High Cannabidiol
High-cannabidiol (high-CBD) cannabis represents a growing category of genetic lineages deliberately selected or bred to express elevated CBD levels relative to THC. These cultivars emerged from both modern breeding efforts and rediscovery of traditional landrace genetics, with significant foundational work occurring in Europe and North America from the 2010s onward. The high-CBD family includes diverse morphologies and terpene profiles, united primarily by cannabinoid expression rather than shared ancestry. Breeders typically achieve high-CBD phenotypes through selection of naturally CBD-dominant individuals, backcrossing to CBD-rich parents, or combining specific genetic markers associated with cannabidiol synthase (CBDS) enzyme expression. This family has become central to hemp-focused breeding programs and medicinal-grade cannabis development, though individual cultivars vary widely i
High Cannabidiol strains
No strains tagged into High Cannabidiol yet — they'll appear here as breeders submit lineage records under this family.
High-cannabidiol (high-CBD) cannabis represents a growing category of genetic lineages deliberately selected or bred to express elevated CBD levels relative to THC. These cultivars emerged from both modern breeding efforts and rediscovery of traditional landrace genetics, with significant foundational work occurring in Europe and North America from the 2010s onward. The high-CBD family includes diverse morphologies and terpene profiles, united primarily by cannabinoid expression rather than shared ancestry. Breeders typically achieve high-CBD phenotypes through selection of naturally CBD-dominant individuals, backcrossing to CBD-rich parents, or combining specific genetic markers associated with cannabidiol synthase (CBDS) enzyme expression. This family has become central to hemp-focused breeding programs and medicinal-grade cannabis development, though individual cultivars vary widely i
High-CBD genetics serve as parent material for stabilizing CBD expression in new crosses, creating 1:1 THC:CBD ratios, and developing cultivars suited to regulated markets where cannabinoid profiles are standardized. Breeders working in this category often employ test crosses and cannabinoid assays early in selection cycles to identify and fix desired CBD-dominant traits.
Educational reference · Cultivar metadata only · No medical claims