Haze Hybrid
Haze Hybrid represents a broad family of cannabis strains descended from or heavily influenced by Original Haze genetics, which emerged in California during the 1970s. These hybrids typically blend Haze's sativa-dominant structure and terpene profile with indica or hybrid genetics, creating plants that retain elongated branching and extended flowering windows while offering varying phenotypic expression. Lineage records frequently report Haze Hybrid crosses involving Thai, Mexican, Colombian, and Indian landrace genetics. The family is characterized by variable plant architecture—some leaning toward sativa dominance with tall structure, others showing more compact morphology—and terpene profiles commonly tagged as citrus, herbal, or spice-forward. Breeders working in this category often pursue the Haze lineage to develop strains with extended cultivation periods and complex aromatic prof
Haze Hybrid strains
No strains tagged into Haze Hybrid yet — they'll appear here as breeders submit lineage records under this family.
Haze Hybrid represents a broad family of cannabis strains descended from or heavily influenced by Original Haze genetics, which emerged in California during the 1970s. These hybrids typically blend Haze's sativa-dominant structure and terpene profile with indica or hybrid genetics, creating plants that retain elongated branching and extended flowering windows while offering varying phenotypic expression. Lineage records frequently report Haze Hybrid crosses involving Thai, Mexican, Colombian, and Indian landrace genetics. The family is characterized by variable plant architecture—some leaning toward sativa dominance with tall structure, others showing more compact morphology—and terpene profiles commonly tagged as citrus, herbal, or spice-forward. Breeders working in this category often pursue the Haze lineage to develop strains with extended cultivation periods and complex aromatic prof
Breeders incorporate Haze genetics to introduce sativa growth patterns, extended flowering cycles, and distinctive terpene complexity into hybrid programs. The family's genetic diversity allows targeted selection for specific plant structure, branching patterns, and aromatic traits across multiple generations.
Educational reference · Cultivar metadata only · No medical claims