Dak Cheung by The Landrace Team
Thai Sativa (potential) × Costa Rican Sativa (potential)
Dak Cheung is a sativa strain developed by The Landrace Team, drawing from robust landrace genetics. It is recognized for its balanced potency and engaging profile, offering uplifting and energizing effects suitable for various uses.
Appearance
Dak Cheung buds are dense and covered in a frosty layer of trichomes, often appearing crystalline. They display colors ranging from deep green to lime green, with prominent orange pistils. The structure is compact and resinous, contributing to its potency and visual appeal.
Aroma & Flavor
The aroma is a complex blend featuring dominant citrus notes, reminiscent of orange and tropical fruits, alongside floral undertones. Subtle hints of pine and spice can also be detected. Upon consumption, the flavor mirrors the aroma with initial citrus and fruit notes, followed by earthy, spicy, pine, and herbal undertones.
Effects
This sativa strain is known for its energizing and creatively stimulating effects. Users typically experience an uplifting cerebral high that enhances focus and sociability, making it suitable for daytime use. It provides a clear-headed euphoria without significant sedation.
Terpenes & Cannabinoids
Dak Cheung typically contains 18% THC and less than 1% CBD. Dominant terpenes include Limonene, contributing citrus notes and potential mood enhancement, Myrcene, adding herbal undertones, and Caryophyllene, which provides spicy notes. Minor cannabinoids like CBG and CBC are present in trace amounts.
Origins & Lineage
Developed by The Landrace Team, Dak Cheung originates from pure sativa genetics, potentially influenced by Thai and Costa Rican sativa landraces. The breeding process involved extensive experimentation with over 20 landrace varieties and meticulous testing of environmental conditions.
Cultivation
The Landrace Team dedicated approximately 85% of their development process to testing light and climate conditions. Rigorous genetic screenings and selection practices were employed to ensure stable and resilient genetics, with over 70% of its characteristics derived from traditional sativa sources.