Hybrid Hemp

A well-bred hemp hybrid will demonstrate higher tolerance to biotic (e.g. pests, diseases, etc.) and abiotic stresses (e.g. drought, heat, etc.) in addition to higher nutrient-use efficiency , which translates to overall higher yields and yield stability. It also improves the sustainability of production through a reduction in the use of pesticides and other inputs. Developing successful hybrid hemp genetics requires the development and selection of genetically distinct parents  for hybridization to ensure the desired traits are inherited by the offspring.

Hybrid hemp refers to the F1 (first generation) seed harvested from a cross between two genetically distinct varieties.  This produces an effect known as heterosis, where the F1 generation outperforms either of its parents for desirable traits such as grain and/or fiber yield, early season vigor, tolerance to environmental stresses, and other agronomic traits.