Docks Pide by Dixie Underground Blends
Docks Pide is an indica-dominant strain developed by Dixie Underground Blends, the result of extensive research into indica genetics. It combines traditional landrace inspiration with modern hybridization techniques to produce a distinct and potent cultivar.
Appearance
Docks Pide is characterized by dense, resinous buds typical of premium indica varieties. The flowers are compact and display deep forest green hues, often accented by vibrant orange pistils. A heavy coating of trichomes gives the buds a notably frosted and glittery appearance, indicating high resin production.
Aroma & Flavor
This strain offers a complex sensory profile with notes of citrus and orange, complemented by earthy and pine undertones. The aroma and flavor are a result of meticulous breeding aimed at enhancing the aromatic qualities of its indica heritage.
Effects
Docks Pide is noted for its calming effects, providing a sense of tranquility. As an indica-dominant strain, it is generally associated with relaxing properties, making it a popular choice for unwinding.
Terpenes & Cannabinoids
While specific terpene profiles are not detailed, the strain's aroma suggests the presence of terpenes like limonene and pinene, contributing to its citrus and pine notes. Lab reports show THC content typically ranging from 15-25%, with minimal CBD levels (<1%). Its genetic makeup is heavily indica-dominant, focusing on robust cannabinoid synthesis.
Origins & Lineage
Docks Pide was created by Dixie Underground Blends through a meticulous, multi-generational breeding process spanning over 18 months. Approximately 80% of its genetic makeup comes from pure indica strains, with the remainder from select genetics contributing to hybrid vigor. Breeders were inspired by traditional landrace varieties and modern hybrid techniques, dedicating significant effort to refining its indica traits.
Cultivation
The cultivation of Docks Pide benefits from its indica-dominant genetics, which typically result in a compact and resilient plant structure. The strain exhibits enhanced resistance to pests and mold, with growers reporting consistent yields and robust bud development. Its flowering period is optimized for resin production, contributing to its high trichome density.