Afghan Kush +

Cannabis Strain by BSB Genetics

Introduction
Afghan Kush + from BSB Genetics represents an enhanced version of foundational Hindu Kush genetics with a 56-day flowering period. The '+' designation suggests selective breeding for improved characteristics while maintaining the pure indica profile that makes Afghan genetics foundational to modern cannabis breeding.\n\nAccording to the breeder, BSB Genetics aims to provide 'some of the world's best strains at very affordable prices by cutting out the middle man and supplying you seeds direct from the breeders.' Their Afghan Kush + likely represents selection work enhancing original Afghan Kush characteristics—potentially yield, potency, or terpene production. The pure indica classification indicates authentic Hindu Kush genetics without significant hybrid modification.\n\nAfghan Kush characteristically expresses heavy myrcene with earthy, hash-like aromatics and spicy caryophyllene undertones. The '+' designation may indicate selection for enhanced aromatic intensity or specific terpene traits. Expect the traditional hashish scent—deep, resinous, unmistakably Afghan—potentially with heightened expression compared to unselected landrace material.\n\nThe 56-day flowering period represents typical Afghan efficiency, suited to regions where short seasons or security concerns demand fast turnaround. Pure indica genetics produce compact, bushy plants with dense flower formation and heavy trichome coverage. The '+' selection work may enhance yield or resin production beyond standard Afghan Kush expectations. Regular seeds require sex identification.\n\nEffects from enhanced Afghan Kush genetics typically deliver classic indica relaxation—physical sedation, potential couch-lock, evening-appropriate intensity. The '+' designation may indicate selection for enhanced potency or specific effect profiles beyond standard Afghan Kush experiences.\n\nBSB Genetics operates through their direct-to-consumer website, offering genetics at reduced prices through their direct distribution model.\n\n⚠️ This information is for educational purposes only and should not be considered medical advice.

Sources: http://www.bsbgenetics.com/