OG Skunk by DNA Genetics Seeds
Skunk #1 variants
OG Skunk, developed by DNA Genetics Seeds, is a sativa-dominant strain recognized for redefining classic cannabis breeding. It combines traditional skunk characteristics with modern sativa genetics, offering a potent and uplifting experience.
Appearance
OG Skunk buds showcase a sativa-dominant aesthetic, often displaying deep greens with hints of purple and orange. The buds are densely packed and coated in a thick layer of trichomes, giving them a frosty appearance indicative of high resin production. Its plant structure features long, slender leaves characteristic of sativa varieties.
Aroma & Flavor
The aroma of OG Skunk is celebrated for its potent and complex profile, featuring classic skunky notes alongside citrus undertones. Users often detect scents reminiscent of aged cheese and citrus sweets. The flavor follows suit, offering a memorable combination of sweet, earthy, and citrusy notes, with a pungent finish.
Effects
This sativa-dominant strain is reported to provide an uplifting and energizing experience, often leading to a focused state. Its effects are generally considered dynamic and invigorating, aligning with its sativa heritage.
Terpenes & Cannabinoids
Research indicates OG Skunk typically contains THC concentrations averaging between 18% and 25%, with CBD levels below 1%. Key terpenes contributing to its distinct aroma and effects include Myrcene and Limonene.
Growing
OG Skunk is noted for its potential for increased yields, with some cultivars showing improvements up to 15%. Its sativa genetics contribute to a tall plant structure, making it suitable for outdoor cultivation in favorable climates. The strain is recognized for stable genetic expression and consistent trait outcomes.
Origins & Lineage
Developed by DNA Genetics Seeds, OG Skunk emerged as a modern interpretation of classic skunk strains. Its genetic makeup is approximately 60-70% sativa, tracing its roots to early Skunk #1 variants, refined through selective backcrossing and genetic manipulation.