Black Sheep by Lost River Seeds
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Black Sheep is a sativa-dominant strain meticulously bred by Lost River Seeds, known for its unique genetic identity and focus on uplifting qualities. Developed with a passion for quality and distinction, this strain offers a complex sensory experience and energetic effects.
Appearance
Black Sheep buds are visually striking, characterized by deep green to purplish hues and dense, resinous structures. They are covered in a generous layer of shimmering trichomes, giving them a frosty appearance. Small orange pistils contrast with the dark calyxes, creating an appealing visual display.
Aroma & Flavor Profile
The aroma of Black Sheep is a complex blend featuring earthy and woody notes alongside uplifting citrus scents, with subtle hints of pine and spice. Its flavor profile balances sweet and savory notes, often described as a combination of lemon zest, caramel, and a touch of diesel.
Effects
This sativa-dominant strain is known for providing energetic and uplifting effects, often leading to increased cerebral stimulation and creative bursts. Users typically experience a calm yet invigorating sensation, making it suitable for daytime activities.
Terpenes & Cannabinoids
Black Sheep typically contains around 18% THC and less than 1% CBD. Its terpene profile includes Myrcene, Limonene, and Terpinolene, contributing to its distinct aroma, flavor, and effects. The high THC content is responsible for its potent, energizing qualities.
Origins & Lineage
Developed by Lost River Seeds, Black Sheep was bred with a focus on sativa characteristics, incorporating select genetics to create a unique strain. It is estimated to have approximately 65% sativa heritage, drawing from well-regarded sativa varieties known for their robust terpene profiles and invigorating effects.
Growing
While specific cultivation details are not provided, its sativa-dominant genetics suggest a potentially faster flowering time compared to indica strains. The dense, resinous buds indicate a focus on quality cannabinoid production during cultivation.