NevilleBerry

NevilleBerry is a hybrid cannabis strain with up to 24.0% THC, known for its euphoric effects and berry and citrus flavor profile.

NevilleBerry is a modern hybrid cannabis strain that represents a fusion of classic genetics with contemporary breeding techniques. The strain was developed by crossing two legendary parent strains: Neville's Haze, a sativa-dominant classic known for its cerebral effects and complex terpene profile, and a carefully selected Blueberry phenotype. This combination creates a balanced hybrid that inherits the best characteristics from both lineages while offering a unique expression of its own. The strain's development is attributed to breeders seeking to create a more manageable version of Neville's Haze while preserving its distinctive qualities and adding the fruity sweetness of Blueberry.

Visually, NevilleBerry plants typically display characteristics of both parent strains. The buds often exhibit the dense, resinous structure associated with Blueberry genetics, while maintaining some of the elongated, spear-shaped colas reminiscent of Neville's Haze. The coloration ranges from deep forest green to purple hues, with vibrant orange pistils weaving through the bud structure. A generous coating of trichomes gives the flowers a frosty appearance that indicates high cannabinoid production. The strain's name pays homage to Neville Schoenmaker, a pioneering figure in cannabis breeding who was instrumental in preserving and developing many classic strains.

NevilleBerry is noted for its complex aromatic profile that blends earthy, sweet, and citrus notes. The strain has gained recognition among connoisseurs for its balanced effects that combine cerebral stimulation with physical relaxation. While not as widely available as some commercial strains, NevilleBerry has developed a dedicated following among experienced users who appreciate its nuanced effects and genetic heritage. The strain represents an interesting example of how modern breeders continue to work with and refine classic genetics to create new expressions with unique characteristics.