Seed Type Classification

Seed type classification refers to the botanical distinction between feminized, regular, and autoflowering seeds—categories determined by the plant's genetic programming and breeding approach rather than terpene chemistry itself. Regular seeds produce both male and female plants in roughly equal ratios, reflecting unmodified genetics. Feminized seeds are bred to produce female-only plants, a technique developed in the 1990s using chemical or genetic methods to suppress male development. Autoflowering seeds carry ruderalis genetics that trigger flowering by age rather than photoperiod, enabling faster cultivation cycles. Understanding seed type is fundamental to breeding strategy, as each category presents distinct advantages for genetic preservation, hybrid development, and cultivation predictability.

Breeders select seed types based on breeding goals: regular seeds are preferred for creating new crosses and preserving genetic diversity, feminized seeds streamline commercial production by eliminating male plants, and autoflowering genetics enable breeding programs in regions with limited growing seasons. Seed type choice directly impacts breeding efficiency, trait stability, and the feasibility