Space Station by Atlas Seed
Unknown Indica Varieties
Space Station is an indica-dominant strain meticulously developed by Atlas Seed, a breeder recognized for precision in genetic engineering. It combines potent indica characteristics with a unique sensory experience, stemming from a history of careful selection and breeding.
Appearance
Space Station buds are dense and compact with a well-developed calyx structure, often appearing frosty due to a thick layer of trichomes. Colors can range from deep greens to hints of purple, accented by orange or red pistils. The buds may exhibit small crystal-like formations, indicating high resin production.
Aroma & Flavor
The aroma of Space Station is complex, featuring strong earthy scents complemented by sweet floral notes and musky undertones characteristic of indicas. Inferences of pine and herbal notes are also present. Sensory evaluations suggest a profile that can evolve, with hints of citrus emerging as the strain is experienced.
Effects
This indica-dominant strain is reported to offer a calming influence, promoting a sense of relaxation. It is also associated with fostering creativity, making it suitable for users seeking both tranquility and inspiration.
Terpenes & Cannabinoids
Known terpenes in Space Station include Myrcene and Limonene, which contribute to its distinct aroma. Preliminary data suggests THC levels can range from 18% to 25%, aligning with potent indica strains. The strain is noted for higher resin production and enhanced terpene biosynthesis.
Growing
Space Station exhibits robust growth with deep nodes and healthy foliage, indicating vigor. The plant is noted for stable growth characteristics and stress resistance, allowing it to thrive in various conditions. Its bud formation is typically uniform and dense.
Origins & Lineage
Developed by Atlas Seed in the early 2010s, Space Station was bred to combine potent indica traits with a celestial theme. The lineage is predominantly indica, estimated at 80-85%, with complementary strains enhancing its profile. Rigorous phenotype selection and detailed record-keeping were employed to ensure consistency and quality.