Super Haze
Super Haze represents a lineage family descended from classic Haze crosses, particularly those incorporating Haze genetics with higher-yielding or faster-finishing varieties. Breeders working in this category typically emphasize the cerebral, uplifting aromatic profile historically associated with Haze while selecting for improved cultivation traits like reduced flower time and plant structure. The family encompasses numerous regional and commercial selections that trace their lineage through original Haze lines, often crossed with Skunk, Northern Lights, or other foundational cultivars. Documentation of Super Haze crosses frequently reports elevated limonene and pinene terpene expressions. This family remains relevant to contemporary breeding programs exploring balanced vigor, sativa-leaning chemotypes, and reliable production cycles.
Super Haze strains
No strains tagged into Super Haze yet — they'll appear here as breeders submit lineage records under this family.
Super Haze represents a lineage family descended from classic Haze crosses, particularly those incorporating Haze genetics with higher-yielding or faster-finishing varieties. Breeders working in this category typically emphasize the cerebral, uplifting aromatic profile historically associated with Haze while selecting for improved cultivation traits like reduced flower time and plant structure. The family encompasses numerous regional and commercial selections that trace their lineage through original Haze lines, often crossed with Skunk, Northern Lights, or other foundational cultivars. Documentation of Super Haze crosses frequently reports elevated limonene and pinene terpene expressions. This family remains relevant to contemporary breeding programs exploring balanced vigor, sativa-leaning chemotypes, and reliable production cycles.
Breeders leverage Super Haze genetics as a sativa-dominant backbone for creating hybrid cultivars with extended aromatic complexity and vigorous growth characteristics. The family's documented relatively long flowering windows and height management challenges make it valuable for selective breeding toward specific plant structure or photoperiod-response traits.
Educational reference · Cultivar metadata only · No medical claims