Thats Enough Blueberries by Gibbskutz Genetics
Blueberry Hill × Blueberry Temple
Thats Enough Blueberries is an indica-dominant strain developed by GibbsKutz Genetics. It is noted for its relaxing profile and a flavor profile reminiscent of classic blueberry varieties, enhanced with greater complexity.
Appearance
This strain presents dense, resinous buds with a deep forest green coloration, often showing hues of purple and blue. The buds are compact and sticky, covered in trichomes, indicating a potent cannabinoid presence. Its structure is robust and bushy, characteristic of its indica genetics, with strong branches capable of supporting heavy bud development.
Aroma & Flavor
The aroma is a complex blend of fresh, fruity notes, prominently featuring blueberry, alongside earthy and subtle floral hints. The flavor profile delivers an authentic blueberry taste, with initial sweetness followed by undertones of vanilla and earthiness on the exhale. This combination of sensory experiences has been highly praised.
Effects
As an indica-dominant strain, Thats Enough Blueberries is recognized for its deeply relaxing and potentially sedative qualities. It is reported to offer a potent and calming experience, consistent with its genetic heritage.
Terpenes & Cannabinoids
While specific lab percentages are not detailed, the terpene profile is known to include Myrcene and Linalool, contributing to its aroma and relaxing effects. Caryophyllene and Limonene are also noted, influencing the flavor with spicy and citrus notes. The THC content is reported at 20%, with CBD levels below 1%.
Origins & Lineage
Developed by GibbsKutz Genetics through extensive experimentation with indica-dominant genetics, Thats Enough Blueberries pays homage to classic blueberry strains. The lineage is approximately 70-80% indica, with meticulous selection and stabilization techniques used over 18 months to refine its genetic profile and enhance robustness.
Cultivation
The cultivation process focused on preserving the classic blueberry aroma while enhancing plant robustness for various grow environments. Breeding efforts indicated a significant increase in desired terpene production. The plant's structure is well-suited for supporting heavy bud development.