Haze Families
Haze families represent a foundational lineage in modern cannabis breeding, originating from the 1980s with the legendary Haze strain developed in California. These genetics are characterized by sativa-dominant structures, extended flowering periods, and complex terpene profiles often featuring citrus, spice, and floral notes. Haze genetics have been extensively hybridized with indica and other sativa lines, spawning numerous named varieties including Super Haze, Lemon Haze, and Blue Haze. The family's influence on contemporary breeding is substantial, with many commercial strains incorporating Haze parentage to achieve desired growth characteristics and aromatic complexity. Breeders value Haze genetics for their vigor, branching patterns, and ability to express distinctive secondary metabolite profiles across different growing conditions.
Haze Families strains
No strains tagged into Haze Families yet — they'll appear here as breeders submit lineage records under this family.
Haze families represent a foundational lineage in modern cannabis breeding, originating from the 1980s with the legendary Haze strain developed in California. These genetics are characterized by sativa-dominant structures, extended flowering periods, and complex terpene profiles often featuring citrus, spice, and floral notes. Haze genetics have been extensively hybridized with indica and other sativa lines, spawning numerous named varieties including Super Haze, Lemon Haze, and Blue Haze. The family's influence on contemporary breeding is substantial, with many commercial strains incorporating Haze parentage to achieve desired growth characteristics and aromatic complexity. Breeders value Haze genetics for their vigor, branching patterns, and ability to express distinctive secondary metabolite profiles across different growing conditions.
Haze genetics serve as reliable outcross material for sativa-dominant hybrid development, valued for genetic stability and phenotypic range. Breeders frequently employ Haze lines to extend flowering periods, enhance branching architecture, and introduce complex terpene combinations into new crosses.
Educational reference · Cultivar metadata only · No medical claims