Crimea by The Landrace Team
Ruderalis × Sativa
Crimea is a sativa-dominant hybrid meticulously bred by The Landrace Team, blending ruderalis resilience with sativa's uplifting qualities. This strain offers a dynamic psychoactive experience and thrives in varied conditions.
Appearance
Crimea buds are dense yet airy, distinguished by a frosty trichome coating. Deep red and orange pistils contrast with vibrant green hues, a visual characteristic often associated with sativa genetics. The leaves and stems exhibit a rugged charm, reminiscent of its ruderalis ancestry.
Aroma & Flavor
The aroma of Crimea is a complex mix of sweet floral notes, subtle earthy undertones, and hints of citrus and pine. Upon inhalation, users experience a tangy citrus flavor complemented by herbal bitterness and a warm, earthy finish. The overall profile is layered with sweet, spicy, and floral notes, providing a balanced sensory experience.
Effects
Crimea delivers a blend of cerebral euphoria and physical relaxation. Users often report an initial uplifting head rush, characterized by enhanced focus and creative bursts. This is typically followed by a sense of calm and energetic euphoria, making it suitable for daytime use.
Terpenes & Cannabinoids
This strain typically contains THC levels between 18% and 22%, with CBD content around 1% to 2%. Key terpenes include limonene and pinene, contributing to its citrus and pine aromas and uplifting effects. Myrcene is also present, adding to its complex terpene profile.
Growing
Crimea exhibits accelerated growth cycles and enhanced stress resistance, attributed to its ruderalis genetics. Early cultivation tests indicated yield improvements of up to 30% compared to traditional sativa strains. Its auto-flowering properties contribute to a relatively short flowering time.
Origins & Lineage
Bred by The Landrace Team, Crimea is a hybrid resulting from a blend of ruderalis and sativa genetics. Approximately 40% of its DNA comes from ruderalis, known for auto-flowering traits, while the remaining 60% is sativa, contributing to its cerebral high and robust structure.