Sensory Wheels
Sensory wheels are organizational frameworks used in cannabis genetics documentation to map aromatic and flavor compound profiles across terpene families. These circular diagrams position related terpenes and their perceived sensory characteristics—such as citrus, spice, floral, or earthy—in proximity to one another, reflecting both chemical similarity and organoleptic experience. Sensory wheels emerged from wine and coffee tasting traditions and have been adapted for cannabis education to help breeders, researchers, and cultivators discuss phenotypic variation more precisely. Rather than subjective descriptions, wheels provide a standardized vocabulary for tracking how breeding selections influence aromatic outcomes across generations. This classification system remains descriptive rather than predictive; actual sensory experience depends on terpene ratios, cultivation conditions, and p
Sensory Wheels strains
No strains tagged into Sensory Wheels yet — they'll appear here as breeders submit lineage records under this classification.
Sensory wheels are organizational frameworks used in cannabis genetics documentation to map aromatic and flavor compound profiles across terpene families. These circular diagrams position related terpenes and their perceived sensory characteristics—such as citrus, spice, floral, or earthy—in proximity to one another, reflecting both chemical similarity and organoleptic experience. Sensory wheels emerged from wine and coffee tasting traditions and have been adapted for cannabis education to help breeders, researchers, and cultivators discuss phenotypic variation more precisely. Rather than subjective descriptions, wheels provide a standardized vocabulary for tracking how breeding selections influence aromatic outcomes across generations. This classification system remains descriptive rather than predictive; actual sensory experience depends on terpene ratios, cultivation conditions, and p
Breeders reference sensory wheels to intentionally select for complementary terpene combinations and to document how parent genetics influence offspring aroma profiles. By mapping phenotypic traits against wheel positions, breeders can identify patterns in how specific lineages express flavor compounds and communicate desired sensory targets to collaborators.
Educational reference · Cultivar metadata only · No medical claims