Shirin Gol by Herbaria
Indica genetics
Shirin Gol is an indica-dominant strain developed by Herbaria, recognized for its robust medicinal properties and balanced profile. Emerging in the early 2010s, it combines traditional indica traits with advanced breeding techniques for consistency and therapeutic potential.
Appearance
Shirin Gol presents dense, indica-typical buds that are often a deep forest green, with potential purple hues appearing in cooler conditions. The buds are heavily coated in sparkling trichomes, indicating a high resin content. Its structure is short and sturdy with broad, serrated leaves, characteristic of indica varieties.
Aroma & Flavor
The aroma of Shirin Gol is a complex mix featuring earthy pine and sweet spice notes, with subtle floral undertones that reflect its name, meaning 'sweet flower' in Persian. Upon tasting, initial herbal and woody notes give way to a smooth, sweet aftertaste reminiscent of berry and spice.
Effects
This strain is noted for promoting a sense of calm. Its indica heritage suggests a relaxing experience, often associated with sedative qualities that can be beneficial for unwinding.
Terpenes & Cannabinoids
Key terpenes identified in Shirin Gol include Myrcene and Limonene, contributing to its distinct aroma and flavor profile. The strain typically contains around 18% THC, with minimal CBD content (<1%), and trace amounts of other cannabinoids like CBG. This cannabinoid profile is consistent due to rigorous breeding and cultivation practices.
Growing
Shirin Gol exhibits a typical indica growth pattern, making it well-suited for indoor cultivation due to its short, sturdy structure. Breeders have refined the strain through extensive field trials, ensuring resilience and consistent traits across various environments. Its rapid flowering time is a characteristic inherited from its indica lineage.
Origins & Lineage
Developed by Herbaria, Shirin Gol was created in the early 2010s by merging time-honored indica genetics with modern breeding innovations. The process involved meticulous selection of potent indica phenotypes and the application of advanced genetic analysis to ensure stability and optimize therapeutic potential.