Conventional Cloning

Conventional cloning refers to the asexual propagation of cannabis plants through vegetative cuttings, where genetically identical shoots are rooted to produce new plants. This method has been foundational to cannabis breeding and cultivation for decades, allowing growers to preserve specific phenotypes and maintain genetic consistency across successive generations. Unlike seed-based propagation, clones bypass the genetic recombination that occurs during sexual reproduction, making them useful for isolating and stabilizing desirable traits. Breeders and cultivators commonly employ conventional cloning to maintain mother plants, multiply elite genetics, and evaluate phenotypic expression under controlled conditions. The technique requires attention to sanitation, hormone application, and rooting media to ensure successful establishment. Cloning remains a primary method for documenting pla

Breeders use conventional cloning to create stable reference plants, isolate specific phenotypes for trait evaluation, and maintain genetic archives of working lines without genetic drift. Cloning enables rapid multiplication of promising breeding stock and facilitates side-by-side comparisons of plant structure, growth rate, and other morphological traits across identical genotypes under variable