typically track limonene expression through gas chromatography and selective crosses to stabilize citrus-forward aromatic phenotypes. These genetics are valued in breeding programs for their aromatic consistency and potential to express bright, tangy, or sweet-lemon character. Limonene families span multiple strain backgrounds—from Sativa-leaning hybrids to Indica crosses—making it a terpene trait rather than a strain classification per se.
Limonene Families strains
No strains tagged into Limonene Families yet — they'll appear here as breeders submit lineage records under this classification.
Limonene families refer to cannabis strains and breeding lines selected for elevated levels of the limonene terpene, a compound commonly associated with citrus aromatics. Limonene represents one of the most frequently identified secondary terpenes across cannabis genetics, often appearing alongside myrcene or pinene in strain profiles. Breeders working in this category typically track limonene expression through gas chromatography and selective crosses to stabilize citrus-forward aromatic phenotypes. These genetics are valued in breeding programs for their aromatic consistency and potential to express bright, tangy, or sweet-lemon character. Limonene families span multiple strain backgrounds—from Sativa-leaning hybrids to Indica crosses—making it a terpene trait rather than a strain classification per se.
Breeders use limonene families to develop lines with predictable citrus aromatics and to explore terpene interactions in hybrid development. Selecting for limonene stability across generations requires controlled phenotype assessment, as environmental and genetic factors influence final expression levels.
Educational reference · Cultivar metadata only · No medical claims