Gorilla Snow Ultra CBD by Alite Seeds
Indica Landrace Strains × High-CBD Variants
Gorilla Snow Ultra CBD, developed by Élite Seeds, is an indica-dominant strain recognized for its high CBD content and balanced cannabinoid profile. It combines traditional indica genetics with modern breeding to offer calming effects with minimal psychoactive impact.
Appearance
Gorilla Snow Ultra CBD plants typically exhibit a dense, robust structure characteristic of indica varieties. The buds are noted for their frosty, trichome-covered appearance, often described as looking snow-covered. Coloration can range from deep green with subtle purple hues, especially under cooler temperatures.
Aroma & Flavor
The aroma of Gorilla Snow Ultra CBD is a complex blend, featuring prominent earthy notes complemented by hints of citrus and pine. Upon inhalation, the flavor mirrors the aroma, offering a smooth profile of earth and pine, followed by a gentle citrus finish. Sweet, herbal, and floral undertones are also reported, creating a multi-dimensional sensory experience.
Cannabinoids & Terpenes
This strain is distinguished by its high CBD content, often ranging from 15% to 20% under optimal conditions, while THC levels remain minimal, typically below 1%. Key terpenes identified include myrcene, pinene, and limonene, which contribute to its earthy, piney, and citrus characteristics, as well as potential therapeutic effects.
Effects & Potential Benefits
Gorilla Snow Ultra CBD is primarily known for its calming and focused effects, attributed to its indica genetics and high CBD content. Users report a relaxing experience without significant psychoactive intensity. Its cannabinoid profile suggests potential applications for managing anxiety, stress, and pain.
Origins & Lineage
Bred by Élite Seeds, Gorilla Snow Ultra CBD is the result of meticulous cross-breeding experiments. Its genetic makeup is approximately 70% indica, derived from classic landrace strains crossed with modern high-CBD variants. This careful cultivation aims to enhance CBD production while retaining the desirable traits of indica genetics.