Afgan Kush by World Of Seeds Bank
Afghan Landrace
Afgan Kush, a hybrid strain from World of Seeds Bank, originates from the Hindu Kush mountain range and is celebrated for its profound calming properties and distinct hashish aroma. This cultivar is recognized for its reliably sedative effects and dense, resinous flower production.
Appearance
Afgan Kush presents as a compact, indica-dominant plant with broad leaves and short internodes, typically growing between 60-100 cm indoors. Its structure is squat and bushy, suitable for smaller cultivation spaces. The buds are dense, rounded clusters with a high calyx-to-leaf ratio, often appearing frosted with trichomes.
Aroma & Flavor
This strain offers an unmistakable hashish character, often described as earthy and sweet. Its aroma and flavor profile can include notes of pine, floral, and peppery undertones, contributing to its complex sensory experience.
Effects
Afgan Kush is known for delivering a deep, body-heavy calm and potent relaxation, frequently leading to a couch-lock sensation. Its sedative qualities make it a popular choice for unwinding at the end of the day.
Terpenes & Cannabinoids
The terpene profile is typically dominated by myrcene, which contributes to its sedative effects and heavy body feel. Other present terpenes may include caryophyllene, linalool, pinene, and humulene. THC levels commonly average around 17%, with CBD content typically below 1%.
Growing
Considered a forgiving strain, Afgan Kush is relatively easy to grow, even for beginners. It features a fast flowering period, often completing in 7-8 weeks indoors, and demonstrates tolerance to cooler temperatures and lower humidity, mimicking its native environment. Yields are generally moderate to good.
Origins & Lineage
Afgan Kush is a landrace-derived indica, carefully selected and stabilized from original Afghan stock found in the Hindu Kush mountain region. World of Seeds Bank has refined this lineage to ensure consistency and modern cultivation performance while preserving its authentic Kush characteristics.