Trichome Type Capitate Stalked
Capitate-stalked trichomes are glandular structures consisting of a thin stalk supporting a large, bulbous head containing resin glands. These multicellular trichomes are among the most visible trichome types on cannabis flowers and leaves, often appearing as tiny mushrooms under magnification. Breeders and cultivators frequently select for capitate-stalked density as a marker of resin production potential. Lineage records commonly associate capitate-stalked prominence with specific breeding lines, particularly in modern cultivar development. The stalked architecture distinguishes these from capitate-sessile (headless) or bulbous trichome types. Understanding trichome morphology remains central to cannabis genetics research and selective breeding programs.
Trichome Type Capitate Stalked strains
No strains tagged into Trichome Type Capitate Stalked yet — they'll appear here as breeders submit lineage records under this family.
Capitate-stalked trichomes are glandular structures consisting of a thin stalk supporting a large, bulbous head containing resin glands. These multicellular trichomes are among the most visible trichome types on cannabis flowers and leaves, often appearing as tiny mushrooms under magnification. Breeders and cultivators frequently select for capitate-stalked density as a marker of resin production potential. Lineage records commonly associate capitate-stalked prominence with specific breeding lines, particularly in modern cultivar development. The stalked architecture distinguishes these from capitate-sessile (headless) or bulbous trichome types. Understanding trichome morphology remains central to cannabis genetics research and selective breeding programs.
Capitate-stalked trichome density is often used as a visual phenotype marker in breeding selection, as the stalked structure can correlate with resin accumulation patterns. Breeders working with specific landrace lineages or targeting particular cannabinoid/terpene profiles frequently monitor capitate-stalked expression across generations as part of morphological trait tracking.
Educational reference · Cultivar metadata only · No medical claims