Hermaphroditic

Hermaphroditic cannabis plants develop both male and female reproductive organs on the same individual, a trait arising from genetic predisposition, environmental stress, or deliberate breeding selection. This classification is distinct from monoecious plants, which produce separate male and female flowers in different locations on the same plant. Hermaphroditism occurs naturally in some wild cannabis populations and has been documented in cultivation for decades. Breeders and cultivators track hermaphroditic expression because it influences breeding outcomes, seed production strategies, and crop management decisions. Environmental factors—light stress, temperature fluctuations, nutrient imbalances—can trigger hermaphroditic expression in genetically predisposed lines.

Breeders working with hermaphroditic genetics may intentionally select for the trait to create feminized seed lines through controlled self-pollination, or actively cull for it to maintain stable dioecious (separate-sex) cultivars. Understanding the genetic basis of hermaphroditism is central to modern seed production and strain stabilization.